Table A-1

Region Total Facilities P P + E P + T

1 1 1 0 0 2 3 2 1 0 3 1 1 0 0 4 14 11 0 2 5 38 20 4 12 6 28 24 1 3 7 26 23 0 1 8 6 1 2 2 9 2 2 0 0 10 2 2 0 0 Total 121 87 8 20 P = Facilities with at least one permanent storage unit T = Facilities with at least one temporary storage unit E = Facilities with at least one emergency storage unitP + E + T Facilities handling one grain Facilities

handling multiple grains Facilities with

Barge unloading < 50 50-100 101-200

0 0 0 0 1 0 0 0 1 1 1 2 1 0 0 1 0 0 1 0 0 1 7 5 6 8 4 1 2 12 18 5 22 11 2 0 5 20 6 18 4 4 2 14 8 0 11 8 2 1 0 4 0 5 0 1 0 1 0 0 2 0 0 0 2 0 0 0 1 0 6 43 56 18 70 29 10 Full time employees> 200 Co-Op

0 0 0 0 0 0 1 1 3 7 2 13 5 8 0 1 0 0 0 1 11 31**Randomized ID FA** **CILITY ID A-** **1 Facility Name A-** **2 Facility Street Ad** **dress**

ID-100 AGPGLARI AGP Grain Marketing, LLC (Lariat) 770 County

Road DD ID-101 BUNGMARK BUNGE NORTH AMERICA, INC. 520 CHERRY STREET ID-102 ARCHENID1 ADM Grain Company 2502 N. 16th Street ID-103 ADMHOOK ADM Grain Company HWY 54 County Road 42 ID-104 archfrem ADM Grain Company 4410 WMilitary Ave ID-105 BUNGCOUN BUNGE NORTH AMERICA (OPD WEST) , INC. 19560 BUNGE AVENUE ID-106 ADMMCAMP ADM Milling Co. 811 Spangler Rd. ID-107 ARCHENID2 ADM Milling Com pany 1301 North 4th Street ID-108 CARGMEMP Cargill Incorporated 2330 Buoy St ID-109 BUNGINDI BUNGE NORTH AMERICA, INC. 1102 WQEST 18TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-111 BUNGTALLA Bunge North America, Inc. 164 Hwy 602 ID-112 ARCHBUFF ADM Flour Milling Com pany (Grain Elevator 1st Clair Street PO Box 487 ID-113 ARCHMARS Archer Daniels Midland Corn Processing Division - Marshall Plant 400 West Erie Road ID-114 AGPGFARW AGP Grain Marketing, LLC 1000 Avenue A ID-116 RICEJONE Riceland Foods, Inc. - Jonesboro Division 216 N. Gee Street ID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SW ID-118 ARCHMOUN ADM Milling Co. 614 West Second St. ID-119 CHSICONN CHS INC, dba Connell Grain Growers - Kennewick 900 East Columbia ID-120 HORIAYER Horizon Milling LLX 35 Nemco Way ID-121 HORIALBA Horizon Milling LLC 101 Norman Skill st ID-122 THEAWHT The Andersons White Pigeon Grain 13600 Anderson Road ID-123 BUNGVICKL Bunge Vicksburg Levee St.1716 Levee St ID-124 CARGHOUS Cargill, Inc. - North American Grain and Oilseeds Supply Chain 16150 Peninsula Blvd. ID-125 CARGSIDN Cargill, Inc. 2400 Industrial Dr. ID-126 ADMMSPOK ADMMSPOK 2301 East Trent ID-127 CHSIFAIR CHS Oilseed Processing - Fairmont 1833 130th Street ID-128 AGPRMASO Ag Processing Inc 1605 19th Street SW ID-129 RICESOYD Riceland Foods, Inc. - Soy Division Hwy 79 & Park Ave. ID-130 HORICHAT Horizon Milling, LLC Chattanooga 1B Riverside Lane ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-133 CHSISUPE CHS Inc. 41 Dock Street ID-134 CARGTUSC Cargill Incorporated - Tuscola, Illinois 920 E US HWY 36 ID-135 RICEDUMA Riceland Foods, Inc. - Dumas Drier 491 HWY. 159 N. ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-139 AGPRHAST Ag Processing Inc 2801 East 7th Street ID-140 HORILOSA Horizon Milling - Los Angeles 5471 Ferguson Drive ID-141 BUNGATCH BUNGE MILLING, INC. 16755 274TH ROAD ID-142 GAVISAGI Gavilon Grain, LLC dba Peavey Company 425 South Fairmount ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-144 AGPGLINC AGP Grain Marketing, LLC940 CALVERT ST ID-145 GAVICONO Gavilon Grain LLC, dba Peavey Company

- Connors Point 400 North Main StreetID-146 ADMMLINC ADM Milling Com pany 540 South Street

ID-147 THEACHAM The Andersons Champaign Grain 3515 North Staley

Road ID-148 GAVIJAME Gavilon Grain, LLC dba Peavey Company 3469 80th Avenue SE ID-149 BUNGDECAP BUNGE NORTH AMERICA, INC. 500 MARKET STREET NW ID-150 CARGSPEA Cargill, Incorporate, Spearman, TX 911 highway

15 ID-151 THEATOLE1 The Andersons Edwin Grain 125 Edwin Drive ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-153 ArchClin Archer Daniels Midland (ADM) Corn Processing 1251 Beaver Channel Parkway ID-154 ADMMCHAT ADM Milling Com pany 1120 King Street ID-155 THEACANT The Andersons Canton Grain 23134 East County

Highway

6 ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-157 GAVIGRAN Gavilon Grain, LLC dba Peavey Company 4256 54th Avenue North ID-158 ADMMJACK ADMMJACK 240 Preston Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-162 CHSIDAVE CHS Inc. 6603 Concord Street ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-165 ADMMLOSA ADM Milling Com pany 1543 Calada Street ID-166 CARGDAYT Cargill Incorporated 3201 Needmore Road ID-167 CARGEDDY Cargill Incorporated 1 Cargill Drive ID-168 AGPRMANN Ag Processing Inc 1000 300th Street ID-169 CARGHUTC Cargill Incorporated 309 N Halstead ID-170 ARCHRESE ADM Grain Company 2032 Highway 44 ID-171 CARGALBA GOSCNA/Albany, NY 100 Grain Street ID-172 ARCHGALV ADM Grain Company 3100 Wharf Road ID-173 CHSIBELL CHS Inc. 434 Ravenna Road ID-174 CARGBLAI Cargill Incorporated 650 Industrial Park Drive ID-175 ARCHDESM Archer Daniels Midland Company - Des Moines Soybean Processing 1935 East Euclid Ave. ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-177 HORISAGI Horizon Milling, LLC 401 East Industrial Blvd. ID-178 CARGPARK Cargill AgHorizons 215 S. Main Street ID-179 THEADUNK The Andersons Dunkirk Grain 4678 S 1100 w ID-180 RICEHAZE Riceland Foods, Inc. - Hazen Grain Drier 1101 Riceland St. ID-181 HORILAKE Horizon Milling, LLC - Lake City 905 W . Marion st. ID-182 AGPGHAST AGP Grain Marketing, LLC2318 West Highway 6 ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-184 HORIW ICH Horizon Milling, LLC 715 East 13th Street ID-185 CARGCEDA Cargill, Inc. 1110 12th Ave SW ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-187 RICESTUT Riceland Foods, Inc. - Stuttgart Drier Hwy 79 & Park Ave. ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-189 ARCHHUTC ADM Grain Company 1700 North Halstead ID-190 CARGPARI Cargill, Incorporated - Corn Milling - Dry Corn Ingredients 616 S. Jefferson St. ID-191 CARGHICK Cargill, Inc. 900 Catlett Street ID-192 CHSIMANK CHS Oilseed Processing - Mankato 2020 S. Riverfront Dr. ID-193 CARGKANS Cargill, Incorporated - Kansas City Plant 2306 Rocherster St ID-194 CARGWEST Cargill Westwego Marine Terminal 933 River Road ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-196 GAVISHEL Gavilon Grain, LLC dba Peavey Company 7646 North Co. Rd. 125 East ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-198 ARCHCOLU ADM Corn Processing - Columbus 3000 E 8th StID-199 BUNGKANK BUNGE MILLING-KANKAKEE, IL 1580 GRINNELL ROAD ID-200 RICEGRUB Riceland Foods, Inc. - Grubbs 102 East Darden ID-201 CARGRESE Cargill Reserve LA Marine Terminal 2158 Highway

44 ID-202 archende Northern Sun-ADM 5525 136th avenue SE ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-204 CARGINDI Cargill, Incorporated - Corn Milling - Dry Corn Ingredients 1730 W . Michigan St. ID-205 AGPRSHEL Ag Processing Inc 804 2nd Avenue ID-206 BUNGMAYE Bunge North America, Inc. Miller' s Landing ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-208 ARCHTOLE ADM Grain Toledo 1308 Miam i Street ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-212 ARCHDECA Archer Daniels Midland - East Plant 4666 Faries Parkway ID-213 AGPRDAWS Ag Processing Inc 800 Diagonal Street ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-215 RICEWALD Riceland Foods, Inc. - Waldenburg Highway 49 South and Lake Hogue Road ID-216 THEATOLE2 The Andersons Kuhlman Grain 440 Kuhlman Drive ID-217 BUNGDEST BUNGE NORTH AMERICA, INC 12442 RIVER ROAD ID-218 RICENEWM Riceland Foods, Inc. - New Madrid 918 New Madrid County Port Authority ID-219 THEADELP The Andersons Delphi Grain 3854 North Anderson Drive ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr.**Suite or P.O A-** **2 (c) City A-** **2 (d) State A-** **2 (e) zip code**

Farwell TX 79325 MARKS MS 38646 P.O. Box 3408 Enid Oklahoma 73702 Hooker OK 73945 Fremont NE 68025 COUNCIL BLUFFS IA 51503 Camp Hill PA 17011 P.O. Box 1388 Enid Oklahoma 73702 P.O. Box 13368 Mem phis TN 38113 1102 WQEST 18TH STREET INDIANAPOLIS IN 46202 CAIRO IL 62914 Tallulah LA 71282 1st Clair Street PO Box 487 Buffalo NY 14240 Marshall MN 56258 Farwell TX 79325 Jonesboro AR 72401 Cedar Rapids Iowa 52404 Mount Vernon IN 47620 Kennewick WA 99336 Ayer MA 01432 Albany NY 12202 PO Box 248 White Pigeon Michigan 49099 Vicksburg MS 39180 Houston TX 77015 Sidney OH 45365 Spokane WA 99202 Fairmont MN 56031 Mason City IA 50401 P.O. Box 927 Stuttgart AR 72160

5249 Chattanooga TN 37406 700 NORTH RANGELINE ROAD MORRISTOWN IN 46161 CRETE NE 68333 P.O. Box 518 Superior WI 54880 PO BOX 230 Tuscola IL 61953 P.O. Box 668 Dumas AR 71639 PO Box 266 Jasper MN P.O. Box 188 Rogers ND 58479

610 Beech Grove IN 46107 Omaha NE 68902 City of Commerce CA 90022 ATCHISON KS 66002 PO Box 79440 Saginaw TX 76179 P.O. Box 927 Stuttgart AR 72160 P.O. 22417 LINCOLN NE 68542-2417 Superior WI 54880Lincoln NE 68502 Champaign Illinois 61822 PO Box 1867 Jamestown ND 58401 500 MARKET STREET NW DECATUR AL 35601 PO BOX 265 Spearman Texas 79081 Toledo Ohio 43609 SULLIVAN IL 61951 1251 Beaver Channel Parkway Clinton IA 52732 Chattanooga TN 37403 23134 East County

Highway

6 Canton Illinois 61520 Mem phis TN 38113 Grand Forks ND 58203-3902 NA Jackson TN 38301 Jonesboro AR 72401 New Berlin ILLINOIS 62670 PO Box 4549 Davenport Iowa 53808 PO Box 265 Kindred ND 58051 P.O. Box 357 Sioux City IA 51102 Los Angeles California 90023 P.O. Box 1400A Day ton OH 45413-8001 N/A Eddy ville IA 52553 Manning IA 51455 Hutchinson KS 67501 PO Box 678 Ama,LA 70031 Reserve LA 70084 Albany NY 12202 P.O. Box 2647 Galveston Texas 77553 Belle Chasse LA 70037 P.O. Box 300 Blair NE 68008 Des Moines Iowa 50313 1589 Valdosta GA 31601 PO Box 79370 Saginaw Texas 76179 P.O. Box 429 Parker SD 57053 Dunkirk Indiana 47336 P.O. 563 Hazen AR 72064 Lake City MN 55041 Hastings NE 68905 Fergus Falls MN 56537 Wichita KS 67214 Cedar Rapids IA 52404 P.O. Box 252 Ottawa Lake Michigan 49267 P. O. Box 927 Stuttgart AR 72160 PO BOX 434 PORTAGEVILLE MO 63833 Hutchinson KS 67502 Paris IL 61944 P.O. Box 267 Hickman KY 42050

56002 Mankato MN 56001 Kansas City MO 64120 Suite 1 Westwego LA 70094 MARION OH 43302 7646 North Co. Rd. 125 East Shelburn IN 47879 BOX 571 DANVILLE IL 61834 Colum bus NE 68601SUITE A KANKAKEE IL 60901 Grubbs AR 72431 P.O. Drawer AR Reserve LA 70088 Enderlin North Dakota 58027 FULTON IL 61252 Indianapolis IN 46222 Sheldon IA 51201 PO Box 178 Mayersville MS 39113 PO BOX 2248 DECATUR AL 35609 Toledo OH 43560 PO Box 209 Attica IN 47918 Quincy IL 62301 Claypool IN 46510 Decatur IL 62526 Dawson MN 56232 Greenville MS 38701 P.O. Box 130 Waldenburg AR 72745 Toledo Ohio 43609 DESTREHAN LA 70047 P.O. Box 128 New Madrid MO 63869 3854 North Anderson Drive Delphi Indiana 46923 2930 Lake Guntersville Park Dr. Guntersville AL 35976**A- 2 (f) County**  **A- 3 (a) Facility Manager**  **A- 4 (c) Telephone**  **Number (Technical Contact Phone)**  **A- 3 (b) Phone (Facility**  **Ma nager)** 

Parmer Larry Herman 402-498-5501 402-431-5266 QUITMAN JIM CROWLEY 662 339 1200 662 339 1200 Garfield Joseph Collins 580-233-3800 580-233-5100 Texas Jayson Featherston 580-652-3761 580-652-3761 Washington Joel Endorf 402-721-3733 402-721-3733 MILLS JAY ANDERSEN 314 292 2342 712 366 8444 Cumberland Drew Stewart (717) 737-0529 Garfield Kelvin Woods 580-237-8000 580-237-8000 Shelby JJ Zmudzinski 901-775-5800 901-775-5800 MARION MIKE SPRINKLE 314-292-2342 317-266-0927 ALEXANDER DON DOMINGUE 618 734 4141 618 734 4141 Madison Ronald Ratcliff 601-629-2067 318-574-2494 Erie George Siradas 716-849-7361 716-849-7361 Lyon David F. Lukkarinen 507-537-2688 507-537-2676 Parmer Larry Herman 402-498-5501 402-431-5266 Craighead Mike Gray 870-673-5337 870-933-1194 Linn Doug Brakhahn 319-398-0722 319-398-0622 Posey Rowland Peddie 812-838-4445 812-838-4445 Benton Arny Berry 651 355 6935 509 586 1128 Middlesex Joseph Kochan 952-742-4636 978-772-6337 Albany Alois Hollenstein 952-742-4636 518-447-1702 St. Joseph Karl Kunisch 419/891-2957 269/483-7691 Warren Eric Williams 601-629-2067 662-746-5663 Harris John Culmer 281/457-7044 281/457-7020 Shelby Michael Mattingly (937)497-4336 (937) 497-4336 Spokane Kevin Payne 509-534-2636 509-534-2636 Martin Kent Meyers 507 238 8906 507-238-8905 Cerro Gordo Jeff Lampman (402) 498-5501 (614) 423-4733 Arkansas Kelly Mitchell (870)-673-5006 (870)-673-5417 USA Jon Cozad 952-742-4636 423-697-6236 SHELBY BRIAN SEARFOSS 765 763 7500 765 763 7500 SALINE ERIC RASGORSHEK 402 826 8030 402 826 8052 Douglas Lance Helgeson 715-392-4734 715-392-4734 Douglas Todd Wiessing 217-253-2722 217-253-2722 Desha Steven Ringo 870-673-5006 870-382-4828 Pipestone Kevin Paulson 651-355-6935 507 348 3911 Barnes Cris Breidenbach 701-646-6000 701-646-6000 Marion Andrew Soukup 317-783-3321 317-783-3321 Adams Bob Foote (402) 498-5501 (402) 463-5290 Los Angeles Gary Evelo 952-742-4636 323 725 1245 ATCHISON JOHN GRIEBAT 913 367 3251 X3242 913 367 3251 X3242 Tarrant Cal Williams III 402/889-4150 817/232-5221 Arkansas Gene Moody (870) 673-5006 (870) 673-5564 LANCASTER Larry Herman 402-498-5501 402-431-5266 Douglas Mick Sertich 402-889-4150 715-392-9853Lancaster Jeff Stutheit 402-473-4580 402-473-5444

Champaign Don Brucker 419/891-2957 217/352-7011 Stutsman Rich Welding 402-889-4150 701-252-4103 MORGAN JOHN HASENBEIN 256 309 2221 256 309 2221 Hansford TBD 620-428-6341 806-659-3554 Lucas Don Wray 419/891-2957 419/243-6800 MOULTRIE LELAND DEAN 217-728-4213 217-728-4213 Clinton James R. Woll 563-241-1620 563-242-1121 Hamilton Jerry Kuhn (423)756-0503 (423)756-0503 Fulton Jerry Hazel 419/891-2957 309/668-2150 Shelby David Glidewell 901-946-2593 870-739-1380 Grand Forks Jeff Blaskowski 402-889-4150 701-775-8126 Madison Marty Baine 731-424-3535 731-424-3535 Craighead Freddie Gahr 870-673-5337 870-933-1194 Sangamon Eric Nieders (217) 483-2442 (217) 483-2442 Scott Mike Duncan 563-326-3585 563-326-3585 Cass Dennis Novacek 651-355-6935 701 428 3134 Woodbury Brian Spencer (712)279-1234 (712)279-1232 Los Angeles Miguel Martinez 323-266-2750 323-266-2750 Montgomery Gregory W . Holler 937-237-2632 937-237-1210 Monroe Gavin Atkinson 641-969-3563 641-969-4511 Carroll Terry Sterk (402) 498-5501 (712) 423-4733 Reno Don Jenks 785-452-3333 620-663-4401 St. John the Baptist Floyd Sutton Jr. (985) 535-1151 (985) 536-1151 Albany Christopher Garcia 518-465-2120 518-465-2120 Galveston Brent Turner 409-763-6443 ext 2210 409-763-6443 ext 2210 Plaquem ines Steve Talbot 504-656-2212 ext 222 504-656-2212 ext 222 Washington Gavin Atkinson 402-306-3489 402-533-1661 Polk Co. Mike Carstens (515) 263-2129 (515) 263-3285 Lowndes Scott De Jong 229-293-2639 229-293-2622 Tarrant Doug Olsen 952.742.4636 817.847.3419 Turner Dan Theilen 605-335-4110 605-297-4432 Jay Doug Gill 419/891-2957 765/768-7530 Prairie Mike Edge (870)-673-5006 (870)-255-4531 Wabasha Bobby Blaser 651-345-3351 651-345-3351 Adams Larry Herman 402-498-5504 402-431-5269 Ottertail Mark Rustand 718-736 651-355-6935 718-736-2167 Sedgwick Steve Matson (952) 742-4636 (316) 292-2252 Linn Paul Kerr 319-399-4175 319-399-4181 Monroe Jason Tews 734-856-3667 734-856-3667 Arkansas Kelly Mitchell (870)-673-5006 (870)-673-5417 NEWMADRID CHRIS LEONARD 314 292 2342 573 379 5405 Reno Todd Harman 620-663-7957 620-663-7957 Edgar Curt Miller 317-632-2347x132 217-465-5331 Fulton Christy Lee 270-236-9000 270-236-9000 Blue Earth Scott Teters 507-345-2258 507-345-2211 Jackson James Alfieri (816)-245-0531 (816)-245-0531 Jefferson Lance Lamers (504) 436-5842 (504) 436-5816 MARION TOM ANDORFER 740 383 1181 X210 740 383 1181 X210 Sullivan Justin Monger 402-889-4053 812-397-5710 VERMILLION DEAN HUGHES 217 443 9784 217 443 1800 Platte Luther Pohlmann 402-564-6353 ext 5299 402-562-5006KANKAKEE STEVE NOGGLE 217 443 9732 812 802 7600

Jackson Nathan Cook (870) 673-5006 St John the Baptist Pat Gathman (985) 536-1503 (985) 536-1502 Ramson Richard Irish 701-437-3000 701-437-3000 WH ITESIDE BRUCE RADKE 815 589 4400 815 589 4400 Marion Kristine Kangas 317-632-2347x132 317-632-2347 O'Brien Dave Nestor (402) 498-5501 (712) 324-2531 Issaquena James Grady 601-629-2067 662-873-6266 MORGAN JOSEPH E MOORE 256 309 2238 256 309 2202 Lucus Michael Stinson 419-691-7480 419-691-7480 Fountain Jeff Bennett 765-762-6763 765-762-6763 Adams Jim Starling (217) 221-0321 (217) 221-0346 Kosciusko N Lopshire Douglas N Lopshire Douglas N Lopshire Macon Matt Philips 217/451-4891 217/451-7283 Lac Qui Parle Lee Gunderson (402) 498-5501 (320) 769-4386 Washington Will Weathers 601-629-2067 662-378-8135 Poinsett Kenneth Wixson 870-673-5337 870-934-3000 Lucas Don Wray 419/891-2957 419/241-8943 ST CHARLES JERRY GIBSON 985 725 8210 985 725 8211 New Madrid Ed Williams (870) 673-5337 (573) 643-2241 Carroll Ken Hinesman 419/891-2957 765/564-6123 Marshall Keith Kuhlman 256-582-9942 256-582-9942**A- 4 (b) Title (Technical** 

**Contact) A-** **4 (d) email address A-** **5 Number of full-time employees**  **A- 6 Number of seasonal**  **employees at this location total for all**  **shifts** Director of Environmental Compliance kjorgensen@agp.com 12 2 FACILITY MANAGER JIM.CROWLEY@BUNGE.COM 12 10 Tod Gragg/Plant Supt. tod.gragg@adm.com 34 34 Superintendent jayson.featherston@adm.com 7 4 Superintendent chad.lingenfelter@adm.com 11 1 ENVIRONMENTAL SPEC. ROBERT.HENRICKS@BUNGE.COM 141 0 49 0 Safety Coordinator stanley.miller@adm.com 63 66 Environmental Mgr. chris_foster@cargill.com 316 0 SR. ENV. SPEC. robert.henricks@ bunge.com 4 3 SAFETY& COMPLIANCE JOHN.FLEMING@BUNGE.COM 85 8 Assistant Operations Mgr william .rice@bunge.com 2 2 Plant Manager George. Siradas@adm.com 10 4 Environmental Manager mark.atkinson@adm.com 268 0 Director of Environmental Compliance kjorgensen@agp.com 6 1 Director of Env. Compliance nwashburn@riceland.com 329 0 Sara Bennett, Env. Specialist sara.bennett@adm.com 350 0 Safety /Sanitation Suprv. phil.gordon@adm .com 57 0 EHS Manager Pete.Mutschler@CHSINC.com EHS coordinator steve_nelson@cargill.com 28 1 EHS coordinator steve_nelson@cargill.com 54 1 Director, Hazard Management stacy _schmidt@andersonsinc.com 6 3 Assistant Operations Mgr william .rice@bunge.com 2 2 Supt. James_McCarthy@cargill.com 47 0 Superintendent Mike_Mattingly@cargill.com 400 0 Randy Schutt Randy.Schutt@adm.com 55-57 4 EHS Compliance Managereric.colvin@chsinc.com 50 4 Director of Environmental Compliance kjorgensen@agp.com 47 0 Project Engineer jmburns@riceland.com 24 3 EHS Coordinator Steve_Nelson@cargill.com 55 0 SAFETY/ENV MANAGER MARANDA.BOWLES@BUNGE.COM 98 0 OPERATIONS MANAGER ROBIN.WHITLEY@BUNGE.COM 136 0 Facility Manager lance.helgeson@chsinc.com 52 0 FSC Manager todd_wiessing@cargill.com 30 22 Project Engineer jmburns@riceland.com 15 15 EHS Manager Pete.Mutschler@CHSINC.com 8 0 Manager cris.breidenbach@adm.com 15 3 Safety /Sanitation Supervisor

jospeh,whitis@adm.com 57 0 Director of Environmental Compliance kjorgensen@agp.com 45 0 EHS Coordinator steve_nelson@cargill.com 38 0 MANAGER JOHN.GRIEBAT@BUNGE.COM 99 2 Operations director Brian.Carleton@gavilon.com 17 Project Engineer jmburns@riceland.com 26 0 Director of Environmental Compliance kjorgensen@agp.com 16 2 Director of Operations Brian.Carleton@gavilon.com 23 0Safety dan.cook@adm.com 97 0

Director, Hazard Management stacy _schmidt@andersonsinc.com 22 7 Operations Director Brian.Carleton@gavilon.com 7 2 ELEVATOR MANAGER JOHN.HASENBEIN@BUNGE.COM 1 0 FSG Operations Leader Walt_Beesley@Cargill.com 8 3 Director, Hazard Management stacy _schmidt@andersonsinc.com 14 4 MANAGER LELAND.DEAN@ADM.COM 6 2 Environmental Manager jeff.bonkoski@adm.com 866 includes construction Safety Director bob.watson@adm .com 81 0 Director, Hazard Management stacy-schmidt@andersonsinc.com 4 7 Superintendent eric.duffield@adm.com 18 2 Director of Operations Brian.Carleton@gavilon.com 8 2 LIsa Johnson lisa.johnson@adm.com 71 0 Director of Env. Compliance nwashburn@riceland.com 29 25 Mark Barnard MARK.BARNARD@ADM.COM 10 4 Superindent mike.fraser@chsinc.com 10 0 EHS Manager Pete.Mutchler@chsinc.com 32 18 Crush Plant Supervisor Rick_Ludwig@cargill.com 72 0 Plant Manager miguel.martinez@adm .com 45 0 Environmental Mgr. angie_duvall@cargill.com 297 0 Environmental Manager Shawn_Peters@cargill.com 483 0 Director of Environmental Compliance kjorgensen@agp.com 47 0 Central Kansas Operations Leader dale_theisen@cargill.com 10 18 Assistant. Superintendent reggie.figley@adm .com 58 0 Facility Manager Christopher_Garcia@cargill.com 13 0 Brent Turner brent.turner@adm.com 53 0 Steve Talbot steve.talbot@chsinc.ccom 135 0 Environmental Manager michelle_bucklin@cargill.com 483 5 Environmental Coordinatorsara.speser@adm.com 100 0 Environmental Manager lisa.shyrigh@adm.com 80 5 EHS Coordinator steve_nelson@cargill.com 85 0 FSG Operations Leader jay _c_olson@cargill.com 11 4 Director, Hazard Management stacy _schmidt@andersonsinc.com 7 15 Project Engineer jmburns@riceland.com 15 12 Facility Manager bobby _blaser@cargill.com 32 0 Director of Environmental Compliance kjorgensen@agp.com 10 2 EHS Manager Pete.Mutschler@CHSINC.com 26 26 EHS Coordinator steve_nelson@cargill.com 50 4 Crush Superintendent Amelia_Denning@Cargill.com 71 0 Operations SuperintendentJason.Tews@adm.com 21 9 Project Engineer jmburns@riceland.com 9 11 SR ENVIRONMENTAL SPEC. ROBERT.HENRICKS@BUNGE.COM 9 2 Manager todd.harman@adm.com 4 4 Engineering & Env. Mgr mark_burianek@cargill.com 100 4 Manager Christy-Lee@Cargill.com 17 8 EHS Manager jason.trask@chsinc.com ~200 0 Plant Manager James_Alfieri@cargill.com 51 8 Assistant Superintendent mike_swearengen@cargill.com 130 N/A FACILITY MANAGER TOM.ANDORFER@BUNGE.COM 14 3 Operations Director Brian.Carleton@gavilon.com 7 2 PROJ ENGINEER MGR ARIC.SILVER@BUNGE.COM 314 0 Environmental Specialist kevin.whited@adm .com 425 0DIV ELEVATOR MGR KENNY.HEAD@BUNGE.COM 92 0

Project Engineer jmburns@riceland.com 0 6 EHS Coordinator james_golden@cargill.com 114 N/A Plant Manager Richard.Irish@adm.com 120 2 ELEVATOR MANAGER BRUCE RADKE@BUNGE.COM 11 0 Engineering & Env. Mgr mark_burianek@cargill.com 64 0 Director of Environmental Compliance kjorgensen@agp.com 48 0 Assistant Operations Manager william .rice@bunge.com 7 5 COMPLIANCE MGR ED.BYARS@BUNGE.COM 130 3 Superintendent Mike.stinson@adm.com 18 4 Superintendent JEFF.BENNETT@ADM.COM 10 10 Production Engineer Jeremy.Allen@adm .com 130 15 Plant Manager doug.lopshire@Idcommodities.com 87 8 Environmental Manager Shelley.Huskey@adm .com 22 N/A Director of Environmental Compliance kjorgensen@agp.com 61 0 Assistant Operations Mgr william .rice@bunge.com 9 5 Dir. of Env. Compliance nwashburn@riceland.com 7 2 Director, Hazard Management stacy _schmidt@andersonsinc.com 16 4 ADMINISTRATIVE MGR CLAIR.JONES@BUNGE.COM 105 0 Environmental Engineer nwashburn@riceland.com 68 2 Director, Hazard Management stacy _schmidt@andersonsinc.com 7 10 Elevator Supervisor chris_patterson@cargill.com 36 4**A- 7 (a) Parent Company**  **A- 7 co-op?**  **A- 7 (c) Parent Company**  **street address A-** **7 (d) Suite or PO** AG Processing Yes 12700 West Dodge Road, P.O. Box 2047 BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE Archer Daniel Midland No 4666 Faries Parkway Archer Daniels Midland Company No 4666 Faries Parkway Archer Daniels Midland Company No 4666 Fairies PKWY BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 Archer Daniels Midland Off 4666 Fairies Parkway Archer Daniels Midland Company No 4666 Faries Parkway Cargill Incorporated No 15407 McGinty Rd West N/A

same No 11720 BORMAN DRIVE BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO Box 28500 Bunge North America, Inc. No 11720 Borman Dr. Archer Daniels Midland No 4666 Faries Parkway Archer Daniels Midland No 4666 Faries Parkway AG Processing Yes 12700 West Dodge Road, P.O. Box 2047 Riceland Foods, Inc. Yes 2120 South Park Avenue PO Box 927 Archer Daniels Midland Company No 4666 Faries Parkway Archer Daniels Midland No Archer Daniels Midland Co., 4666 Faries Parkway CHS Inc. Yes 5500 Cenex Drive MS 305 Horizon Milling, LLC No 15407 McGinty Rd W Horizon Milling, LLC No 15407 McGynty Rd W The Andersons No 480 West Dussel Drive PO Box 119 Bunge North America No 11720 Borman Dr Cargill, Inc. No 15407 McGinty Road West Cargill Incorporated No 15407 McGinty Rd West Archer Daniels Midland Company No 4666 Faries Parkway CHS Inc. Yes 5500 Cenex Drive Ag Processing Inc Yes 12700 West Dodge Road Riceland Foods, Inc. Yes 2120 Park Ave. P.O. Box 927 Horizon Milling, LLC No 15407 McGinty Rd. W BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 CHS Inc. Yes 5500 Cenex Drive Cargill Incorporated No 15407 McGinty Rd West Riceland Foods, Inc. Yes 2120 S. Park Ave. P.O. Box 927 CHS, Inc. Yes 5500 Cenex Drive MS 305 Archer Daniels Midland No 4666 Fairies Parkway Archer Daniels Midland Off 4666 Faries Parkway Ag Processing Inc Yes 12700 West Dodge Road Horizon Milling, LLC No 15407 McGinty Road West BUNGE NORTH AMERICA, INC No 11720 BORMAN DRIVE PO Box 28500 The Gavilon Group, LLC No 11 ConAgra Drive 11-160 Riceland Foods, Inc. Yes 2120 Park Ave. P.O. Box 927 AG Processing Yes 12700 West Dodge Road, P.O. Box 2047 The Gavilon Group, LLC No 11 ConAgra DriveADM No 4666 Faries Parkway

The Andersons No 480 West Dussel Drive PO Box 119 The Gavilon Group, LLC No 11 ConAgra Drive 11-160 BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 Cargill, Incorporated No 15407 McGinty Rd West PO Box 9300 The Anderson No 480 West Dussel Drive PO Box 119 ARCHER DANIELS MIDLAND No 4666 Faries Parkway ADM No 4666 Faries Parkway ADM No 4666 Faries Parkway The Andersons No 480 West Dussel Drive PO Box 119 Archer Daniels Midland No 4666 Faries Parkway The Gavilon Group, LLC No 11 ConAgra Drive Archer Daniel Midland No 4666 Faries Parkway NA Riceland Foods, Inc. Yes 2120 South Park Avenue PO Box 927 Archer Daniels Midland Company No 4666 Faries Parkway CHS Inc.com Yes 550 Cenex Drive CHS Inc. Yes 5500 Cenex Dr. MS 305 Cargill, Inc No P.O. Box 9300 Archer Daniels Midland Company No 1001 North Brush College Road Cargill Incorporated No 15407 McGinty Rd West Cargill Incorporated No 15407 McGinty Rd West N/A Ag Processing Inc Yes 12700 West Dodge Road Cargill Incorporated Off 15407 McGinty Road West Archer Daniels Midland Company No 4666 Faires Parkway Cargill Incorporated No 15407 McGinty Rd. West Archer Daniels Midland Company No 4666 Faries Parkway CHS Inc. Yes 5500 Cenex Drive Cargill Incorporated No 15407 McGinty Rd. West Archer Daniels Midland Company No 4666 Faries Parkway Archer Daniels Midland Yes 4666 Faries Parkway Horizon Milling, LLC No 15407 McGinty Road West Cargill, Incorporated No 15407 McGinty Road The Andersons No 480 West Dussel Drive PO Box 119 Riceland Foods, Inc. Yes 2120 S. Park Ave. P.O. Box 927 Horizon Milling, LLC Yes 15407 McGinty Rd. W

. M.S. 61 AG Processing Yes 12703 West Dodge Road, P.O. Box 2047 CHS INC. Yes 5500 Conex Drive MS 305 Horizon Milling, LLC No 15407 McGinty Road West Cargill, Inc. No P.O. Box 9300 Archer Daniel Midland Company No 4666 Faries Parkway Riceland Foods, Inc. Yes 2120 Park Ave. P.O. Box 927 BUNGE NORTH AMERICA. INC. No 11720 BORMAN DRIVE PO BOX 28500 Archer Daniels Midland Company No 4666 Faries Parkway Cargill, Incorporated No 15407 McGinty Rd. West Cargill, Inc. No 15407 McGinty Road West CHS Inc. Yes 5500 Cenex Drive Cargill Incorporated No 15407 McGinty Rd West Cargill Incorporated No 15407 McGinty Road West BUNGE NORTH AMERICA, INC No 11720 BORMAN DRIVE PO BOX 28500 The Gavilon Group, LLC No 11 ConAgra Drive BUNGE NORTH AMERICA, INC No 11720 BORMAN DRIVE PO BOX 28500 Archer Daniels Midland Company No 4666 Faries PkwyBUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 Riceland Foods, Inc. Yes 2120 Park Ave. P.O. Box 927 Cargill Incorporated No 15411 McGinty Road West Archer Daniel Midland No NA Bunge North America/AGRI Industries No 11720 BORMAN DRIVE Cargill, Incorporated No 15407 McGinty Rd. West Ag Processing Inc Yes 12700 West Dodge Road Bunge North America, Inc. No 11720 Borman Drive PO Box 28500 BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 No Archer Daniels Midland Company No 4666 Faries Parkway Archer Daniels Midland Company No 4666 Faries Parkway Louis Drey

fus Claypool Holdings LLC

No Louis Drey fus Claypool Holdings LLC C/O Louis Drey fus Corporation 4800 Main Street STE 600 Archer Daniels Midland No 4666 Faries Parkway Ag Processing Inc Yes 12700 West Dodge Road Bunge North America, Inc. No 11720 Borman Dr. PO Box 28500 Riceland Foods, Inc. Yes 2120 S. Park Avenue P.O. Box 927 The Andersons No 480 West Dussel Drive PO Box 119 BUNGE NORTH AMERICA, INC. No 11720 BORMAN DRIVE PO BOX 28500 Riceland Foods, Inc. Yes 2120 Park Ave. P.O. Box 927 The Andersons No 480 West Dussel Drive PO Box 121 Cargill Inc. No 15407 McGinty Rd West**A- 7 (e) City**  **A- 7 (f) State**  **A- 7 (g) Zip Code**  **A- 8 full-time employees** 

Omaha NE 68103-2047 >500 ST LOUIS MO 63146 >500 Decatur IL 62526 >500 Decatur IL 62525 >500 Decatur IL 62525 >500 ST LOUIS MO 63146 >500 Decatur IL 62525 >500 Decatur IL 62526 >500 Wayzata MN 55391-2398 >500 ST. LOUIS MO 63146 >500 ST LOUIS MO 63146 >500 St. Louis MO 63146 >500 Decatur IL 62526 >500 Decatur IL 62525 >500 Omaha NE 68103-2047 >500 Stuttgart AR 72160 >500 Decatur Illinois 62526 >500 Decatur IL 62526 >500 Inver Grove Heights MN 55077 >500 Wayzata MN 55391 >500 Wayzata MN 55391 >500 Maumee Ohio 43537 >500 St. Louis MO 63146 >500 Wayzata MN 55391 >500 Wayzata MN 55391 >500 Decatur IL 62526 >500 Inver Grove Heights MN 55077 >500 Omaha NE 68103-2047 >500 Stuttgart AR 72160 >500 Wayzata MN 55391 >500 ST LOUIS MO 63146 >500 ST LOUIS MO 63146 >500 Inver Grove Heights MN 55077 >500 Wayzata MN 55391 >500 Stuttgart AR 72160 >500 Inver Grove Heights MN 55077 >500 Decatur IL 62526 >500 Decatur IL 62526 >500 Omaha NE 68103-2047 >500 Wayzata MN 55391 >500 ST LOUIS MO 63146 >500 Omaha NE 68102 >500 Stuttgart AR 72160 >500 Omaha NE 68103-2047 >500 Omaha NE 68102 >500Decatur IL 62526 >500

Maumee Ohio 43537 >500 Omaha NE 68102 >500 ST LOUIS MO 63146 >500 Wayzata MN 55391 >500 Maumee Ohio 43537 >500 Decatur Illinois 62526 >500 Decatur IL 62526 >500 Decatur IL 62526 >500 Maumee Ohio 43537 >500 Decatur IL 62526 >500 Omaha NE 68102 >500 Decatur Illinois 62526 >500 Stuttgart AR 72160 >500 Decatur ILLINOIS 62526 >500 Inver Grove Heights Minnesota 55077 >500 Inver Grove Heights MN 55077 >500 Minneapolis MN 55440-9300 >500 Decatur IL 65521 >500 Wayzata MN 55391-2398 >500 Wayzata MN 55391-2398 >500 Omaha NE 68103-2047 >500 Wayzata MN 55391 >500 Decatur IL 62526 >500 Wayzata MN 55391 >500 Decatur IL 62526 >500 Inver Grove heights MN 55077 >500 Wayzata MN 55391-2398 >500 Decatur Illinois 62526 >500 Decatur IL 62526 >500 Wayzata MN 55391 >500 Wayzata MN 55391 >500 Maumee Ohio 43537 >500 Stuttgart AR 72160 >500 Wayzata MN 55391 >500 Omaha NE 68103-2050 >503 Inver Grove Heights MN 55077 >500 Wayzata MN 55391 >500 Minneapolis MN 55440-9300 >500 Decatur IL 62526 >500 Stuttgart AR 72160 >500 ST LOUIS MO 63146 >500 Decatur IL 62526 >500 Wayzata MN 55391-2398 >500 Wayzata MN 55391 >500 Inver Grove Heights MN 55077 >500 Wayzata MN 55391 >500 Wayzata MN 55391 >500 ST LOUIS MO 63146 >500 Omaha NE 68102 >500 ST LOUIS MO 63146 >500 Decatur NE 62526 >500ST LOUIS MO 63146 >500

Stuttgart AR 72160 >500 Wayzata MN 55323 >500 NA >500 ST LOUIS MO 63146 >500 Wayzata MN 55391-2398 >500 Omaha NE 68103-2047 >500 St. Louis MO 63146-1000 >500 ST LOUIS MO 63146 >500 >500 Decatur IL 62525 >500 Decatur IL 62526 >500 Kansas City MO 64112 <100 Decatur IL 62526 >500 Omaha NE 68103-2047 >500 St. Louis MO 63146 >500 Stuttgart AR 72160 >500 Maumee Ohio 43537 >500 ST LOUIS MO 63146 >500 Stuttgart AR 72160 >500 Maumee Ohio 43537 >500 Wayzata MN 55391-2364 >500**A- 9 seasonal employees** 

<100 101-249 >500 >500 >500 101-249 >500 >500 >500 101-249 101-249 101-249 >500 >500 <100 101-249 >500 >500 250-499 101-249 101-249 101-249 101-249 >500 >500 >500 >500 <100 101-249 101-249 101-249 101-249 >500 >500 101-249 250-499 >500 >500 <100 101-249 101-249 <100 101-249 <100 <100>500

101-249 <100 101-249 >500 101-249 >500 >500 >500 101-249 >500 <100 >500 101-249 >500 >500 250-499 >500 <100 >500 >500 <100 >500 >500 >500 >500 >500 >500 >500 >500 101-249 >500 101-249 101-249 101-249 <103 250-499 101-249 >500 >500 101-249 101-249 >500 >500 >500 >500 >500 >500 101-249 <100 101-249 >500101-249

101-249 >500 >500 101-249 >500 <100 101-249 101-249 >500 >500 >500 <100 >500 <100 101-249 101-249 101-249 101-249 101-249 101-249 >500**Randomized ID FA** **CILITY ID A-** **1 Facility Name A-** **2 Facility Street Ad** **dress**

ID-100 AGPGLARI AGP Grain Marketing, LLC (Lariat) 770 County

Road DD ID-101 BUNGMARK BUNGE NORTH AMERICA, INC. 520 CHERRY STREET ID-101 BUNGMARK BUNGE NORTH AMERICA, INC. 520 CHERRY STREET ID-102 ARCHENID1 ADM Grain Company 2502 N. 16th Street ID-103 ADMHOOK ADM Grain Company HWY 54 County Road 42 ID-103 ADMHOOK ADM Grain Company HWY 54 County Road 42 ID-103 ADMHOOK ADM Grain Company HWY 54 County Road 42 ID-103 ADMHOOK ADM Grain Company HWY 54 County Road 42 ID-104 archfrem ADM Grain Company 4410 WMilitary Ave ID-104 archfrem ADM Grain Company 4410 WMilitary Ave ID-104 archfrem ADM Grain Company 4410 WMilitary Ave ID-104 archfrem ADM Grain Company 4410 WMilitary Ave ID-105 BUNGCOUN BUNGE NORTH AMERICA (OPD WEST) , INC. 19560 BUNGE AVENUE ID-105 BUNGCOUN BUNGE NORTH AMERICA (OPD WEST) , INC. 19560 BUNGE AVENUE ID-105 BUNGCOUN BUNGE NORTH AMERICA (OPD WEST) , INC. 19560 BUNGE AVENUE ID-106 ADMMCAMP ADM Milling Co. 811 Spangler Rd. ID-106 ADMMCAMP ADM Milling Co. 811 Spangler Rd. ID-106 ADMMCAMP ADM Milling Co. 811 Spangler Rd. ID-107 ARCHENID2 ADM Milling Com pany 1301 North 4th Street ID-108 CARGMEMP Cargill Incorporated 2330 Buoy St ID-109 BUNGINDI BUNGE NORTH AMERICA, INC. 1102 WQEST 18TH STREET ID-109 BUNGINDI BUNGE NORTH AMERICA, INC. 1102 WQEST 18TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-110 BUNGCAIR BUNGE NORTH AMERICA, INC 203 34TH STREET ID-111 BUNGTALLA Bunge North America, Inc. 164 Hwy 602 ID-111 BUNGTALLA Bunge North America, Inc. 164 Hwy 602 ID-111 BUNGTALLA Bunge North America, Inc. 164 Hwy 602 ID-111 BUNGTALLA Bunge North America, Inc. 164 Hwy 602 ID-112 ARCHBUFF ADM Flour Milling Com pany (Grain Elevator 1st Clair Street PO Box 487 ID-113 ARCHMARS Archer Daniels Midland Corn Processing Division - Marshall Plant 400 West Erie Road ID-113 ARCHMARS Archer Daniels Midland Corn Processing Division - Marshall Plant 400 West Erie Road ID-114 AGPGFARW AGP Grain Marketing, LLC 1000 Avenue A ID-114 AGPGFARW AGP Grain Marketing, LLC 1000 Avenue A ID-114 AGPGFARW AGP Grain Marketing, LLC 1000 Avenue A ID-116 RICEJONE Riceland Foods, Inc. - Jonesboro Division 216 N. Gee Street ID-116 RICEJONE Riceland Foods, Inc. - Jonesboro Division 216 N. Gee Street ID-116 RICEJONE Riceland Foods, Inc. - Jonesboro Division 216 N. Gee Street ID-116 RICEJONE Riceland Foods, Inc. - Jonesboro Division 216 N. Gee Street ID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SW ID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SW ID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SW ID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SWID-117 ArchCeda ADM Corn Processing Cedar Rapids 1350 Waconia Ave. SW ID-118 ARCHMOUN ADM Milling Co. 614 West Second St. ID-118 ARCHMOUN ADM Milling Co. 614 West Second St. ID-118 ARCHMOUN ADM Milling Co. 614 West Second St. ID-119 CHSICONN CHS INC, dba Connell Grain Growers - Kennewick 900 East Columbia ID-119 CHSICONN CHS INC, dba Connell Grain Growers - Kennewick 900 East Columbia ID-119 CHSICONN CHS INC, dba Connell Grain Growers - Kennewick 900 East Columbia ID-119 CHSICONN CHS INC, dba Connell Grain Growers - Kennewick 900 East Columbia ID-120 HORIAYER Horizon Milling LLX 35 Nemco Way ID-121 HORIALBA Horizon Milling LLC 101 Norman Skill st ID-122 THEAWHT The Andersons White Pigeon Grain 13600 Anderson Road ID-122 THEAWHT The Andersons White Pigeon Grain 13600 Anderson Road ID-122 THEAWHT The Andersons White Pigeon Grain 13600 Anderson Road ID-123 BUNGVICKL Bunge Vicksburg Levee St.1716 Levee St ID-123 BUNGVICKL Bunge Vicksburg Levee St.1716 Levee St ID-124 CARGHOUS Cargill, Inc. - North American Grain and Oilseeds Supply Chain 16150 Peninsula Blvd. ID-124 CARGHOUS Cargill, Inc. - North American Grain and Oilseeds Supply Chain 16150 Peninsula Blvd. ID-125 CARGSIDN Cargill, Inc. 2400 Industrial Dr. ID-125 CARGSIDN Cargill, Inc. 2400 Industrial Dr. ID-125 CARGSIDN Cargill, Inc. 2400 Industrial Dr. ID-126 ADMMSPOK ADMMSPOK 2301 East Trent ID-127 CHSIFAIR CHS Oilseed Processing - Fairmont 1833 130th Street ID-128 AGPRMASO Ag Processing Inc 1605 19th Street SW ID-128 AGPRMASO Ag Processing Inc 1605 19th Street SW ID-129 RICESOYD Riceland Foods, Inc. - Soy Division Hwy 79 & Park Ave. ID-129 RICESOYD Riceland Foods, Inc. - Soy Division Hwy 79 & Park Ave. ID-129 RICESOYD Riceland Foods, Inc. - Soy Division Hwy 79 & Park Ave. ID-130 HORICHAT Horizon Milling, LLC Chattanooga 1B Riverside Lane ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-131 BUNGMORR BUNGE NORTH AMERICA (EAST), LLC 700 NORTH RANGELINE ROAD ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-132 BUNGCRET BUNGE MILLING, INC. 1405 NORMAN STREET ID-133 CHSISUPE CHS Inc. 41 Dock Street ID-133 CHSISUPE CHS Inc. 41 Dock Street ID-133 CHSISUPE CHS Inc. 41 Dock Street ID-134 CARGTUSC Cargill Incorporated - Tuscola, Illinois 920 E US HWY 36 ID-135 RICEDUMA Riceland Foods, Inc. - Dumas Drier 491 HWY. 159 N. ID-135 RICEDUMA Riceland Foods, Inc. - Dumas Drier 491 HWY. 159 N. ID-135 RICEDUMA Riceland Foods, Inc. - Dumas Drier 491 HWY. 159 N. ID-135 RICEDUMA Riceland Foods, Inc. - Dumas Drier 491 HWY. 159 N. ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba Eastern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad AveID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-136 CHSIJASP CHS, INC. dba EAstern Farmers Cooperative - Jasper 401 S. Railroad Ave ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-137 ARCHROGE ADM-Benson Quinn 100 Elevator Avenue ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-138 ARCHBEEC ADM Milling Co. 854 Bethel Ave. ID-139 AGPRHAST Ag Processing Inc 2801 East 7th Street ID-139 AGPRHAST Ag Processing Inc 2801 East 7th Street ID-140 HORILOSA Horizon Milling - Los Angeles 5471 Ferguson Drive ID-141 BUNGATCH BUNGE MILLING, INC. 16755 274TH ROAD ID-142 GAVISAGI Gavilon Grain, LLC dba Peavey Company 425 South Fairmount ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-143 RICESDIV Riceland Foods, Inc. - Stuttgart Rice Division 1st St. & College St. ID-144 AGPGLINC AGP Grain Marketing, LLC940 CALVERT ST ID-144 AGPGLINC AGP Grain Marketing, LLC940 CALVERT ST ID-144 AGPGLINC AGP Grain Marketing, LLC940 CALVERT ST ID-145 GAVICONO Gavilon Grain LLC, dba Peavey Company

- Connors Point 400 North Main Street ID-146 ADMMLINC ADM Milling Com pany 540 South Street ID-146 ADMMLINC ADM Milling Com pany 540 South Street ID-146 ADMMLINC ADM Milling Com pany 540 South Street ID-147 THEACHAM The Andersons Champaign Grain 3515 North Staley

Road ID-147 THEACHAM The Andersons Champaign Grain 3515 North Staley

Road ID-147 THEACHAM The Andersons Champaign Grain 3515 North Staley

Road ID-148 GAVIJAME Gavilon Grain, LLC dba Peavey Company 3469 80th Avenue SE ID-149 BUNGDECAP BUNGE NORTH AMERICA, INC. 500 MARKET STREET NW ID-149 BUNGDECAP BUNGE NORTH AMERICA, INC. 500 MARKET STREET NW ID-149 BUNGDECAP BUNGE NORTH AMERICA, INC. 500 MARKET STREET NW ID-150 CARGSPEA Cargill, Incorporate, Spearman, TX 911 highway

15 ID-150 CARGSPEA Cargill, Incorporate, Spearman, TX 911 highway

15 ID-151 THEATOLE1 The Andersons Edwin Grain 125 Edwin Drive ID-151 THEATOLE1 The Andersons Edwin Grain 125 Edwin Drive ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER STID-152 ADMSULL ADM Grain Company 417 E WATER ST

ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-152 ADMSULL ADM Grain Company 417 E WATER ST ID-153 ArchClin Archer Daniels Midland (ADM) Corn Processing 1251 Beaver Channel Parkway ID-153 ArchClin Archer Daniels Midland (ADM) Corn Processing 1251 Beaver Channel Parkway ID-153 ArchClin Archer Daniels Midland (ADM) Corn Processing 1251 Beaver Channel Parkway ID-153 ArchClin Archer Daniels Midland (ADM) Corn Processing 1251 Beaver Channel Parkway ID-154 ADMMCHAT ADM Milling Com pany 1120 King Street ID-154 ADMMCHAT ADM Milling Com pany 1120 King Street ID-154 ADMMCHAT ADM Milling Com pany 1120 King Street ID-154 ADMMCHAT ADM Milling Com pany 1120 King Street ID-155 THEACANT The Andersons Canton Grain 23133 East County

Highway

6 ID-155 THEACANT The Andersons Canton Grain 23134 East County

Highway

6 ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-156 ARCHMEMP ADM Grain Company 1811 Dock St ID-157 GAVIGRAN Gavilon Grain, LLC dba Peavey Company 4256 54th Avenue North ID-158 ADMMJACK ADMMJACK 240 Preston Street ID-158 ADMMJACK ADMMJACK 240 Preston Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-160 RICEJGDR Riceland Foods, Inc. - Jonesboro Grain Drier 216 N. Gee Street ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-161 ARCHNEWB ADM Grain Company 5848 Old Route 54 ID-162 CHSIDAVE CHS Inc. 6603 Concord Street ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-163 CHSIDAKO CHS INC, dba Dakota Ag Cooperative - Kindred 5351 165th Ave SE ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark Street ID-164 CARGSIOU Cargill, Inc. 1016 Clark StreetID-165 ADMMLOSA ADM Milling Com pany 1543 Calada Street

ID-165 ADMMLOSA ADM Milling Com pany 1543 Calada Street ID-166 CARGDAYT Cargill Incorporated 3201 Needmore Road ID-167 CARGEDDY Cargill Incorporated 1 Cargill Drive ID-168 AGPRMANN Ag Processing Inc 1000 300th Street ID-168 AGPRMANN Ag Processing Inc 1000 300th Street ID-168 AGPRMANN Ag Processing Inc 1000 300th Street ID-169 CARGHUTC Cargill Incorporated 309 N Halstead ID-170 ARCHRESE ADM Grain Company 2032 Highway 44 ID-170 ARCHRESE ADM Grain Company 2032 Highway 44 ID-170 ARCHRESE ADM Grain Company 2032 Highway 44 ID-171 CARGALBA GOSCNA/Albany, NY 100 Grain Street ID-171 CARGALBA GOSCNA/Albany, NY 100 Grain Street ID-172 ARCHGALV ADM Grain Company 3100 Wharf Road ID-173 CHSIBELL CHS Inc. 434 Ravenna Road ID-174 CARGBLAI Cargill Incorporated 650 Industrial Park Drive ID-175 ARCHDESM Archer Daniels Midland Company - Des Moines Soybean Processing 1935 East Euclid Ave. ID-175 ARCHDESM Archer Daniels Midland Company - Des Moines Soybean Processing 1935 East Euclid Ave. ID-175 ARCHDESM Archer Daniels Midland Company - Des Moines Soybean Processing 1935 East Euclid Ave. ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-176 ADMVALD Archer Daniels Midland Valdosta 1841 Clay

Rd ID-177 HORISAGI Horizon Milling, LLC 401 East Industrial Blvd. ID-178 CARGPARK Cargill AgHorizons 215 S. Main Street ID-179 THEADUNK The Andersons Dunkirk Grain 4678 S 1100 w ID-179 THEADUNK The Andersons Dunkirk Grain 4678 S 1100 w ID-179 THEADUNK The Andersons Dunkirk Grain 4678 S 1100 w ID-180 RICEHAZE Riceland Foods, Inc. - Hazen Grain Drier 1101 Riceland St. ID-180 RICEHAZE Riceland Foods, Inc. - Hazen Grain Drier 1101 Riceland St. ID-180 RICEHAZE Riceland Foods, Inc. - Hazen Grain Drier 1101 Riceland St. ID-180 RICEHAZE Riceland Foods, Inc. - Hazen Grain Drier 1101 Riceland St. ID-181 HORILAKE Horizon Milling, LLC - Lake City 905 W . Marion st. ID-182 AGPGHAST AGP Grain Marketing, LLC2318 West Highway 6 ID-182 AGPGHAST AGP Grain Marketing, LLC2319 West Highway 6 ID-182 AGPGHAST AGP Grain Marketing, LLC2321 West Highway 6 ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-183 CHSINEWH CHS INC dba New Horizonz Cooperative - French 22327 138th Ave ID-184 HORIW ICH Horizon Milling, LLC 715 East 13th Street ID-185 CARGCEDA Cargill, Inc. 1110 12th Ave SW ID-185 CARGCEDA Cargill, Inc. 1110 12th Ave SW ID-185 CARGCEDA Cargill, Inc. 1110 12th Ave SW ID-185 CARGCEDA Cargill, Inc. 1110 12th Ave SWID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway

ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-186 ARCHOTTA ADM GRAIN Ottawa Lake 6801 Memorial Highway ID-187 RICESTUT Riceland Foods, Inc. - Stuttgart Drier Hwy 79 & Park Ave. ID-187 RICESTUT Riceland Foods, Inc. - Stuttgart Drier Hwy 79 & Park Ave. ID-187 RICESTUT Riceland Foods, Inc. - Stuttgart Drier Hwy 79 & Park Ave. ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-188 BUNGLIND BUNGE NORTH AMERICA, INC. 613 CH 413 ID-189 ARCHHUTC ADM Grain Company 1700 North Halstead ID-189 ARCHHUTC ADM Grain Company 1700 North Halstead ID-189 ARCHHUTC ADM Grain Company 1700 North Halstead ID-190 CARGPARI Cargill, Incorporated - Corn Milling - Dry Corn Ingredients 616 S. Jefferson St. ID-191 CARGHICK Cargill, Inc. 900 Catlett Street ID-191 CARGHICK Cargill, Inc. 900 Catlett Street ID-192 CHSIMANK CHS Oilseed Processing - Mankato 2020 S. Riverfront Dr. ID-193 CARGKANS Cargill, Incorporated - Kansas City Plant 2306 Rocherster St ID-193 CARGKANS Cargill, Incorporated - Kansas City Plant 2306 Rocherster St ID-193 CARGKANS Cargill, Incorporated - Kansas City Plant 2306 Rocherster St ID-194 CARGWEST Cargill Westwego Marine Terminal 933 River Road ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-195 BUNGMARI BUNGE NORTH AMERICA (EAST). LLC 751 E FARMING STREET ID-196 GAVISHEL Gavilon Grain, LLC dba Peavey Company 7646 North Co. Rd. 125 East ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-197 BUNGDANV BUNGE MILLING, INC. 321 E NORTH STREET ID-198 ARCHCOLU ADM Corn Processing - Columbus 3000 E 8th StID-198 ARCHCOLU ADM Corn Processing - Columbus 3000 E 8th St ID-198 ARCHCOLU ADM Corn Processing - Columbus 3000 E 8th St ID-198 ARCHCOLU ADM Corn Processing - Columbus 3000 E 8th St ID-199 BUNGKANK BUNGE MILLING-KANKAKEE, IL 1580 GRINNELL ROAD ID-200 RICEGRUB Riceland Foods, Inc. - Grubbs 102 East Darden ID-200 RICEGRUB Riceland Foods, Inc. - Grubbs 102 East Darden ID-200 RICEGRUB Riceland Foods, Inc. - Grubbs 102 East Darden ID-200 RICEGRUB Riceland Foods, Inc. - Grubbs 102 East Darden ID-201 CARGRESE Cargill Reserve LA Marine Terminal 2158 Highway

44 ID-202 archende Northern Sun-ADM 5525 136th avenue SE ID-202 archende Northern Sun-ADM 5525 136th avenue SE ID-202 archende Northern Sun-ADM 5525 136th avenue SE ID-202 archende Northern Sun-ADM 5525 136th avenue SE ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-203 AGRIFULT AGRI-BUNGE, LLC 2630 THIRD STREET ID-204 CARGINDI Cargill, Incorporated - Corn Milling - Dry Corn Ingredients 1730 W . Michigan St. ID-205 AGPRSHEL Ag Processing Inc 804 2nd Avenue ID-205 AGPRSHEL Ag Processing Inc 804 2nd Avenue ID-205 AGPRSHEL Ag Processing Inc 804 2nd Avenue ID-206 BUNGMAYE Bunge North America, Inc. Miller' s Landing ID-206 BUNGMAYE Bunge North America, Inc. Miller' s Landing ID-206 BUNGMAYE Bunge North America, Inc. Miller' s Landing ID-206 BUNGMAYE Bunge North America, Inc. Miller' s Landing ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-207 BUNGDECAL BUNGE NORTH AMERICA, INC. 1400 MARKET STREET NE ID-208 ARCHTOLE ADM Grain Toledo 1308 Miam i Street ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East HarrisonID-209 ARCHATTI ADM Grain Company 105 East Harrison

ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-209 ARCHATTI ADM Grain Company 105 East Harrison ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-210 ARCHQUIN Archer Daniels Midland Quincy 2100 Gardner Expressway ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-211 LOUIPOOL Louis Drey fus Agricultural Industries LLC

7344 State Road 15 South ID-212 ARCHDECA Archer Daniels Midland - East Plant 4666 Faries Parkway ID-212 ARCHDECA Archer Daniels Midland - East Plant 4666 Faries Parkway ID-213 AGPRDAWS Ag Processing Inc 800 Diagonal Street ID-213 AGPRDAWS Ag Processing Inc 800 Diagonal Street ID-213 AGPRDAWS Ag Processing Inc 800 Diagonal Street ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-214 BUNGGREE Bunge North America, Inc. 992 River Grain Rd ID-215 RICEWALD Riceland Foods, Inc. - Waldenburg Highway 49 South and Lake Hogue Road ID-215 RICEWALD Riceland Foods, Inc. - Waldenburg Highway 49 South and Lake Hogue Road ID-216 THEATOLE2 The Andersons Kuhlman Grain 440 Kuhlman Drive ID-216 THEATOLE2 The Andersons Kuhlman Grain 440 Kuhlman Drive ID-216 THEATOLE2 The Andersons Kuhlman Grain 440 Kuhlman Drive ID-217 BUNGDEST BUNGE NORTH AMERICA, INC 12442 RIVER ROAD ID-217 BUNGDEST BUNGE NORTH AMERICA, INC 12442 RIVER ROAD ID-218 RICENEWM Riceland Foods, Inc. - New Madrid 918 New Madrid County Port Authority ID-218 RICENEWM Riceland Foods, Inc. - New Madrid 918 New Madrid County Port Authority ID-219 THEADELP The Andersons Delphi Grain 3854 North Anderson Drive ID-219 THEADELP The Andersons Delphi Grain 3854 North Anderson Drive ID-219 THEADELP The Andersons Delphi Grain 3854 North Anderson Drive ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr.ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr.

ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr. ID-220 CARGGUNT Cargill Inc. 2930 Lake Guntersville Park Dr.**A- 2 (c) City**  **A- 2 (d) State**  **# of storage units - permanent**  **# of storage units - temporary** 

Farwell TX 1 0 MARKS MS 11 MARKS MS 11 Enid Oklahoma 1 0 Hooker OK 3 1 Hooker OK 3 1 Hooker OK 3 1 Hooker OK 3 1 Fremont NE 1 2 Fremont NE 1 2 Fremont NE 1 2 Fremont NE 1 2 COUNCIL BLUFFS IA 21 0 COUNCIL BLUFFS IA 21 0 COUNCIL BLUFFS IA 21 0 Camp Hill PA 3 Camp Hill PA 3 Camp Hill PA 3 Enid Oklahoma 1 0 Mem phis TN 2 INDIANAPOLIS IN 2 0 INDIANAPOLIS IN 2 0 CAIRO IL 18 0 CAIRO IL 18 0 CAIRO IL 18 0 CAIRO IL 18 0 CAIRO IL 18 0 Tallulah LA 27 1 Tallulah LA 27 1 Tallulah LA 27 1 Tallulah LA 27 1 Buffalo NY 1 0 Marshall MN 2 0 Marshall MN 2 0 Farwell TX 4 0 Farwell TX 4 0 Farwell TX 4 0 Jonesboro AR 4 0 Jonesboro AR 4 0 Jonesboro AR 4 0 Jonesboro AR 4 0 Cedar Rapids Iowa 5 0 Cedar Rapids Iowa 5 0 Cedar Rapids Iowa 5 0 Cedar Rapids Iowa 5 0Cedar Rapids Iowa 5 0

Mount Vernon IN 3 0 Mount Vernon IN 3 0 Mount Vernon IN 3 0 Kennewick WA 4 Kennewick WA 4 Kennewick WA 4 Kennewick WA 4 Ayer MA 14 0 Albany NY 2 0 White Pigeon Michigan 7 1 White Pigeon Michigan 7 1 White Pigeon Michigan 7 1 Vicksburg MS 36 0 Vicksburg MS 36 0 Houston TX 172 Houston TX 172 Sidney OH 13 0 Sidney OH 13 0 Sidney OH 13 0 Spokane WA 1 0 Fairmont MN 2 0 Mason City IA 2 0 Mason City IA 2 0 Stuttgart AR 3 0 Stuttgart AR 3 0 Stuttgart AR 3 0 Chattanooga TN 3 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 MORRISTOWN IN 7 0 CRETE NE 70 0 CRETE NE 70 0 CRETE NE 70 0 CRETE NE 70 0 CRETE NE 70 0 CRETE NE 70 0 Superior WI 521 0 Superior WI 521 0 Superior WI 521 0 Tuscola IL 9 2 Dumas AR 4 0 Dumas AR 4 0 Dumas AR 4 0 Dumas AR 4 0 Jasper MN 7 2 Jasper MN 7 2 Jasper MN 7 2Jasper MN 7 2

Jasper MN 7 2 Jasper MN 7 2 Jasper MN 7 2 Jasper MN 7 2 Jasper MN 7 2 Jasper MN 7 2 Rogers ND 6 1 Rogers ND 6 1 Rogers ND 6 1 Rogers ND 6 1 Rogers ND 6 1 Rogers ND 6 1 Rogers ND 6 1 Beech Grove IN 5 Beech Grove IN 5 Beech Grove IN 5 Beech Grove IN 5 Beech Grove IN 5 Omaha NE 2 0 Omaha NE 2 0 City of Commerce CA 1 ATCHISON KS 1 Saginaw TX 1 0 Stuttgart AR 6 0 Stuttgart AR 6 0 Stuttgart AR 6 0 Stuttgart AR 6 0 Stuttgart AR 6 0 Stuttgart AR 6 0 LINCOLN NE 3 0 LINCOLN NE 3 0 LINCOLN NE 3 0 Superior WI 1 Lincoln NE 3 0 Lincoln NE 3 0 Lincoln NE 3 0 Champaign Illinois 25 0 Champaign Illinois 25 0 Champaign Illinois 25 0 Jamestown ND 1 2 DECATUR AL 3 DECATUR AL 3 DECATUR AL 3 Spearman Texas 24 0 Spearman Texas 24 0 Toledo Ohio 8 0 Toledo Ohio 8 0 SULLIVAN IL 8 0 SULLIVAN IL 8 0 SULLIVAN IL 8 0 SULLIVAN IL 8 0SULLIVAN IL 8 0

SULLIVAN IL 8 0 SULLIVAN IL 8 0 SULLIVAN IL 8 0 SULLIVAN IL 8 0 Clinton IA 15 0 Clinton IA 15 0 Clinton IA 15 0 Clinton IA 15 0 Chattanooga TN 3 0 Chattanooga TN 3 0 Chattanooga TN 3 0 Chattanooga TN 3 0 Canton Illinois 4 2 Canton Illinois 4 2 Mem phis TN 5

- Mem phis TN 5

- Mem phis TN 5

- Mem phis TN 5

- Mem phis TN 5

- Grand Forks ND 1 0 Jackson TN 16 0 Jackson TN 16 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 Jonesboro AR 8 0 New Berlin ILLINOIS 3 2 New Berlin ILLINOIS 3 2 New Berlin ILLINOIS 3 2 New Berlin ILLINOIS 3 2 New Berlin ILLINOIS 3 2 Davenport Iowa 14 2 Kindred ND 18 Kindred ND 18 Kindred ND 18 Kindred ND 18 Kindred ND 18 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0 Sioux City IA 10 0Los Angeles California 2 0

Los Angeles California 2 0 Day ton OH 3 0 Eddy ville IA 5 Manning IA 3 0 Manning IA 3 0 Manning IA 3 0 Hutchinson KS 3 Reserve LA 2 0 Reserve LA 2 0 Reserve LA 2 0 Albany NY 158 Albany NY 158 Galveston Texas 1 0 Belle Chasse LA 186 Blair NE 5 0 Des Moines Iowa 3 0 Des Moines Iowa 3 0 Des Moines Iowa 3 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Valdosta GA 9 0 Saginaw Texas 2 0 Parker SD 1 1 Dunkirk Indiana 14 2 Dunkirk Indiana 14 2 Dunkirk Indiana 14 2 Hazen AR 4 0 Hazen AR 4 0 Hazen AR 4 0 Hazen AR 4 0 Lake City MN 3 0 Hastings NE 3 0 Hastings NE 3 0 Hastings NE 3 0 Fergus Falls MN 5 1 Fergus Falls MN 5 1 Fergus Falls MN 5 1 Fergus Falls MN 5 1 Fergus Falls MN 5 1 Fergus Falls MN 5 1 Wichita KS 3 0 Cedar Rapids IA 9 0 Cedar Rapids IA 9 0 Cedar Rapids IA 9 0 Cedar Rapids IA 9 0Ottawa Lake Michigan 8 5

Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Ottawa Lake Michigan 8 5 Stuttgart AR 2 0 Stuttgart AR 2 0 Stuttgart AR 2 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 PORTAGEVILLE MO 8 0 Hutchinson KS 1 1 Hutchinson KS 1 1 Hutchinson KS 1 1 Paris IL 1 Hickman KY 5 2 Hickman KY 5 2 Mankato MN 3 0 Kansas City MO 2a (Old Plant) 1 b (New Plant) 0 Kansas City MO 2a (Old Plant) 1 b (New Plant) 0 Kansas City MO 2a (Old Plant) 1 b (New Plant) 0 Westwego LA 3 0 MARION OH 6 0 MARION OH 6 0 MARION OH 6 0 MARION OH 6 0 MARION OH 6 0 MARION OH 6 0 Shelburn IN 1 2 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 DANVILLE IL 9 0 Colum bus NE 17Colum bus NE 17

Colum bus NE 17 Colum bus NE 17 KANKAKEE IL 1 0 Grubbs AR 2 2 Grubbs AR 2 2 Grubbs AR 2 2 Grubbs AR 2 2 Reserve LA 2 0 Enderlin North Dakota 16 Enderlin North Dakota 16 Enderlin North Dakota 16 Enderlin North Dakota 16 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 FULTON IL 11 1 Indianapolis IN 1 Sheldon IA 3 0 Sheldon IA 3 0 Sheldon IA 3 0 Mayersville MS 5 1 Mayersville MS 5 1 Mayersville MS 5 1 Mayersville MS 5 1 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 DECATUR AL 26 0 Toledo OH 1 0 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2Attica IN 9 2

Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Attica IN 9 2 Quincy IL 5 1 Quincy IL 5 1 Quincy IL 5 1 Quincy IL 5 1 Quincy IL 5 1 Quincy IL 5 1 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Claypool IN 6 2 Decatur IL 2 Decatur IL 2 Dawson MN 2 0 Dawson MN 2 0 Dawson MN 2 0 Greenville MS 31 1 Greenville MS 31 1 Greenville MS 31 1 Greenville MS 31 1 Greenville MS 31 1 Waldenburg AR 2 0 Waldenburg AR 2 0 Toledo Ohio 7 0 Toledo Ohio 7 0 Toledo Ohio 7 0 DESTREHAN LA 3 DESTREHAN LA 3 New Madrid MO 2 0 New Madrid MO 2 0 Delphi Indiana 7 2 Delphi Indiana 7 2 Delphi Indiana 7 2 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0Guntersville AL 54 0

Guntersville AL 54 0 Guntersville AL 54 0 Guntersville AL 54 0**# of storage units -**

**emergency** 0

0 0 0 0 0 1 1 1 1 0 0 0

0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0

0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 11 1 1 1 1 1 1 0 0 0 0 0 0 0

0 0

0 0 0 0 0 0 0 0 0 1 0 0 0 2 2 2

0 0 0 0 1 1 1 11 1 1 1 1 0 0 0 0 0 0 0 0 0 0

-

-

-

-

- 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0 0 0 00 0 0

0 0 0

0 0 0 1 1 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 0 0 0 0 0 0 0 0 1 1 1

1 1 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 00 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 11 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0

1 1 1

0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0**Table B-5**

Random ID Year of Facility

construction Number of

Permanent storage units on site Number of

Temporary storage units on site Number of

Emergency storage units on site Storage Type

(P, T, E) ID-100 1954 1 0 0 P ID-101 AROUND 1940 11 0 0 P ID-102 1954 1 0 0 P ID-103 1999 3 1 0 P ID-103 1999 3 1 0 P ID-103 1999 3 1 0 P ID-103 1999 3 1 0 T ID-104 1954 1 2 1 E ID-104 1954 1 2 1 P ID-104 1954 1 2 1 T ID-104 1954 1 2 1 T ID-105 1998 21 0 0 P ID-105 1998 21 0 0 P ID-105 1998 21 0 0 P ID-106 1954, 1973, 1997, 3 0 0 P ID-106 1954, 1973, 1997, 3 0 0 P ID-106 1954, 1973, 1997, 3 0 0 P ID-107 1928 1 0 0 P ID-108 2 0 0 P ID-109 PRE 1941 2 0 0 P ID-109 PRE 1941 2 0 0 P ID-110 1979 18 0 0 P ID-111 Purchased in 1990 27 1 0 P ID-111 Purchased in 1990 27 1 0 P ID-111 Purchased in 1990 27 1 0 P ID-111 Purchased in 1990 27 1 0 P ID-111 Purchased in 1990 27 1 0 T ID-112 1928 1 0 0 P ID-113 1982 2 0 0 P ID-113 1982 2 0 0 P ID-114 1958 4 0 0 P ID-114 1958 4 0 0 P ID-114 1958 4 0 0 P ID-114 4 0 0 P ID-115 3 0 0 P ID-115 3 0 0 P ID-115 3 0 0 P ID-116 1948 4 0 0 P ID-116 1948 4 0 0 P ID-116 1948 4 0 0 P ID-116 1948 4 0 0 P ID-117 1970 5 0 0 P ID-117 1970 5 0 0 P ID-117 1970 5 0 0 P ID-117 1970 5 0 0 PID-117 1970 5 0 0 P

ID-118 1883 3 0 0 P ID-118 1883 3 0 0 P ID-118 1883 3 0 0 P ID-119 1952 4 0 0 P ID-119 1952 4 0 0 P ID-119 1952 4 0 0 P ID-119 1952 4 0 0 P ID-120 1982 14 0 0 P ID-121 1975 2 0 0 P ID-122 1981 7 1 0 P ID-122 1981 7 1 0 P ID-122 1981 7 1 0 T ID-123 Purchased in 1978 36 0 0 P ID-123 Purchased in 1978 36 0 0 P ID-123 Purchased in 1978 36 0 0 P ID-124 1965 172 P ID-124 1965 172 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 PID-124 P

ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 PID-124 P

ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 PID-124 P

ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 PID-124 P

ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-124 P ID-125 1977 13 0 0 P ID-125 1977 13 0 0 P ID-125 1977 13 0 0 P ID-126 1937 1 0 0 P ID-127 2003 2 0 0 P ID-128 1952 2 0 0 P ID-128 1952 2 0 0 P ID-129 1960 3 0 0 P ID-129 1960 3 0 0 P ID-129 1960 3 0 0 P ID-130 1963 3 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-131 1995 7 0 0 P ID-132 1912 70 0 0 PID-132 1912 70 0 0 P

ID-132 1912 70 0 0 P ID-132 1912 70 0 0 P ID-132 1912 70 0 0 P ID-132 1912 70 0 0 P ID-132 1912 70 0 0 P ID-133 1941 521 0 0 P ID-133 1941 521 0 0 P ID-133 1941 521 0 0 P ID-134 1969 9 2 0 T ID-134 9 2 0 P ID-134 9 2 0 P ID-134 9 2 0 P ID-135 1952 4 0 0 P ID-135 1952 4 0 0 P ID-135 1952 4 0 0 P ID-135 1952 4 0 0 P ID-136 1978 7 2 1 E ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 P ID-136 1978 7 2 1 T ID-136 1978 7 2 1 T ID-137 1954 6 1 0 P ID-137 1954 6 1 0 P ID-137 1954 6 1 0 P ID-137 1954 6 1 0 P ID-137 1954 6 1 0 P ID-137 1954 6 1 0 P ID-137 1954 6 1 0 T ID-138 1935 5 0 0 P ID-138 1935 5 0 0 P ID-138 1935 5 0 0 P ID-138 1935 5 0 0 P ID-138 1935 5 0 0 P ID-139 1998 2 0 0 P ID-139 1998 2 0 0 P ID-140 1947 1 0 0 P ID-141 1952 1 0 0 P ID-142 1954 1 0 0 P ID-143 1944 6 0 0 P ID-143 1944 6 0 0 P ID-143 1944 6 0 0 P ID-143 1944 6 0 0 P ID-143 1944 6 0 0 P ID-143 1944 6 0 0 P ID-144 1956 3 0 0 P ID-144 1956 3 0 0 PID-144 1956 3 0 0 P

ID-146 1890 3 0 0 P ID-146 1890 3 0 0 P ID-146 1890 3 0 0 P ID-147 1967 25 0 2 E ID-147 1967 25 0 2 P ID-147 1967 25 0 2 P ID-149 2005 3 0 0 P ID-149 2005 3 0 0 P ID-149 2005 3 0 0 P ID-149 2005 3 0 0 P ID-150 1970's & 1980's 24 0 0 P ID-150 1970's & 1980's 24 0 0 P ID-150 24 0 0 P ID-150 24 0 0 P ID-150 24 0 0 P ID-150 24 0 0 P ID-151 1977 8 0 0 P ID-151 1977 8 0 0 P ID-152 1900 8 0 1 E ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-152 1900 8 0 1 P ID-153 1903 15 0 0 P ID-153 1903 15 0 0 P ID-153 1903 15 0 0 P ID-153 1903 15 0 0 P ID-154 1885 3 0 0 P ID-154 1885 3 0 0 P ID-154 1885 3 0 0 P ID-154 1885 3 0 0 P ID-155 2006 4 2 0 P ID-155 2006 4 2 0 T ID-156 1962 5 0 0 P ID-156 1962 5 0 0 P ID-156 1962 5 0 0 P ID-156 1962 5 0 0 P ID-156 1962 5 0 0 P ID-158 1952 16 0 0 P ID-158 1952 16 0 0 P ID-159 4 0 0 P ID-159 4 0 0 P ID-159 4 0 0 P ID-159 4 0 0 P ID-160 1948 8 0 0 P ID-160 1948 8 0 0 P ID-160 1948 8 0 0 PID-160 1948 8 0 0 P

ID-160 1948 8 0 0 P ID-160 1948 8 0 0 P ID-160 1948 8 0 0 P ID-160 1948 8 0 0 P ID-161 1969 3 2 0 P ID-161 1969 3 2 0 P ID-161 1969 3 2 0 P ID-161 1969 3 2 0 T ID-161 1969 3 2 0 T ID-163 1979 18 0 1 P ID-163 1979 18 0 1 P ID-163 1979 18 0 1 P ID-163 1979 18 0 1 P ID-163 1979 18 0 1 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-164 pre-1950 10 0 0 P ID-165 1936 2 0 0 P ID-165 1936 2 0 0 P ID-166 1970 3 0 0 P ID-167 1985 5 0 0 P ID-168 1975 3 0 0 P ID-168 1975 3 0 0 P ID-168 1975 3 0 0 P ID-169 1932 3 0 0 P ID-169 3 0 0 P ID-169 3 0 0 P ID-170 1968 2 0 0 DT ID-170 1968 2 0 0 P ID-170 1968 2 0 0 P ID-171 1932 158 0 1 E ID-171 1932 158 0 1 P ID-172 1974 1 0 0 P ID-173 1967 186 0 0 P ID-174 1994 5 0 0 P ID-175 1939 3 0 0 P ID-175 1939 3 0 0 P ID-175 1939 3 0 0 P ID-176 1968 9 0 0 P ID-176 1968 9 0 0 P ID-176 1968 9 0 0 P ID-176 1968 9 0 0 P ID-176 1968 9 0 0 P ID-176 1968 9 0 0 PID-176 1968 9 0 0 P

ID-176 1968 9 0 0 P ID-176 1968 9 0 0 P ID-177 1930 2 0 0 P ID-178 1978 1 1 1 E ID-178 1 1 1 P ID-178 1 1 1 T ID-179 1969 14 2 0 P ID-179 1969 14 2 0 P ID-179 1969 14 2 0 T ID-180 1949 4 0 0 P ID-180 1949 4 0 0 P ID-180 1949 4 0 0 P ID-180 1949 4 0 0 P ID-181 1906 3 0 0 P ID-182 1956 3 0 0 P ID-182 1956 3 0 0 P ID-182 1956 3 0 0 P ID-183 5 1 0 P ID-183 5 1 0 P ID-183 5 1 0 P ID-183 5 1 0 P ID-183 5 1 0 P ID-183 5 1 0 T ID-184 1906 3 0 0 P ID-185 1940's 9 0 0 P ID-185 1940's 9 0 0 P ID-185 1940's 9 0 0 P ID-185 1940's 9 0 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 P ID-186 1951 8 5 0 T ID-186 1951 8 5 0 T ID-186 1951 8 5 0 T ID-186 1951 8 5 0 T ID-186 1951 8 5 0 T ID-187 2 0 1 E ID-187 2 0 1 P ID-187 2 0 1 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 P ID-188 1963 8 0 0 PID-188 1963 8 0 0 P

ID-189 1935 1 1 1 E ID-189 1935 1 1 1 P ID-189 1935 1 1 1 T ID-190 1947 1 0 0 P ID-191 1979 5 2 1 P ID-191 1979 5 2 1 P ID-191 5 2 1 E ID-191 5 2 1 P ID-191 5 2 1 P ID-191 5 2 1 P ID-191 5 2 1 T ID-191 5 2 1 T ID-192 ~1954 3 0 0 P ID-193 2001 (newplant), <1960 (oldplant) 2a (Old Plant) 1b (New Plant) 0 0 P ID-193 2001 (newplant), <1960 (oldplant) 2a (Old Plant) 1b (New Plant) 0 0 P ID-193 2001 (newplant), <1960 (oldplant) 2a (Old Plant) 1b (New Plant) 0 0 P ID-194 27584 3 0 0 P ID-194 3 0 0 P ID-194 3 0 0 P ID-195 1937 6 0 0 P ID-195 1937 6 0 0 P ID-195 1937 6 0 0 P ID-195 1937 6 0 0 P ID-195 1937 6 0 0 P ID-195 1937 6 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-197 1946 9 0 0 P ID-198 1992 17 0 0 P ID-198 1992 17 0 0 P ID-198 1992 17 0 0 P ID-198 1992 17 0 0 P ID-199 1946 1 0 0 P ID-200 1975 2 2 0 P ID-200 1975 2 2 0 P ID-200 1975 2 2 0 T ID-200 1975 2 2 0 T ID-201 1976 2 0 0 P ID-201 2 0 0 P ID-202 1982 16 0 0 P ID-202 1982 16 0 0 P ID-202 1982 16 0 0 P ID-202 1982 16 0 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 PID-203 1979 11 1 0 P

ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 P ID-203 1979 11 1 0 T ID-204 1907 1 0 0 P ID-205 1975 3 0 0 P ID-205 1975 3 0 0 P ID-205 1975 3 0 0 P ID-206 1965 5 1 0 P ID-206 1965 5 1 0 P ID-206 1965 5 1 0 P ID-206 1965 5 1 0 T ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 1974 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-207 26 0 0 P ID-208 1960 1 0 0 P ID-209 Prior to 1970 9 2 1 E ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 PID-209 Prior to 1970 9 2 1 P

ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 P ID-209 Prior to 1970 9 2 1 T ID-209 Prior to 1970 9 2 1 T ID-210 1957 5 1 0 P ID-210 1957 5 1 0 P ID-210 1957 5 1 0 P ID-210 1957 5 1 0 P ID-210 1957 5 1 0 P ID-210 1957 5 1 0 T ID-211 2006 6 2 0 P ID-211 2006 6 2 0 P ID-211 2006 6 2 0 P ID-211 2006 6 2 0 P ID-211 2006 6 2 0 P ID-211 2006 6 2 0 P ID-211 2006 6 2 0 T ID-211 2006 6 2 0 T ID-212 1939 2 0 0 P ID-212 1939 2 0 0 P ID-213 1951 2 0 1 E ID-213 1951 2 0 1 P ID-213 1951 2 0 1 P ID-214 1958 31 1 0 P ID-214 1958 31 1 0 P ID-214 1958 31 1 0 P ID-214 1958 31 1 0 P ID-214 1958 31 1 0 T ID-215 1978 2 0 0 P ID-215 1978 2 0 0 P ID-216 1959 7 0 0 P ID-216 1959 7 0 0 P ID-216 1959 7 0 0 P ID-217 1961 3 0 0 P ID-217 1961 3 0 0 P ID-217 1961 3 0 0 P ID-217 3 0 0 P ID-218 1988 2 0 0 P ID-218 1988 2 0 0 P ID-219 1975 7 2 0 P ID-219 1975 7 2 0 P ID-219 1975 7 2 0 T ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 PID-220 1959-1960 54 0 0 P

ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 1959-1960 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-220 54 0 0 P ID-206 1965 5 1 0 ID-145 1966 1 0 1 ID-148 1956 1 2 0 ID-157 1955 1 0 1 ID-162 1974 14 2 0 ID-196 1972 1 2 0ID-214 1958 31 1 0Storage ID Year First Used Storage Capacity (bushels) Grain Stored (2005) Through-put (actuals Bushels) (2005)

Weeks per

year utilized (2006)

Throughput (actual bushels) P-1 1954 4252944 Multi-grain 24129258 52 23357961 P 3133909 SOYBEANS 27890000 52 23280000 P-1 1954 14660000 Wheat, Corn, Sourghum 16639408 52 19213665 P1 1999 165000 CORN WHEAT 1320000 45 1320000 P2 1999 165000 CORN WHEAT 195000 45 195000 P5 2003 70000 CORN 150000 3 350000 T1 2003 1000000 CORN 1000000 24 1000000 E-1 1998 250000 Corn 0 0 187000 P-1 1954 3600000 Corn, Wheat, Soybeans 6878000 52 9805000 T-1 2006 1500000 Corn 0 0 1236587 T-2 1996 350000 soybeans/corn 0 0 321000 P-1 1998 4000000 SOYBEANS 16690000 52 15530000 P-2 1998 260000 SOYBEANS 59270000 52 62950000 P-3 1998 860000 SOYBEANS 59270000 52 62950000 P-1 1954 328000 Wheat 8601756 52 7175545 P-2 1973 240000 Wheat 480000 52 480000 P-3 1997 480000 Wheat 4858343 52 3819564 P-1 1928 2500000 Wheat 8700000 52 10500000

P-1 1945 2600000 SOYBEANS 3100000 50 1400000 P-2 1965 3500000 SOYBEANS 3500000 26 3000000 P1, P5, P6, P7, P8 1977 3653000 Soybeans 38000000 52 40700000 P-1-25 1990 193921 All P-26 1990 180714 All P-27 1990 180714 All 1555349 Totals 1145000 52 1014000 T-1 2003 1000000 Corn 1000000 32 1000000 P-1 1928 5400000 Wheat 11383304 52 12313136 P-1 1983 480942 Corn 16439586 52 17152740 P-2 1996 594297 Corn 65758350 52 68610972 P2 1958 194647 Corn 300000 52 500000 P3 1958 1475448 Milo 1235808 52 350000 P4 1958 1667095 0 0 0 P-1 1954 2933000 Multi-grain 4730763 52 2929129 P-1 1954 5176614 Multi-grain 6157872 52 7035782 P2 1954 900408 Multi-grain 400000 52 500000 P3 1954 634114 Multi-grain 500000 52 500000 P-1 1948 1900000 RICE 12450000 52 8200000 P-2 1955 4700000 RICE 22820000 52 19700000 P-3 2002 900000 RICE 900000 10 900000 P-4 2004 1000000 RICE 1000000 10 1000000 P-1 1970 97728 Corn 1799638 12 1843737 P-2 1972 310200 Corn 7198550 52 7374948 P-3 1974 86326 Corn 152358600 52 1.54E+08 P-4 1986 761500 Corn 35992750 52 36874741 Data considered CBIP-5 1976 866320 Corn 41937558 52 42309421

P-1 1940 90000 Wheat 9312103 52 9324235 P-2 1957 680000 Wheat 52 P-3 1970 455000 Wheat 52 P1 1953 1594345 Wheat 2111972 52 2961010 P2 1954 986348 Wheat 986348 30 0 P3 1955 1541887 Wheat 1541887 30 0 P4 1977 1536420 Wheat 1536420 30 1536420

Silos 1981 253800 Multi-grain ND 52 ND Tanks 1988 2430000 Multi-grain ND 52 ND Pile 1988 500000 Corn 840000 32 840000 P-4 1978 752886 All H1E-5E4 1978 368479 Corn 1978 TOTALS 4517000 52 3430000 U10A 1965 1260 Wheat, Sorghum, Soybeans, Corn, Oats 25270 52 30668 349 1965 46951 Wheat, Sorghum, Soybeans, Corn, Oats 941635 52 1142774 U10B 1965 1350 Wheat, Sorghum, Soybeans, Corn, Oats 27074 52 32859 U20A 1965 708 Wheat, Sorghum, Soybeans, Corn, Oats 14200 52 17232 U20B 1965 1238 Wheat, Sorghum, Soybeans, Corn, Oats 24830 52 30132 U30A 1965 1350 Wheat, Sorghum, Soybeans, Corn, Oats 27074 52 92859 U30B 1965 1251 Wheat, Sorghum, Soybeans, Corn, Oats 25091 52 30448 U40A 1965 2122 Wheat, Sorghum, Soybeans, Corn, Oats 42558 52 51648 U40B 1965 1238 Wheat, Sorghum, Soybeans, Corn, Oats 24830 52 30132 U50A 1965 1012 Wheat, Sorghum, Soybeans, Corn, Oats 20296 52 24632 U50B 1965 4348 Wheat, Sorghum, Soybeans, Corn, Oats 87202 52 105830 U60A 1965 912 Wheat, Sorghum, Soybeans, Corn, Oats 18291 52 22198 U60B 1965 1350 Wheat, Sorghum, Soybeans, Corn, Oats 27074 52 32859 U70A 1965 1804 Wheat, Sorghum, Soybeans, Corn, Oats 36179 52 43908 U70B 1965 1238 Wheat, Sorghum, Soybeans, Corn, Oats 24830 52 30132 U80A 1965 1139 Wheat, Sorghum, Soybeans, Corn, Oats 22843 52 27723 U80B 1965 4348 Wheat, Sorghum, Soybeans, Corn, Oats 87202 52 105830 U90A 1965 1080 Wheat, Sorghum, Soybeans, Corn, Oats 21660 52 26288 U90B 1965 1283 Wheat, Sorghum, Soybeans, Corn, Oats 25731 52 31228 U91A 1965 1176 Wheat, Sorghum, Soybeans, Corn, Oats 23586 52 28624 U91B 1965 708 Wheat, Sorghum, Soybeans, Corn, Oats 14200 52 17232 L10A 1965 3150 Wheat, Sorghum, Soybeans, Corn, Oats 63175 52 76670 L10B 1965 2565 Wheat, Sorghum, Soybeans, Corn, Oats 51442 52 62431 L20A 1965 1771 Wheat, Sorghum, Soybeans, Corn, Oats 35520 52 43105 L20B 1965 2352 Wheat, Sorghum, Soybeans, Corn, Oats 47170 52 57246 L30A 1965 2565 Wheat, Sorghum, Soybeans, Corn, Oats 51442 52 62431 L30B 1965 2576 Wheat, Sorghum, Soybeans, Corn, Oats 51664 52 62699 L40A 1965 3714 Wheat, Sorghum, Soybeans, Corn, Oats 74488 52 90398 L40B 1965 2352 Wheat, Sorghum, Soybeans, Corn, Oats 47170 52 57246 L50A 1965 1923 Wheat, Sorghum, Soybeans, Corn, Oats 38568 52 46805 l50B 1965 676 Wheat, Sorghum, Soybeans, Corn, Oats 13558 52 16454 L60A 1965 2508 Wheat, Sorghum, Soybeans, Corn, Oats 50300 52 61043 L60B 1965 2565 Wheat, Sorghum, Soybeans, Corn, Oats 51442 52 62431 L70A 1965 3714 Wheat, Sorghum, Soybeans, Corn, Oats 74488 52 90398 L70B 1965 2352 Wheat, Sorghum, Soybeans, Corn, Oats 47170 52 57246 L80A 1965 1932 Wheat, Sorghum, Soybeans, Corn, Oats 38747 52 47025

Data considered CBI Data considered CBIL80B 1965 676 Wheat, Sorghum, Soybeans, Corn, Oats 13558 52 16454 L90A 1965 2970 Wheat, Sorghum, Soybeans, Corn, Oats 59565 52 72290 L90B 1965 2565 Wheat, Sorghum, Soybeans, Corn, Oats 51442 52 62431 L91A 1965 2352 Wheat, Sorghum, Soybeans, Corn, Oats 47170 52 57246 L91B 1965 1771 Wheat, Sorghum, Soybeans, Corn, Oats 35520 52 43105 301 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 301A 1965 5062 Wheat, Sorghum, Soybeans, Corn, Oats 101523 52 123206 302 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 303 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 304 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 305 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 306 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 307 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 308 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 309 1965 46951 Wheat, Sorghum, Soybeans, Corn, Oats 941635 52 1142774 309A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 401 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 401A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 402 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 403 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 404 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 405 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 406 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 407 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 408 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 409 1965 46951 Wheat, Sorghum, Soybeans, Corn, Oats 941635 52 1142774 409A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 321 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 322 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 323 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 324 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 325 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 326 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 327 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 328 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 954919 52 1158897 329 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 421 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 422 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 423 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 424 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 425 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 426 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 427 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 428 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 429 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 341 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 341A 1965 5062 Wheat, Sorghum, Soybeans, Corn, Oats 101523 52 123206 342 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 343 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 344 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 345 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 346 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569347 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 348 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 349A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 441 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 441A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 442 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 443 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 444 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 445 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 446 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 447 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 448 1965 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 449 1965 46951 Wheat, Sorghum, Soybeans, Corn, Oats 941635 52 1142774 449A 1965 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 361 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 362 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 363 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 364 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 365 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 366 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 367 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 368 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 461 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 462 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 463 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 464 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 465 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 466 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 467 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 468 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 381 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 382 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 383 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 384 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 385 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 386 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 387 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 388 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 481 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 482 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 483 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 484 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 485 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 486 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 487 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 488 1965 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 501 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 501A 1972 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 502 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 503 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 504 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 505 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569506 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 507 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 508 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 509 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 509A 1972 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 521 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 522 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 523 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 524 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 525 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 526 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 527 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 528 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 529 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 541 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 541A 1972 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 542 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 543 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 544 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 545 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 546 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 547 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 548 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 549 1972 47641 Wheat, Sorghum, Soybeans, Corn, Oats 955473 52 1159569 549A 1972 3877 Wheat, Sorghum, Soybeans, Corn, Oats 77757 52 94365 561 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 562 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 563 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 564 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 565 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 566 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 567 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 568 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 581 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 582 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 583 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 584 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 585 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 586 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 587 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 588 1972 10963 Wheat, Sorghum, Soybeans, Corn, Oats 219870 52 266836 601 1979 52817 Wheat, Sorghum, Soybeans, Corn, Oats 1059281 52 1285553 602 1979 54549 Wheat, Sorghum, Soybeans, Corn, Oats 1094019 52 1327708 603 1979 55737 Wheat, Sorghum, Soybeans, Corn, Oats 1117844 52 1356625 604 1979 56381 Wheat, Sorghum, Soybeans, Corn, Oats 1130760 52 1372299 605 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 606 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 607 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 608 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 609 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 621 1979 53312 Wheat, Sorghum, Soybeans, Corn, Oats 1069209 52 1297600 622 1979 55044 Wheat, Sorghum, Soybeans, Corn, Oats 1103946 52 1339757623 1979 56232 Wheat, Sorghum, Soybeans, Corn, Oats 1127772 52 1368672 624 1979 56876 Wheat, Sorghum, Soybeans, Corn, Oats 1140689 52 1384346 625 1979 56975 Wheat, Sorghum, Soybeans, Corn, Oats 1142673 52 1386757 626 1979 56975 Wheat, Sorghum, Soybeans, Corn, Oats 1142673 52 1386757 627 1979 56975 Wheat, Sorghum, Soybeans, Corn, Oats 1142673 52 1386757 628 1979 56975 Wheat, Sorghum, Soybeans, Corn, Oats 1142673 52 1386757 629 1979 56975 Wheat, Sorghum, Soybeans, Corn, Oats 1142673 52 1386757 641 1979 52817 Wheat, Sorghum, Soybeans, Corn, Oats 1059281 52 1285553 642 1979 54549 Wheat, Sorghum, Soybeans, Corn, Oats 1094019 52 1327708 643 1979 55737 Wheat, Sorghum, Soybeans, Corn, Oats 1117844 52 1356625 644 1979 56381 Wheat, Sorghum, Soybeans, Corn, Oats 1130760 52 1372299 645 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 646 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 647 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 648 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 649 1979 56480 Wheat, Sorghum, Soybeans, Corn, Oats 1132746 52 1374708 661 1979 11678 Wheat, Sorghum, Soybeans, Corn, Oats 234209 52 284239 662 1979 12058 Wheat, Sorghum, Soybeans, Corn, Oats 241831 52 293490 663 1979 12331 Wheat, Sorghum, Soybeans, Corn, Oats 247306 52 300133 664 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 665 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 666 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 667 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 668 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 681 1979 11678 Wheat, Sorghum, Soybeans, Corn, Oats 234209 52 284239 682 1979 12058 Wheat, Sorghum, Soybeans, Corn, Oats 241831 52 293490 683 1979 12331 Wheat, Sorghum, Soybeans, Corn, Oats 247306 52 300133 684 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 685 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 686 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 687 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 688 1979 12450 Wheat, Sorghum, Soybeans, Corn, Oats 249694 52 303030 Tank 51, Tank 52, Tank, 53 1977 3,000,000 (1,000,000 ea)

Soybean 14223929 52 15373241 Bin 1, 2, 3, 4 1977 120,000 (30,000 ea) Soybean 29347858 52 31646482 Bin 10, 11, 12, 13, 14, 15 1977 180,000 (30,000 ea) Soybean 28447858 52 30746482 P-1 1937 787595 Wheat 6217733 52 6534233

P-1 1953 668333 Soybeans 48285300 52 47900365 P-2 1998 500000 Soybeans 0 52 0 P-1 1960 4800000 Beans/Wheat 18246700 52 19479000 P-2 1972 2000000 Beans/Wheat 2000000 52 2000000 P-3 2007 1300000 Beans 0 0 0

P1 1996 1000000 SOYBEAN 52 P2 1996 1500000 SOYBEAN 48 P3 1996 1500000 SOYBEAN 48 P4 1996 34000 SOYBEAN 52 P5 2004 34000 SOYBEAN 52 P6 1996 60000 SOYBEAN 52 2 P7 1996 60000 SOYBEAN 52 TOTAL 45000000 44200000 P-1 1937 103800 Corn + Wheat 52 Data considered CBI

Data considered CBIP-2 1928 126900 Corn + Wheat 52

P-3 1919 129600 Corn 52 P-4 1937 171000 Corn + Wheat 52 P-5 1934 239700 Corn + Wheat 52 P-6 1971 1015000 Corn 52 TOTAL 17960000 17785000 P-1 1941 8526000 Grain 47561000 52 34036000 P-2 1950 4384000 Grain 19499000 40 17754000 P-3 1958 5475000 Grain 0 0 2900000 T-1 1998 4000000 4000000 24 2500000 P-1 1969 500000 Multi-grain 1500000 52 3080000 P-2 1969 4000000 Multi-grain 7000000 52; 24; 0 6000000 P-3 1969 3000000 Multi-grain 3000000 52; 16; 0 5000000 P-1 1952 395000 Rice 350000 52 300000 P-2 1959 1700000 Rice/Corn 1850000 52 700000 P-3 1962 700000 Rice 661000 52 400000 P-4 1996 557000 Rice 1000000 52 500000 E1 1978 400000 Corn, Beans 400000 12 P1 1978 270285 Corn, Beans 1274622 52 1286921 P2 1992 203982 Corn, Beans 948555 52 957706 P3 1965 216005 Corn, Beans 1007840 52 1017563 P4 1996 197097 Corn, Beans 918912 52 927778 P5 2000 459234 Corn, Beans 2149070 52 2169804 P6 1970 178358 Corn, Beans 829986 52 837993 P7 1950 61383 Corn, Beans 281602 52 284319 T1 2007 750000 Corn, Beans 0 T2 2004 750000 Corn, Beans 750000 24 750000 P-1 1956 41934 Wheat 80000 51 80000 P-2 1971 46918 Wheat 46918 51 46918 P-3 1994 171510 CN, SB, SW 500000 51 500000 P-4 2002 348541 CN, SB, SW 3000000 51 3000000 P-5 2004 607843 CN, SB, SW 5076000 51 5861000 P-6 2007 1170594 CN, SB, SW 0 0 0 T-1 2007 1031394 Corn 0 0 0 P-1 1935 845000 Wheat 4255000 52 4125000 P-2 1954 1005000 Wheat 6193999 52 4420000 P-3 1954 1030000 Wheat 750000 47 880000 P-4 1973 1500000 Wheat 1585000 52 1515 P-5 1978 1125000 Wheat 1520000 52 1580000 P-1 1999 958113 Soybeans 24003875 52 24296876 P-2 2008 730000 Soybeans 0 52 0

P-1 1952 9400000 CORN 15000000 52 15000000

P-1 1944 274000 Rice 180000 16 180000 P-2 1946 1250000 Rice 1930900 52 2180800 P-3 1954 1000000 Rice 9390000 52 8370000 P-4 1968 3000000 Rice 28169000 52 25108000 P-5 1975 500000 Rice 500000 20 500000 P-6 1999 1000000 Rice 1000000 24 1000000 P-1 1956 4925237 Multi-grain 7595934 52 7597367 P2 1961 2909426 Corn 2000000 52 1980000 Data considered CBI

Data considered CBIP3 1972 778998 Multi-grain 700000 52 720000

P-1 1954 1896184 W/C 8516634 52 7685235 P-2 1942 1000000 W/C 52 P-3 1900 137000 W/C 52 Piles 1979 4200000 Corn 3300000 10 1600000 Silos 1967 500000 C/S/W 4300000 52 4950000 Tanks 1968 11400000 C/S/W 12900000 52 14850000 P-1 2005 50000 CORN 4 P-2 2005 50000 CORN 4 P-3 2005 50000 CORN TOTAL T1,T2,T3 IS 4 TOTAL T1,T2,T3 IS Total 52,000 960,000 P-3 1978 492000 Wheat 400000 50 480000 P-6 1970 492000 Wheat 300000 36 200000 P-1 1976 435000 Multi-grain 350000 52 330000 P-2 1977 427000 Multi-grain 400000 52 400000 P-4 1979 788000 Multi-grain 750000 45 780000 P-5 1983 3200000 Multi-grain 2000000 52 2400000 Silos 1978 900000 C/S/W 2000000 52 2000000 Tanks 1979 5100000 C/S/W 4500000 52 4000000 E-1 2005 500000 C 400000 8 450000 P-1 1950 200000 C,W,B 300000 52 300000 P-2 1900 47000 C, B 150000 52 150000 P-3 1930 39000 C,B 1600000 52 1600000 P-4 1940 400000 C,B 300000 45 300000 P-5 1960 26000 C 1000000 40 1000000 P-6 1953 210000 B 160000 35 160000 P-7 1956 53000 C 200000 52 200000 P-8 1980 1028000 C 1200000 52 1200000 P-1 1947 600000 Corn 109851000 52 1.16E+08 P-2 1982 250000 Corn 500000 52 500000 P-3 1993 250000 Corn 3000000 52 3000000 P-4 2007 961800 Corn 0 0 0 P1 1960 1000000 Wheat 10227970 52 9963496 P2 1946 600000 Wheat 52 P3 1930 700000 Wheat 52 P4 1978 1000 Wheat 0 52 Tanks 2008 740000 Corn 0 0 0 Piles 2008 3400000 Corn 0 0 0 P-1 1969 320000 Corn, Wheat, Rice, Soybeans, Sorghum 4000000 52 4000000 P-2 1962 240000 Corn, Wheat, Rice, Soybeans, Sorghum 4000000 52 4000000 P-3 1969 485000 Corn, Wheat, Rice, Soybeans, Sorghum 8000000 52 8000000 P-4 1978 1000000 Wheat, Soybeans, Sorghum 1000000 40 1000000 P-5 1997 400000 Wheat, Soybean, Rice 400000 40 400000 P-1 1975 202130 Corn 2344173.1 52 2432518 P-2 1986 250000 Corn 1004645.5 52 1042508 P-1 1955 2833000 Multi-grain 18141388 52 6978354 P-2 1959 2125000 Multi-grain 1393324 52 1043308 P-3 1959 2250000 Multi-grain 4059035 52 4368205 P-4 1959 2125000 Multi-grain 4373946 52 4747627 P-1 1959 576000 RICE 1300000 52 1500000 P-2 1966 481000 RICE 1300000 52 1800000 P-3 1975 1065000 Rice/Soybeans 3000000 52 2900000P-4 1978 1500000 RICE 5100000 52 3900000

P-5 1964 430000 RICE 430000 4 430000 P-6 1966 430000 RICE 430000 4 430000 P-7 1974 460000 RICE 460000 4 460000 P-8 1975 187000 RICE 187000 6 187000 P-1 1969 500000 corn & beans 12500000 52 10301000 P-2 2006 1304000 corn & beans 0 0 3260000 P-3 2009 1380000 corn & beans 0 0 0 T-1 2005 1500000 corn 0 0 1366000 T-2 2004 1100000 corn 1058000 31 1073000 P-1 - P15 1979 836818 Corn, Beans, Wheat 7728187 52 6120614 P16 2005 231234 Corn, Beans 230000 16 1150000 P17 2005 311948 Corn, Beans 300000 8 1250000 E1 2004 450000 Corn 320000 8 0 P18 2007 3800000 Corn 0 T9 1959 95000 Soybeans 1976733 52 2365858 T10 1960 1000000 Soybeans 20807717 52 24903771 T11 1960 1000000 Soybeans 20807717 52 24903771 T12 2007 750000 Soybeans 0 0 0 T74 1997 36300 Soybeans 9452782 52 11313587 T75 1995 36300 Soybeans 9452782 52 11313587 T76 1995 36300 Soybeans 9452782 52 11313587 T77 1980 26500 Soybeans 6900791 52 8259230 T79 1950 16000 Soybeans 4166515 52 4986705 T80 1950 16000 Soybeans 4166515 52 4986705 P-1 1936 800000 Wheat 630000 52 630000 P-2 1936 250000 Wheat 0 0 0

P-1 1975 757685 Soybeans 1036950 52 1036950 P-2 1980 728637 Soybeans 17270509 52 16882071 P-3 500000 Soybeans 325441 52 325441 P-3 1950 1000000 Multi-grain 1858667 52 1370000 P-1 1932 1550000 Multi-grain 2715667 52 2154250 P-2 1932 1550000 Multi-grain 2715667 52 2154250 DT-1 2004 0 Rice 2099933 1 1729887 P-1 1968 1300000 Multi-grain 146496896 52 1.54E+08 P-2 1968 2000000 Multi-grain 97664597 52 1.03E+08 E-1 2007 35000 Citrus Pulp Pellets 0 0 0 P-1 1932 10920000 Multi-grain 21493937 52 24610856 P-1 1974 2988823 WH EAT,CORN,SORGHU,SOYBEANS 99571181 52 1.58E+08

P-1 1976 2720000 Soybeans 35204533 52 33230333 P-2 1963 1000000 Soybeans 6360300 52 7388133 P-3 1939 688000 Soybeans 40084867 52 40189267 P-1 1968 108000 Soybeans 2074671 26 2173595 P-2 1968 180000 Soybeans 10373356 52 10867978 P-3 1971 750000 Soybeans 2074671 39 2173595 P-4 1971 750000 Soybeans 2074671 39 2173595 P-5 1972 750000 Soybeans 2074671 39 2173595 P-6 1972 750000 Soybeans 2074671 39 2173595 Data considered CBI Data considered CBI

Data considered CBI Data considered CBIP-7 1974 1000000 Soybeans 2074671 39 2173595

P-8 1974 1000000 Soybeans 2074671 39 2173595 P-9 1978 1000000 Soybeans 2074671 39 2173595

E1 2000 700000 Corn 4000000 12 0 P1 1978 900000 Multi-grain 6139000 52 4762000 T1 2005 3300000 Multi-grain 1100000 0 2200000 Silos 1969 3000000 C/S/W 10000000 52 11000000 Tanks 1971 1600000 C/S/W 3500000 52 4000000 Piles 1986 2000000 Corn 2000000 25 2000000 P-1 1949 765000 Rice 765000 52 765000 P-2 1961 620000 Rice/Beans 900000 52 750000 P-3 1975 1286000 Rice/Beans 1938200 52 1918400 P-4 1950 1397000 Rice Beans 996000 52 996000

P-1 1956 4252944 Multi-grain 5245937 52 4859342 P2 1958 2352192 Corn 0 52 2352192 P3 1960 746000 Multi-grain 350000 52 350000 P1 1992 355772 Soybean, corn, wheat 1218883 52 1592548 P2 2000 281712 Soybean, corn, wheat 964733 52 1260485 P3 2004 291139 Soybean, corn, wheat 995853 52 1301146 P4 2004 291139 Soybean, corn, wheat 995853 52 1301146 P5 2004 291139 Soybean, corn, wheat 1011416 52 1321476 T6 1992 1500000 Corn 1500000 20 1500000

C10 1973 1000000 Soybeans 4120417 52 3716728 TK16, TK17 2006 100000 Soybeans 0 0 454230 C8 1950 300000 Soybeans 4752100 52 5721509 C1-C4, C6 1950 183000 Soybeans 8872517 52 9903467 P1 1951 695617 CR WT SB 3500000 52 3500000 P2 1953 1005662 CR WT SB 2500000 52 3500000 P3 1961 4010706 CR WT BN 5000000 52 6000000 P4 1976 500000 corn/wheat 500000 52 500000 P5 1976 500000 corn/wheat 500000 52 500000 P6 1976 500000 corn/wheat 500000 52 500000 P7 1976 500000 corn/wheat 500000 52 500000 P8 2009 1000000 corn/wheat 0 0 0 T1 1999 500000 corn/wheat 500000 12 500000 T2 1999 500000 corn/wheat 500000 12 500000 T3 1986 1200000 corn/wheat 1200000 12 1200000 T4 2000 1000000 corn/wheat 1000000 16 1000000 T5 2001 700000 corn/wheat 700000 16 700000 E-1 1988 1200000 Rice 0 0 0 P-1 1958 19000000 Rice/Beans 2924000 52 3640000 P-2 1973 1100000 Rice/ Beans/Wheat 1462000 52 1820000 P-1 1978 30000 WH EAT 75000 52 50000 P-2 1978 30000 WH EAT 75000 52 50000 P-3 1963 30000 BEANS 400000 52 600000 P-4 1963 30000 BEANS 400000 52 600000 P-5 1963 30000 CORN 75000 52 75000 P-6 1963 30000 CORN 75000 52 75000 P-7 1963 750000 Beans/Wheat 2750000 51 3200000 Data considered CBI

Data considered CBI

Data considered CBIP-8 1966 1600000 CORN 1900000 51 1900000

E-1 1997 1700000 sorghum 1181954 4 0 P-1 1935 2977000 wheat,sorghum 4671712 52 2656980 T-1 2009 1000000 sorghum 0 4 0

P-1 2005 538298 Wheat 873100 52 899200 P-6 1979 468364 Multi-grain 4099980 48 3805100 E-1 2007 348000 Multi-grain 0 0 0 P-2 1979 28766 Multi-grain 269700 40 852400 P-3 1979 28766 Multi-grain 808900 40 1123200 P-5 1979 469191 Multi-grain 5469636 48 4305100 T-1 1979 320000 Multi-grain 197268 6 0 T-2 1979 920000 Multi-grain 440700 8 982100

EU0030b 1960, 1969, 2008b 2150000 Soybean EU0030a 1960, 1969, 2008a 1955000 Soybean 30152184 52 31022564 Eu0040a 1946 680000 Soybean 30152184 52 31022564 P-2 1980 50000 NGIF 121047 4 106994 P-1 1978 3645000 Multi-grain 228524822 52 3.09E+08 P-3 1980 600000 Multi-grain 228524822 52 3.09E+08 P-1 1951 1000000 SOYBEANS 4000000 52 4000000 P-2 1957 2200000 SOYBEANS 2200000 46 2200000 P-3 1937 600000 SOYBEANS 17000000 52 18200000 P-4 1949 600000 SOYBEANS 600000 44 600000 P-5 2001 400000 SOYBEANS 600000 44 600000 P-6 2001 400000 SOYBEANS 600000 44 600000 P-1 1947 1266959 Corn 28486392 52 26373685 P-2 1950 1175625 Corn 1814889 52 1859902 P-3 1954 458357 Corn 467371 44 561697 P-4 1956 1346179 Soybean 35827845 52 36928300 P-5 1956 1028494 Soybean 318126 42 1469230 P-6 1961 982784 Soybean 785025 26 943717 P-7 1961 982784 Corn 554766 48 1122454 P-8 1974 3795132 Soybean 3707006 52 4735071 P-9 1984 2000000 Corn 1,072,124 22 22 1497448 P-1 1992 407025 Corn 19901190 52 20049563 P-2 1995 630854 Corn 19901190 52 20049563 P-3 2002 563012 Corn 19901190 52 20049563 P-4 2002 1482796 Corn 19901190 52 20049563 P-1 1946 1073000 CORN NOT OWNED NOT OWNED P-1 1975 420000 Rice/Beans 420000 52 300000 P-2 1999 1100000 Rice 1100000 40 1100000 T-1 1984 500000 Rice 500000 12 500000 T-2 1984 500000 Rice 500000 12 500000 P-2 1976 1500000 Wheat 1000000 26 1000000 P-1 1976 5853019 Multi-grain 301665808 52 2.81E+08 P1-10 1982 21400000 Multi-grain 22150000 52 23540000 P11 1990 1670000 Multi-grain 9012000 52 7299500 P12 1996 2530000 Sunflower 7610000 52 14598000 P13-16 1982 260000 Multi-grain 29760000 52 38138000 P-1 1980 55000 CORN 3000000 52 2000000 P-2 1980 55000 CORN 4000000 52 3000000 Data considered CBI

Data considered CBIP-3 1980 15000 BEANS 300000 52 300000

P-4 1980 55000 CORN 2000000 52 2000000 P-5 1980 55000 BEANS 4255000 52 3006739 P-6 1980 15000 CORN 200000 52 200000 P-7 1980 55000 BEANS 2500000 52 1500000 P-8 1980 55000 CORN 2700000 52 1000000 P-9 1980 15000 CORN 400000 52 400000 P-10 1980 55000 CORN 1000000 52 1000000 P-11 1980 55000 CORN 1000000 52 1000000 T-1 2007 1000000 CORN 0 0

P-1 1955 148030 Soybeans 79600 52 6933 P-2 1969 602833 Soybeans 20078900 52 19213100 P-3 1966 922444 Soybeans 437233 52 2254833 P-1 1965 985285 All P-2 1965 39624 All P-3 1965 247823 All T-1 2002 650000 Corn

1 1974 60116 SOYBEANS 52 2 1974 60116 SOYBEANS 52 3 1974 60116 SOYBEANS 52 4 1974 60116 SOYBEANS 52 5 1974 13814 SOYBEANS 52 6 1974 21197 SOYBEANS 52 7 1974 12115 SOYBEANS 52 8 1974 21197 SOYBEANS 52 9 1974 12115 SOYBEANS 52 10 1974 21197 SOYBEANS 52 11 1974 12115 SOYBEANS 52 12 1974 16479 SOYBEANS 52 13 1974 57502 SOYBEANS 52 14 1974 57502 SOYBEANS 52 15 1974 57502 SOYBEANS 52 16 1974 57502 SOYBEANS 52 17 1974 5475 SOYBEANS 52 18 1974 5475 SOYBEANS 52 19 1974 3808 SOYBEANS 52 103 1974 1000000 SOYBEANS 48 104 1974 1000000 SOYBEANS 48 105 1974 1000000 SOYBEANS 48 106 1974 1000000 SOYBEANS 48 110 1974 1000000 SOYBEANS 48 111 1974 1000000 SOYBEANS 48 112 1974 1000000 SOYBEANS 48 TOTALS 42300000 45400000 P-1 1980 9795000 Multi-grain 20854796 52 41145457 E-1 2005 450000 CORN 166000 3 P-1 122350 CORN, BEANS, WHEAT 1223500 52 1223500 P-2 9022 SCREENINGS 2500 52 15000 P-3 70495 CORN, BEANS, WHEAT 140990 52 422970 P-4 9225 CORN, BEANS, WHEAT18450 52 55350 P-5 1978 33249 CORN, WHEAT 250000 52 199494P-6 1985 330621 CORN, BEANS 2314347 52 2314347

P-7 2000 643087 CORN, BEANS 6966531 52 7409516 P-8 2006 600700 CORN, BEANS 600700 P-9 3155 CORN, BEANS, WHEAT25000 52 18930 T-1 1400000 CORN 1400000 12 1400000 T-2 2000 850000 CORN 850000 20 200000 P-1 1968 2800234 Soybeans 18070022 52 24745955 P-2 1956 2130557 Soybeans 18070022 52 24745955 P-3 1951 222342 Soybeans 16107000 50.5 20551744 P-4 1982 4092372 Soybeans 10570188 52 10603322 P-5 1975 25600 Soybeans 32213998 49.7 41103488 T-1 1986 1800000 Soybeans 1610766 16-20 1560000 A100000 2007 500000 Soybeans A110000 2007 500000 Soybeans A120000 2007 500000 Soybeans A130000 2007 500000 Soybeans A140000 2008 500000 Soybeans A150000 2008 500000 Soybeans A170000 2008 1000000 Soybeans A180000 2008 1000000 Soybeans P-1 1939 2500000 Corn 193828454 52 1.99E+08 P-2 1939 1500000 Soybeans 16128401 52 16380372 E-1 1990 400000 Soybeans 398233 52 137267 P-1 1971 1372968 Soybeans 734700 52 584200 P-2 1964 600000 Soybeans 734700 52 584200 P-1 1958 455177 ALL P-2 1958 455177 ALL P-3 1958 976161 ALL P-A1-A28 1958 2315000 ALL T-1 2007 1000000 CORN 1000000 32 1000000 P-1 1978 1000000 RICE 10000000 52 10000000 P-2 2005 1800000 RICE 1800000 10 1800000 1960 1960 420000 C/O/S/W 40000000 52 50000000 1964 1964 1130000 C/S/W 15000000 52 20000000 Tanks 1978 5000000 C/S/W 25000000 52 30000000 P-2 1966 1000000 Multi-grain P-3 1966 1000000 Multi-grain Totals: 222960000 52 2.22E+08 P-1 1961 2,500,00 Multi-grain P-1 1988 861000 Rice 18400000 52 19500000 P-2 1992 950000 Rice 935000 40 935000 Silos 1975 1000000 C/S/W 7000000 52 6000000 Tanks 1975 3025000 C/S/W 5000000 52 4500000 Piles 1977 3300000 Corn 3300000 30 3300000 P-3 1959 43682 Soybeans 699000 52 437000 P-4 1959 43682 Soybeans 743000 52 568000 P-5 1959 42814 Soybeans 771000 52 557000 P-6 1959 42814 Soybeans 771000 52 685000 P-7 1959 43682 Soybeans 786000 52 699000 P-8 1959 43682 Soybeans 786000 52 699000 P-9 1959 43682 Soybeans 786000 52 699000 P-10 1959 43682 Soybeans 786000 52 699000P-11 1959 43682 Soybeans 786000 52 699000

P-12 1959 43682 Soybeans 786000 52 699000 P-13 1959 43682 Soybeans 786000 52 699000 P-14 1959 43682 Soybeans 786000 52 699000 P-15 1959 43603 Soybeans 786000 52 699000 P-16 1959 43603 Soybeans 786000 52 699000 P-17 1959 43682 Soybeans 786000 52 699000 P-18 1959 43682 Soybeans 44000 52 44000 P-05 1959 20842 Soybeans 375000 52 375000 P-06 1959 10186 Soybeans 173000 52 183000 P-07 1959 20842 Soybeans 375000 52 375000 P-08 1959 10186 Soybeans 183000 52 183000 P-09 1959 20842 Soybeans 375000 52 375000 P-010 1959 10186 Soybeans 183000 52 183000 P-011 1959 20842 Soybeans 375000 52 375000 P-012 1959 10186 Soybeans 183000 52 183000 P-013 1959 20842 Soybeans 375000 52 375000 P-014 1959 10186 Soybeans 183000 52 183000 P-015 1959 20842 Soybeans 375000 52 375000 P-016 1959 10186 Soybeans 183000 52 183000 P-A1 1959 12098 Soybeans 12000 52 12000 P-A2 1959 132188 Soybeans 132000 52 132000 P-A3 1959 12098 Soybeans 12000 52 12000 P-A4 1959 132188 Soybeans 132000 52 132000 P-A5 1959 12098 Soybeans 12000 52 12000 P-A8 1959 49021 Soybeans 49000 52 49000 P-B1 1959 15434 Soybeans 0 0 60000 P-B2 1959 132188 Soybeans 0 0 120000 P-B3 1959 37839 Soybeans 0 0 1000 P-B4 1959 132188 Soybeans 0 0 120000 P-B6 1959 132188 Soybeans 0 0 120000 P-B7 1959 10924 Soybeans 0 0 0 P-B8 1959 132314 Soybeans 0 0 0 P-C1 1959 12098 Soybeans 0 0 0 P-C2 1959 132188 Soybeans 0 0 0 P-C3 1959 15434 Soybeans 0 0 0 P-C5 1959 132188 Soybeans 0 0 0 P-C6 1959 12098 Soybeans 0 0 0 P-C7 1959 132188 Soybeans 0 0 0 P-C8 1959 12098 Soybeans 0 0 0 P-C9 1959 49021 Soybeans 0 0 0 P-C10 1959 132188 Soybeans 0 0 0 P-D2 1959 37839 Soybeans 0 0 0 P-D3 1959 132188 Soybeans 0 0 0 P-D4 1959 10980 Soybeans 0 0 0 P-D5 1959 132188 Soybeans 0 0 0

Data considered CBI Data considered CBI Data considered CBI Data considered CBI Data considered CBI Data considered CBIData considered CBI(2006)

Weeks

per year utilized) (2007)

Throughput (actual bushels) (2007)

Weeks

per year utilized 52 12950048 52 52 28045000 52 52 21382346 52 45 1320000 52 45 195000 47 3 350000 4 24 1000000 24 12 0 0 52 10186000 52 38 1286312 32 26 336000 23 52 16300000 52 52 60570000 52 52 60570000 52 52 7846123 52 52 480000 52 52 3615674 52 52 9500000 52

49 1900000 49 25 3500000 25 52 37400000 52

52 2600000 52 32 1000000 32 52 10451528 52 52 17589300 52 52 70357201 52 52 500000 52 52 812525 52 0 0 0 52 1201151 52 52 10814530 52 52 52 52 52 500000 52 52 10500000 52 52 23300000 52 10 900000 10 10 1000000 10 12 1889094 12 52 7556374 52 52 1.54E+08 52 52 37781870 52 Data considered CBI52 39978033 52

52 10456508 52 52 52 52 52 52 2611989 52 0 0 0 0 0 0 33 1536420 32

52 ND 52 52 ND 52 32 840000 32

52 9300000 52 52 17206 52 52 641158 52 52 18435 52 52 9669 52 52 16905 52 52 18435 52 52 17084 52 52 28977 52 52 16905 52 52 13821 52 52 59375 52 52 12454 52 52 18435 52 52 24635 52 52 16905 52 52 15554 52 52 59375 52 52 14747 52 52 17522 52 52 16059 52 52 9669 52 52 43015 52 52 35027 52 52 24185 52 52 32120 52 52 35027 52 52 35177 52 52 50719 52 52 32120 52 52 26260 52 52 9231 52 52 34248 52 52 35027 52 52 50719 52 52 32120 52 52 26382 52 Data considered CBI Data considered CBI52 9231 52

52 40558 52 52 35027 52 52 32120 52 52 24185 52 52 650579 52 52 69127 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 641158 52 52 52943 52 52 650579 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 641158 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650202 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 69127 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 5252 650579 52

52 650579 52 52 52943 52 52 650579 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 641158 52 52 52943 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 650579 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 5252 650579 52

52 650579 52 52 650579 52 52 650579 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 52943 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 650579 52 52 52943 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 149709 52 52 721264 52 52 744915 52 52 761138 52 52 769932 52 52 771285 52 52 771285 52 52 771285 52 52 771285 52 52 771285 52 52 728023 52 52 751674 5252 767899 52

52 776694 52 52 778044 52 52 778044 52 52 778044 52 52 778044 52 52 778044 52 52 721264 52 52 744915 52 52 761138 52 52 769932 52 52 771285 52 52 771285 52 52 771285 52 52 771285 52 52 771285 52 52 159473 52 52 164664 52 52 168391 52 52 170015 52 52 170015 52 52 170015 52 52 170015 52 52 170015 52 52 159473 52 52 164664 52 52 168391 52 52 170015 52 52 170015 52 52 170015 52 52 170015 52 52 170015 52 52 13887744 52 52 28675488 52 52 27775488 52 52 6570230 52

52 43561886 52 52 0 52 52 18632000 52 52 2000000 52 0 1300000 52

52 52 48 50 48 50 52 52 52 52 52 52 52 52 51100000 52 52 Data considered CBI

Data considered CBI52 52

52 52 52 52 52 52 52 52 17697000 48 46927000 50 46 18418000 46 20 1825000 12 24 4000000 24 52; 52; 16 1550000 52; 52; 10 24; 52; 16 8000000 52; 52; 0 52; 24; 0 7000000 52; 24; 0 52 350000 52 52 1000000 52 52 300000 52 52 600000 52 0 0 52 1153737 52 52 858594 52 52 912256 52 52 831763 52 52 1945252 52 52 751269 52 52 254895 52 0 750000 24 24 750000 24 51 80000 51 51 46918 51 51 500000 51 51 3000000 51 51 5500000 51 0 1170594 2 0 1031394 2 52 4175000 52 52 4805000 52 47 979000 47 52 1487000 52 52 1295000 52 52 26612214 52 52 0 52

52 15000000 52

16 180000 16 52 4140600 52 52 7040000 52 52 21131000 52 20 500000 20 24 1000000 24 52 5217825 52 52 1950000 52 Data considered CBI

Data considered CBI52 500000 52

52 7600572 52 52 52 52 52 10 4200000 10 52 5375000 52 52 16125000 25 52 52 52 52 52 TOTAL T1,T2,T3 IS 52 2,037,271 50 400000 50 24 300000 40 52 320000 52 52 400000 52 48 640000 52 52 1000000 52 52 8000000 52 52 14500000 52 6 450000 10 52 300000 52 52 150000 52 52 1600000 52 45 300000 45 40 1000000 40 35 160000 35 52 200000 52 52 1200000 52 52 63551000 52 52 500000 52 52 3000000 52 0 47123000 42 52 9908620 52 52 52 52 52 52 0 52 0 0 0 0 0 0 52 4000000 52 52 4000000 52 52 8000000 52 40 1500000 52 40 400000 40 52 2346002 52 52 1005429 52 52 9458767 52 52 2940708 52 52 10804323 52 52 10936907 52 52 1400000 52 52 1600000 52 52 2500000 5252 3600000 52

4 430000 4 4 430000 4 4 460000 4 6 187000 6 52 11610000 52 50 3912000 50 0 0 0 25 1417000 33 24 1061000 26 52 4184090 52 52 1638899 52 52 1375000 52 0 0 0 0 3500000 24 52 2032921 52 52 21399163 52 52 21399163 52 0 8024686 24 52 11461591 52 52 11461591 52 52 11461591 52 52 8367277 52 52 5051941 52 52 5051941 52 52 630000 52 0 180000 26

52 1036950 52 52 16543412 52 52 325441 52 52 1465000 52 52 1937600 52 52 1937500 52 1 455768 1 52 1.57E+08 52 52 98324260 52 0 20225 6 52 29610856 52 52 1.45E+08 52

52 36727200 52 52 4363433 52 52 41858600 52 26 2276451 26 52 11382256 52 39 2276451 39 39 2276451 39 39 2276451 39 39 2276451 39 Data considered CBI Data considered CBI

Data considered CBI Data considered CBI39 2276451 39

39 2276451 39 39 2276451 39

0 700000 10 52 6082000 52 0 3300000 22 52 11000000 52 52 4000000 52 30 2000000 25 52 765000 52 52 825000 52 52 1858200 52 52 996000 52

52 3637200 52 52 0 52 52 0 52 52 1941018 52 52 1536295 52 52 1585853 52 52 1585853 52 52 1610633 52 20 1500000 20

52 4169660 52 4 287276 52 52 5557897 52 52 10014832 52 52 3500000 52 52 3500000 52 52 5000000 52 52 500000 52 52 500000 52 52 500000 52 52 500000 52 0 0 0 16 500000 12 16 500000 12 16 1200000 16 16 1000000 16 12 700000 16 0 1200000 20 52 3655000 52 52 1900000 52 52 60000 52 52 60000 52 52 400000 52 52 400000 52 52 125000 52 52 125000 52 50 2600000 50 Data considered CBI

Data considered CBI

Data considered CBI50 3500000 50

0 1691168 8 52 2886889 52 0 0 8

52 693500 50 48 4288900 40 0 358985 12 40 262600 38 40 146600 38 48 3825100 42 0 319310 14 18 698797 16

52 29733193 52 52 29733193 52 4 117465 4 52 2.83E+08 52 52 2.83E+08 52 52 4000000 52 46 2200000 46 52 18400000 52 44 600000 44 44 600000 44 44 600000 44 52 28471465 52 52 1951371 52 40 1011117 40 52 35339765 52 52 1437067 52 26 1655369 40 26 1337829 36 52 5330761 52 44 1197755 40 52 20905419 52 52 20905419 52 52 20905419 52 52 20905419 52 NOT OWNED NOT OWNED

52 300000 52 40 1100000 40 12 500000 12 12 500000 12 26 1000000 26 52 3.24E+08 52 52 21526000 52 52 7299500 52 52 19445000 52 52 40971000 52 52 3000000 52 52 4000000 52 Data considered CBI

Data considered CBI52 300000 52

52 2000000 52 52 2850536 52 52 200000 52 52 1500000 52 52 2000000 52 52 400000 52 52 1000000 52 52 1000000 52 830000 31

52 0 52 52 20195100 52 52 2628733 52

650000 32 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 52 48 48 48 48 48 48 48 48 48 48 48 48 48 48 43300000 52 22879971 52 422000 4 52 734100 52 52 15000 52 52 422970 52 52 55350 52 52 199494 5252 1983726 52

52 5460595 52 10 3604200 52 52 18930 52 24 1400000 28 3 850000 16 52 24047966 52 52 25601000 52 50.8 18688600 51 52 4863900 26 50.4 37377199 50.3 16-20 1552933 18

788207 12 788207 10 788207 9 788207 8

52 1.96E+08 52 52 22113237 52 52 399300 52 52 603600 52 52 603600 52

32 1000000 32 52 10000000 52 10 1800000 10 52 24000000 52 52 8000000 52 52 16000000 52

52 2.38E+08 52

52 21900000 52 40 935000 40 52 4500000 52 52 5500000 52 30 3300000 30 52 874000 52 52 874000 52 52 856000 52 52 856000 52 52 874000 52 52 874000 52 52 874000 52 52 874000 5252 874000 52

52 961000 52 52 961000 52 52 961000 52 52 961000 52 52 961000 52 52 961000 52 52 44000 52 52 459000 52 52 224000 52 52 459000 52 52 224000 52 52 459000 52 52 224000 52 52 459000 52 52 224000 52 52 459000 52 52 224000 52 52 459000 52 52 224000 52 52 60000 52 52 661000 52 52 60000 52 52 661000 52 52 60000 52 52 1471000 52 52 77000 52 52 661000 52 52 189000 52 52 661000 52 52 661000 52 0 55000 52 0 77000 52 0 0 0 0 15000 52 0 0 0 0 16000 52 0 0 0 0 15000 52 0 0 0 0 9000 52 0 13000 52 0 0 0 0 39000 52 0 0 0 0 47000 52

Data considered CBI Data considered CBI Data considered CBI Data considered CBI Data considered CBI Data considered CBIData considered CBI**Random ID Receiving/Shipping ID**  **Storage ID associated with receiving/shipping unit**  ID-100 R1 P1 ID-100 R2 P1 ID-100 R3 P1 ID-100 R4 P1 ID-100 S1 P1 ID-100 S2 P1 ID-100 S3 P1 ID-101 RT1 P ID-101 RT2 P ID-101 RR1 P ID-101 SR1 P ID-102 R-1 P-1 ID-102 S-1 P-1 ID-102 S-2 P-1 ID-102 S-3 P-1 ID-103 R1, S1 P1,2 ,5T1 ID-103 R2, S1 P1,2 ,5T1 ID-104 R-1 P-1 ID-104 R-2 P-1 ID-104 R-3 T-2 ID-104 R-4 E-1 ID-104 S-1 P-1 ID-104 S-2 P-1 ID-104 S-3 P-1 ID-104 R-5 P-1 ID-105 R-1 P-1, P-2, P-3 ID-105 R-2 P-1, P-2, P-3 ID-105 R-3 P-1, P-2, P-3 ID-106 R-1 P-2, P-3 ID-106 R-2 P-1, P-2, ID-107 R-1 P1 ID-107 R-2 P1 ID-107 R-3 P1

ID-108 R-1 P-1, P-2

ID-108 R-2 P-1, P-2

ID-108 R-3 P-1, P-2 ID-109 R-1 P-1 & 2 ID-109 R-2 P-1 & 2 ID-109 S-1 P-1 & 2 ID-109 S-2 P-1 & 2 ID-110 R-1 P-1 & P-5-8ID-110 R-2 P-1 & P-5-8

ID-110 R-3 P-1 & P-5-8 ID-111 R-1 P1-P27, T1 ID-111 ST-1 P1-P27 ID-111 SR-2 P1-P27 ID-112 R-1 P1

ID-113 R-1 P1 and P2 ID-114 R1 P1 ID-114 R2 P2 ID-114 R3 P4 ID-114 S1 P1 ID-114 S2 P1 ID-114 S3 P2 ID-114 S4 P4 ID-115 R1, R2, R3, R4, R5 P1 ID-115 S1, S2, S3 P1 ID-115 R6 P2 ID-115 R7 P3 ID-115 S3 P1 ID-115 S4 P2 ID-115 S5 P3 ID-116 R-7 P-4 ID-116 R-1 P1 ID-116 S-3 P-4 ID-116 R-2 P2 ID-116 R-3 P2 ID-116 R-4 P2 ID-116 R-5 P2 ID-116 S-1 P2 ID-116 R-6 P3 ID-116 S-2 P3 ID-117 R-1 P-1, P-2, P-3, P-4 ID-117 R-2 P-3, P-5 ID-118 R-1 P-2 ID-118 R-2 P-2 ID-119 R-1 ALL ID-119 R-2 ALL ID-119 S-1 ALL ID-119 S-2 ALL ID-121 ID-122 Truck Receiving Silos ID-122 Rail Shipping Silos ID-123 R-1 All ID-123 R-2 All ID-123 S-1 All

ID-124 Pit 2 All

ID-124 Pit3 All

ID-124 Pit 10 AllID-124 Pit 18 All

ID-124 Pit 19 All ID-124 S-1 All ID-124 S-2 All ID-124 S-3 All ID-124 S-4 All ID-124 S-5 All ID-124 S-6 All ID-124 S-7 All ID-124 S-8 All ID-124 S-9 All ID-124 S-10 All ID-124 S-11 All ID-124 S-12 All ID-124 Truck Loadout All ID-124 Rail Loadout All

ID-125 R-1 Tank 51, 52, 53, Bin 1, 2, 3, 4, Bin10, 11, 12, 13, 14, 15

ID-125 R-2 Tank 51, 52, 53, Bin 1, 2, 3, 4, Bin10, 11, 12, 13, 14, 15 ID-126 R P-1 ID-126 S P-1 ID-127

ID-128 R-1 P1

ID-128 R-2 P1 ID-129 R-1 P-1 ID-129 R-2 P-1 ID-129 R-3 P-1 ID-129 S-1 P-1,P-2,P-3 ID-129 S-2 P-1 ID-129 S-3 P-3 ID-129 S-4 P-2 ID-131 R-1 P1-P7 ID-131 R-2 P1-P7 ID-132 R-1 DUMP 1 ID-132 R-2 DUMP 2 ID-132 R-3 RAIL DUMP ID-133 R-1 P-1, P-3 ID-133 R-2 P-1, P-3 ID-133 R-3 P-1, P-3 ID-133 R-4 P-2, P-3 ID-133 R-5 P-2, P-3 ID-133 R-6 P-2, P-3 ID-133 S-1 P-1, P-3 ID-133 S-2 P-2, P-3 ID-133 S-3 P-1, P-3 ID-133 S-4 P-2, P-3 ID-134 R-1 P1, P2, P3, T1ID-134 R-2 P1, P2, P3, T1

ID-134 R-3 P2 ID-134 S-1 P1, P2, P3 ID-135 S-5 P-3 ID-135 R-1 P-1 ID-135 S-1 P-1 ID-135 R-2 P-2 ID-135 S-2 P-2 ID-135 S-3 P-2 ID-135 R-3 P-3 ID-135 S-4 P-3 ID-135 R-4 P-4 ID-136 R1 ID-136 R2 ID-136 S1 ID-136 S2 ID-136 S3 & S4 ID-136 R3 & R4 ID-136 S5 ID-136 R5 ID-137 R-1 P1,P2,P3,P4,P5,P6,T1 ID-137 R-2 P1,P2,P3,P4,P5,P6,T1 ID-137 S1 P1,P2,P3,P4,P5,P6 ID-137 S2 T1 ID-138 R-1 P-1,P-2, P-3, P-4, P-5 ID-138 R-2 P-1, P-2, P-3, P-4, P-5 ID-138 R-3 P-1, P-2, P-3, P-4, P-5 ID-138 R-4 P-2, P-4, P-5 ID-138 S-1 P-1 ID-138 S-2 P-1 ID-138 S-3 P-1

ID-139 R-1 P1/P2

ID-139 R-2 P1/P2 ID-140 ID-141 R-1 & R-2 P1 ID-141 R-3 P1 ID-141 R-4 P1 ID-141 S-1 P1 ID-141 S-2 P1 ID-142 ID-143 R-1 P-1, P-2 ID-143 R-2 P-3, P-4 ID-143 R-3 P-3, P-4 ID-143 R-4 P-3, P-5 ID-143 R-5 P-3, P-4 ID-143 R-6 P-6 ID-143 R-7 P-5 ID-143 S-1 P-5 ID-144 R1 P1 ID-144 R2 P1ID-144 R3 P1

ID-144 R4 P3 ID-144 S1 P1 ID-144 S2 P1 ID-144 S3 P3 ID-145 ID-146 R-1 P-1 ID-146 R-2 P-1 ID-146 R-3 P-1 ID-147 Truck Receiving Silos ID-147 Rail/Truck Loading Silos ID-147 Rail Receiving Silos ID-148 ID-149 R1,R2,R3 P1,P2,P3 ID-149 ID-149 ID-149 S1, S2 P1,P2,P3 ID-149 ID-150 R1 P-1 thru P-5 ID-150 R2 P-6 thru P-8 ID-150 S1 P-1 thru P-5 ID-150 S2 P-2 ID-150 S3 P-2 ID-150 S4 P-6 thru P-8 ID-151 Truck Receiving Silos ID-151 Ship Loading Silos ID-151 Rail/Truck Loading Silos ID-151 Rail Receiving Silos ID-152 R-1 E-1 ID-152 R-2 P-1, P-6 ID-152 R-3 P-4 ID-152 R-4 P-6 ID-152 R-5 P-7 ID-152 R-6 P-8 ID-152 R-7 P-3, P-5 ID-152 R-8 P-4, P-6, P-7 ID-153 R-1 P-1,2,3 ID-153 R-2 P-1,2,3 ID-153 R-3 P-1,2,3,4 ID-154 R-1 P-1 ID-154 R-2 P-4 ID-155 Receiving Steel Tanks ID-155 Shipping Steel Tanks ID-156 R-1 P1 ID-156 R-1 P2 ID-156 R-1 P3 ID-156 R-1 P4 ID-156 R-1 P5 ID-156 R-2 P1 ID-156 R-2 P2 ID-156 R-2 P3 ID-156 R-2 P4ID-156 R-2 P5

ID-156 S-1 P3 ID-156 S-1 P1 ID-156 S-2 P2 ID-156 S-3 Barge ID-156 S-4 P2 ID-157

ID-158 R-1 P1 and P2 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 R-1 P3 ID-159 S-3 P1 ID-159 S-2 P2/P3/P4 ID-159 P-1 D-1/D-2 ID-159 R-4 P2/P4 ID-159 R-4 P3 ID-159 R-3 P1 ID-159 R-3 P1 ID-159 R-1 P1 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 R-1 P1 ID-159 S-4 P1 ID-159 S-2 P2/P3/P4 ID-159 P-1 D-1/D-2 ID-159 R-4 P2/P4 ID-159 R-4 P3 ID-159 R-3 P1 ID-159 R-1 P3 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 R-1 P3 ID-159 S-4 P2/P3/P4 ID-159 S-2 P2/P3/P4 ID-159 P-1 D-1/D-2 ID-159 S-1 P1 ID-159 R-4 P3 ID-159 R-4 P1 ID-159 R-1 P1 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 R-1 P3 ID-159 S-4 P1 ID-159 S-4 P1 ID-159 S-2 P2/P3/P4 ID-159 S-2 P1 ID-159 D-1/D-2 P2 ID-159 R-4 P3ID-159 R-4 P1

ID-159 R-1 P1 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-2 P2/P4 ID-159 R-1 P1 ID-159 S-4 P2/P3/P4 ID-159 S-2 P2/P3/P4 ID-159 S-2 P1 ID-159 D-1/D-2 P2 ID-159 R-4 P2/P4 ID-159 R-4 P1 ID-159 R-1 P1 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-2 P1 ID-159 R-1 P3 ID-159 S-4 P2/P3/P4 ID-159 S-2 P2/P3/P4 ID-159 S-2 P1 ID-159 D-1/D-2 P2 ID-159 R-4 P2/P4 ID-159 R-4 P1 ID-159 R-1 P1 ID-159 R-2 P2/P4 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 S-4 P2/P3/P4 ID-159 S-2 P2/P3/P4 ID-159 S-2 P1 ID-159 P-1 D-1/D-2 ID-159 R-4 P2/P4 ID-159 R-4 P1 ID-159 R-1 P3 ID-159 R-2 P3 ID-159 R-2 P2/P4 ID-159 R-2 P1 ID-159 R-1 P2/P4 ID-159 S3 P1 ID-159 S-3 P1 ID-159 S-2 P1 ID-159 P-1 D-1/D-2 ID-159 R-4 P2/P4 ID-159 R-4 P3 ID-159 R-1 P3 ID-159 R-2 P3 ID-159 R-2 P3 ID-159 R-2 P3 ID-159 R-2 P3 ID-159 R-2 P3 ID-159 R-2 P3ID-159 R-2 P3

ID-159 R-2 P3 ID-160 R-4 P-3 ID-160 R-1 P-1 ID-160 R-5 P-4 ID-160 S-1 P-1 ID-160 R-6 P-4 ID-160 S-2 P-1 ID-160 S-6 P-4 ID-160 S-3 P-1 ID-160 S-7 P-4 ID-160 R-2 P-2 ID-160 S-8 P-8 ID-160 S-4 P-2 ID-160 R-3 P-3 ID-160 S-5 P-3 ID-161 R-1 P-1, P-2, P-3, T-1 ID-161 R-1 T-2 ID-161 R-2 P-1, P-2, P-3, T-1 ID-161 R-2 T-2 ID-161 S-1 P-1, P-2, P-3, T-1 ID-161 S-2 T-2 ID-162 ID-163 R1 All ID-163 R2 All ID-163 R3 All ID-163 R4 All ID-163 S1 All ID-163 S2 P-1 - P-11 ID-163 S3 P-1 - P-11 ID-164 R1, R2 T9, T10, T11, T12 ID-165 R-1 P-1 ID-165 R-2 P-1

ID-166 R-1 P-1, P-2, P-3

ID-166 R-2 P-1, P-2, P-3

ID-166 R-3 P-1, P-2, P-3

ID-167 R-1 P-1, P-2, P-3

ID-167 R-2 P-1, P-2, P-3, P-4, P-5

ID-168 R-1 P1/P2/P3

ID-168 R-2 P1/P2/P3 ID-169 R-1 P-3,2,1 ID-169 R-2 P-1,2,3 ID-169 R-3 P-1,2,3 ID-169 R-4 P-1,2,3 ID-169 S-1 P-1ID-169 S-2 P-2

ID-169 S-3 P-3 ID-170 R-1 P1- & P-2 ID-170 R-5 P-1 & P-2 ID-170 S-1 thru S-11 P1 & P2 ID-171 R-1 P1 ID-171 R-2 E-1 ID-171 S-1 P-1 ID-171 S-2 P-1 ID-171 S-3 P-1 ID-171 S-4 P-1 ID-171 S-5 P-1 ID-171 S-6 E-1 ID-172 R-1 P1 ID-172 R-2 P1 ID-172 R-3 P1 ID-172 S-1 P1 ID-172 S-2 P1 ID-172 S-3 P1 ID-172 S-4 P1 ID-173

ID-174 R-1 P-1, P-2, P-3, P-4, P-5

ID-174 R-2 P-1, P-2, P-3, P-4, P-5

ID-174 R-3 P-1, P-2, P-3, P-4, P-5

ID-175 R-2 P-2 ID-175 R-3 P-1, P-3 ID-175 R-1 P-1 ID-176 R-1 P1-P9 ID-176 R-2 P1-P9 ID-176 R-3 P1-P9 ID-177

ID-178 R-1 P1

ID-178 S-1 P1 ID-178 R-1 T1 ID-178 S-1 T1 ID-178 R-1 E1 ID-178 S-1 E1 ID-179 Truck Receiving Silos ID-179 Truck Shipping Silos ID-179 Rail Receiving Silos ID-179 Rail Shipping Silos ID-180 S-5 P-3 ID-180 R-1 P-1 ID-180 S-6 P-1ID-180 R-2 P-2

ID-180 S-7 P-4 ID-180 R-3 P-3 ID-180 S-8 P-4 ID-180 R-4 P-4, P-1 ID-180 S-1 P-2 ID-180 S-2 P-3 ID-180 S-3 P-3 ID-180 S-4 P-3 ID-181 ID-182 R1 P1 ID-182 R2 P1 ID-182 R3 P1 ID-182 S1 P1 ID-182 S2 P1 ID-182 S3 P1 ID-182 S4 P1 ID-183 S1 All ID-183 S2 All ID-183 S3 P2 ID-183 R1 All ID-184 ID-185 R-1 C-10, TK16-17, C8, C1-C4, C6 ID-186 R1 P1 ID-186 R1 P2 ID-186 R1 P3 ID-186 R1 P4,5,6,7,8 ID-186 R2 P1 ID-186 R2 P3 ID-186 R2 P4,5,6,7,8 ID-187 R-1 P-1 ID-187 R-2 P-1 ID-187 R-3 P-2 ID-187 S-1 P-1 ID-187 S-2 P-2 ID-187 R-4 E-1 ID-187 S-3 E-1 ID-188 R-1 P1-P8 ID-188 R-2 P1-P8 ID-188 R-3 S1 ID-188 S1 P1-P8 ID-188 S2 P1 - P5 & P7 & P8 ID-189 R-1 P1 ID-189 R-2 P1 ID-189 S-1 P1 ID-189 R-3 E-1 ID-189 S-2 E-1

ID-190 R-1 P-1 ID-191 S-2 S-2 Shipping Conveyor ID-191 R-1 R-1 Receiving pit#1 ID-191 S-3 S-3 Reclaim Conveyor#1ID-191 R-2 R-2 Receiving pit#2

ID-191 S-4 S-4 Reclaim Conveyor #2 ID-191 R-3 R-3 Receiving conveyor#1 ID-191 S-5 S-5 Reclaim Conveyor #3 ID-191 R-4 R-4 Receiving conveyor#2 ID-191 S-6 S-6 Reclaim Conveyor #5 ID-191 R-5 R-5 Receiving Leg#1 ID-191 S-7 S-7 Reclaim Conveyor #6 ID-191 R-6 R-6 Receiving Leg#2 ID-191 R-7 R-7 Top Fill Conveyor#5 ID-191 R-8 R-8 Top Fill Conveyor#6 ID-191 R-9 R-9 Top Fill Conveyor #1 ID-191 R-10 R-10 Wet Leg ID-191 R-11 R-11 Dry Leg ID-191 R-12 R-12 Wet Auger ID-191 R-13 R-13 Dry Auger

ID-191 R-14 R-10 South Ground Pile Fill Conveyor

ID-191 R-15 R-15 South Ground Pill Portable Fill Conveyor ID-191 S-1 S-1 Shipping Leg ID-192 ID-193 EU0010 (old plant) EU0030 ID-193 EU00200 (old plant) EU0030

ID-193 EU0040 1 (old plant) EU0040 1

ID-193 EU0040 (new plant) EU0030

ID-194 R-1 P-1

ID-194 R-2 P-1/P-2 ID-194 R-3 P-1 ID-194 R-4 P-2 ID-194 S-1 P-1/P-3 ID-194 S-2 P-2/P-3 ID-194 S-3 P-2/P-3 ID-194 S-4 P-3 ID-194 S-5 P-3 ID-195 R-1 P-1,2,3,4,5,6 ID-195 R-2 P-1,2,3,4,5,6 ID-195 R-3 P-1,2,3,4,5,6 ID-195 S-1 P-1,2,3,4,5,6 ID-195 S-2 P-1,2,3,4,5,6 ID-196 ID-197 R-1 ID-197 R-2 ID-197 ID-197 R-3 ID-197 R-4 ID-197 R-5 ID-197 R-6 ID-198 R-1 P1 ID-198 R-2 P1ID-198 R-3 P2

ID-198 R-4 P2 ID-198 R-5 P3-4 ID-199 R-1 TRUCK P-1 ID-199 R-2 RAIL P-1 ID-199 S-1 TRUCK P-1 ID-199 S-2 RAIL P-1 ID-200 R-1 P-1 ID-200 R-2 P-2 ID-200 R-3 T-1 ID-200 R-4 T-2 ID-200 S-1 P-1 ID-200 S-2 P-2 ID-200 S-3 T-1 ID-200 S-4 T-2 ID-201 S-3 P1 ID-201 R-1 R4 ID-201 S-4 R6 ID-201 R-2 R5 ID-201 D-1 P1 ID-201 R-3 R6 ID-201 R-4 R6 ID-201 R-5 R6 ID-201 R-6 P1/P2 ID-201 S-1 R6 ID-201 S-2 R6 ID-202 R-1 P13-16 ID-202 R-2 P13-16 ID-202 R-3 P13-16 ID-203 S-1 P-1 THRU P-11 ID-203 S-2 P-1 THRU P-11 ID-203 R-4 P-1 THRU P-11 ID-203 R-1 P-1 THRU P-11 ID-203 R-2 P-1 THRU P-11 ID-203 R-3 P-1 THRU P-11 ID-203 S-3 P-1 THRU P-11

ID-204 R-1 P-1

ID-205 R-1 P1/P2

ID-205 R-2 P3 ID-205 S-1 P3 ID-206 R-1 P1-3, T-1 ID-206 R-2 P1-3, T-1 ID-206 S-1 P-1-3 ID-206 S-2 P-1-3 ID-207 R-1 RAIL 5,6,7,8,13,14,103,104 ID-207 RECEIVING 105,106,110,111,112, ID-207 ID-207 R-2 TRUCK 5,6,7,8,13,14,103,104 ID-207 RECEIVING 105,106,110,111,112,ID-207

ID-207 R-3 BARGE 5,6,7,8,13,14,103,104 ID-207 RECEIVING 105,106,110,111,112, ID-208 R-1 P1 ID-208 R-2 P1 ID-208 R-3 P1 ID-208 R-4 P1 ID-208 R-5 P1 ID-208 S-1 P1 ID-208 S-2 P1 ID-208 S-3 P1 ID-209 R-1, S-1 P-1,2,3,4,5,7,8,9 ID-209 R-2, S-2 P-5,6,7,8,9 ID-209 R-3 T-1 ID-209 R-4 T-2, E-1 ID-210 R-1 P1,P2,P3,P4,P5,T1 ID-210 R-2 P1,P2,P3,P4,P5,T1 ID-210 R-3 3 feed P3 ID-210 R-4 P1 ID-210 R-5 P1 ID-210 R-6 P1,P2,P3,P4,P5,T1 ID-210 R-7 P1,P2,P3,P4,P5,T1 ID-210 R-8 P2,P3,P4,P5,T1 ID-210 R-9 P2,P3,P4,P5,T1 ID-210 R-10 P2 ID-210 R-11 P3,P5 ID-210 R-12 P2,P3,P5 ID-210 R-13 P5 ID-210 R-14 P2,P3,P4,P5,T1 ID-210 R-15 P4,T1 ID-210 R-16 T1 ID-210 R-17 P3,P4,P5,T1 ID-210 R-18 P3,P4,P5,T1 ID-210 R-19 P2,P3,P4,P5,T1 ID-210 R-20 P2,P3,P4,P5,T1 ID-210 R-20 NA ID-211 A010000 A100000-A180000 ID-211 A020000 A100000-A180000 ID-211 A030000 A100000-A180000 ID-212 R-1 P-1, P-2 ID-212 R-2 P-1, P-2

ID-213 R-1 P1/P2

ID-213 R-2 P1/P2 ID-213 R-3 E1 ID-213 S-1 P1/P2 ID-214 RT-1 T-1 ID-214 R-1 P1-3 A1-28 ID-214 R-2 P1-3 A1-28 ID-214 R-3 direct to barge ID-214 S1 P1-3 A1-28ID-214 S2 P1-3 A1-28

ID-215 R-1 P1 ID-215 R-2 P1, P2 ID-215 S-1 P1 ID-216 Ship Receiving 1960 ID-216 Truck Receiving All ID-216 Ship Loading 1960 ID-216 Rail/Truck 1960 ID-216 Rail Receiving 1960 ID-217 R-1 P-1, P-2, P-3 ID-217 R-2 P-1, P-2, P-3 ID-217 R-3 P-1, P-2, P-3 ID-217 S-1 P-1, P-2, P-3 ID-217 S-2 P-1, P-2, P-3 ID-218 R-1 P-1 ID-218 R-2 P-2 ID-219 Truck Receiving Silos ID-219 Rail Receiving Silos ID-219 Truck Shipping Silos ID-219 Rail Shipping Silos

ID-220 R-NEUERO-TO OLD STOR P-4,P-6, P-8, P-10, P-12, P-14,P-16, P-02, P-05, P-06, P-07, P08, P-09, P-010, P-011, P-012, P-013, P-014, P015, P-016

ID-220 R-NEUERO-TO NEWSTORP-A1, P-A2, P-A3, P-A4, P-A5, P-B1, P-B2, P-B3, P-B4, P-B6, P-B7, P-B8, P-C1, P-C2, P-C3, P-C5, P-C6, P-C7, P-C8, P-C9, P-C10, P-D2, P-D3, P-D4, P-D5

ID-220 R-Bean rail to Old Stor P-3, P-4, P-6, P-8, P-10, P-12, P14, P-16, P-02, P-05, P-06, P07, P-08, P-09, P-010, P-011, P012, P-013, P-014, P-015, P016

ID-220 R-Bean rail to New Stor P-A1, P-A2, P-A3, P-A4, P-A5, P-B1, P-B2, P-B3, P-B4, P-B6, P-B7, P-B8, P-C1, P-C2, P-C3, P-C5, P-C6, P-C7, P-C8, P-C9, P-C10, P-D2, P-D3, P-D4, P-D5

ID-220 R-Bean truck to Old Stor P-3, P-4, P-6, P-8, P-10, P-12, P14, P-16, P-02, P-05, P-06, P07, P-08, P-09, P-010, P-011, P012, P-013, P-014, P-015, P016ID-220 R-Bean truck to New Stor P-A1, P-A2, P-A3, P-A4, P-A5, P-B1, P-B2, P-B3, P-B4, P-B6, P-B7, P-B8, P-C1, P-C2, P-C3, P-C5, P-C6, P-C7, P-C8, P-C9, P-C10, P-D2, P-D3, P-D4, P-D5**Me thod of Loading**  **What is the Ma** **ximum Load Rate?**  **(Value) What is the** 

**Ma ximum**  **Loading Rate? (Units)**  **Ar e there any** 

**add on controls for**  **the receiving shipping unit**  **(Y/N)** fixed receiving pit with leg 16,000 Bu/Hr Y fixed receiving pit with leg 8,000 Bu/Hr Y fixed receiving pit with leg 8,000 Bu/Hr Y fixed receiving pit with leg 50,000 Bu/Hr Y fixed reclaim conveyor with leg 20,000 Bu/Hr Y fixed reclaim conveyor with leg 10,000 Bu/Hr Y fixed reclaim conveyor with leg 5,000 Bu/Hr Y FIXED PIT, BELT & LEG FIXED PIT, BELT & LEG FIXED PIT, BELT & LEG FIXED LEG & SPOUT Fixed Conveyor Belt 23,000 Bushel/hr N Gravity Fill Spout 23,000 Bushel/hr N Gravity Fill Spout 23,000 Bushel/hr N Gravity Fill Spout 23,000 Bushel/hr N BUCKET ELEVATOR 20,000 bu/hr N BUCKET ELEVATOR 20,000 bu/hr N FIXED CONVEYOR BELT 9,500 bushels N FIXED CONVEYOR BELT 11,000 bushels N PORTABLE INCLINED BELT 6,000 bushels N PORTABLE INCLINED BELT 6,000 bushels N GRAVITY FILL SPOUT 17,000 bushels N GRAVITY FILL SPOUT 14,000 bushels N GRAVITY FILL SPOUT 15,000 bushels N FIXED CONVEYOR BELT 4,000 bushels N FIXED PIT/DRAG/LEG 25,000 Bu/Hr Y FIXED PIT/DRAG/LEG 25,000 Bu/Hr Y FIXED PIT/DRAG/LEG 25,000 Bu/Hr Y Gravity Spout, Fixed Drag Conveyor 25,000 Bph Y Fixed Drag Conveyor 5,000 Bph Y Enclosed Drag Conv. 10,000 bu/hr N Enclosed Drag Conv. 10,000 bu/hr N Enclosed Drag Conv. 10,000 bu/hr N Barge Pneumatic Unloader / Fixed Conveyor Belt 10,000 Bu/Hr Yes Fixed Receiving Pit with Leg to Storage Silos / Bins 10,500 Bu/Hr Yes Fixed Receiving Pit with Leg to Storage Silos / Bins 10,500 Bu/Hr Yes FIXED PIT & LEG 21,600 BPH Y FIXED PIT & LEG 13,333 BPH Y GRAVITY FILL SPOUT 9000 BPH Y GRAVITY FILL SPOUT 18000 BPH Y Marine leg drag with dozers 30000 bu/hr YFixed conveyor belt/ leg 30000 bu/hr Y

Fixed conveyor belt/leg 30000 bu/hr Y Fixed Drag. Fixed Leg 12,000 Bu/hr Y Fixed Belt to Leg 15,000 Bu/hr N Fixed Belt to Leg 10,000 Bu/hr N Gravity Fill Spout 17,000 Bu/hour N Truck receiving pits (3) to conveyors, elevators, silos and processes 45,000 bu/hr Yes fixed receiving pit with leg 8,000 Bu/Hr Y fixed receiving pit with leg 8,000 Bu/Hr Y fixed receiving pit with leg 6,000 Bu/Hr Y fixed reclaim conveyor with leg 8,000 Bu/Hr Y fixed reclaim conveyor with leg 8,000 Bu/Hr Y fixed reclaim conveyor with leg 5,000 Bu/Hr Y fixed reclaim conveyor with leg 4,000 Bu/Hr Y fixed receiving pit with leg 8,000 Bu/Hr Y fixed conveyor with leg to loadout 8,000 Bu/Hr Y fixed receiving pit with leg 8,000 Bu/Hr Y fixed receiving pit with leg 5,000 Bu/Hr Y fixed conveyor with leg to loadout 8,000 Bu/Hr Y fixed conveyor with leg to loadout 4,000 Bu/Hr Y fixed conveyor with leg to loadout 4,000 Bu/Hr Y FIXED DRAG CONVEYOR 10,000 BU/HR N FIXED AUGER 10,000 BU/HR Y FIXED DRAG CONVEYOR 10,000 BU/HR N FIXED BELT CONVEYOR 10,000 BU/HR Y FIXED BELT CONVEYOR 10,000 BU/HR Y FIXED BELT CONVEYOR 10,000 BU/HR Y FIXED DRAG CONVEYOR 10,000 BU/HR Y FIXED DRAG CONVEYOR 10,000 BU/HR Y FIXED DRAG CONVEYOR 10,000 BU/HR N FIXED DRAG CONVEYOR 10,000 BU/HR N Fixed Drag Conveyor 30,000 bu/hr Y Fixed Drag Conveyor 30,000 bu/hr Y Fixed receiving pit with leg 4,500 BU. Y Fixed Conveyor Belt, fixed leg 10,000 BU. N Fixed Receiving Pit to leg 16,000 bph Y Fixed Receiving Pit to leg 16,000 bph Y Fixed Conveyor 10,000 bph Y Fixed Conveyor 12,000 bph Y

Fixed Conveyor/Leg 15,000 BU/HR N Loadout Spout 30,000 BU/HR N Fixed Receiving Pit wih Drag to Leg 10,000 bu/hr Y Fixed Receiving Pit with Drag to Leg 10,000 bu/hr Y fixed leg to spout 10,000 bu/hr Y Fixed Conveyor Belts and Fixed Drag Conveyor 35000 Bu/hr Y Fixed Conveyor Belts and Fixed Drag Conveyor 35000 Bu/hr Y Fixed Conveyor Belts and Fixed Drag Conveyor 10000 Bu/hr YFixed Conveyor Belts and Fixed Drag

Conveyor 15000 Bu/hr Y Fixed Conveyor Belts and Fixed Drag Conveyor 15000 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 14583.33 Bu/hr Y Fixed Conveyor Belts and Elevator Legs 10000 Bu/hr N Fixed Conveyor Belts and Elevator Legs 16666.67 Bu/hr N

Fixed Drag Conveyor 20,000 Bu/hr Y

Fixed Drag Conveyor 20,000 Bu/hr Y Fixed conveyor belt 5775 bu/hr Bu N Fixed screw conveyor (feed load out) 1,000/hr Cwt Y

Fixed Receiving Pit with Leg and Fixed Conveyor 24,000 BU/HR Y Fixed Receiving Pit with Leg and Fixed Conveyor 24,000 BU/HR Y Fixed Drag Conveyor 7,500 bph Y Fixed Conveyor Belt 7,500 bph N Fixed Conveyor Belt 10,000 bph Y Bucket Elevator 7,000 bph N Gravity Fill Spout 5,000 bph N Screw Conveyor 10,000 bph N Gravity Fill Spout 4,000 bph N Fixed Conveyor Belts & Legs 40,000 BU/HR Y Fixed Conveyor Belts & Legs 40,000 BU/HR Y FIXED DRAG CONVEYOR 20000 Bu/Hr Y FIXED DRAG CONVEYOR 10000 Bu/Hr Y FIXED DRAG CONVEYOR 20000 Bu/Hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 25,000 bu/hr Y Fixed Conveyor Belt 55,000 bu/hr Y Fixed Conveyor Belt 60,000 bu/hr Y Fixed Conveyor Belt 30,000 bu/hr Y Fixed Conveyor Belt 30,000 bu/hr Y Fixed conveyor belt 25000 Bushels/hour YFixed conveyor belt 25000 Bushels/hour Y

Fixed conveyor belt 25000 Y 60000 Bushels/hour Y Bucket Elevator 6,000 bph N Fixed Conveyor Belt 2,800 bph Y Gravity Fill Spout 10,000 bph N Fixed Drag Conveyor 8,000 bph Y Gravity Fill Spout 9,000 bph N Fixed Drag Conveyor 3,500 bph N Fixed Drag Conveyor 6,000 bph Y Bucket Elevator 6,000 bph Y Fixed Drag Conveyor 9,000 bph Y Fixed Receiving Pit with leg 10,000 bph N Fixed Receiving Pit with leg 10,000 bph N Gravity fill spout 10,000 bph N Gravity fill spout 40,000 bph N Portable Conveyor with trucks 5,000 bph N Fixed conveyor off main complex 10,000 bph Y Portable conveyor with trucks 2500 bph N Portable Augor 2500 bph N fixed receiving pit with leg 10,000 BU/Hr Y fixed drag conveyor 20,000 BU/Hr Y 4 fixed legs 55,000 BU/Hr Y front-end loader 8,000 BU/Hr Y Fixed Drag Conveyor 25,000 Bu/hr Y Fixed Drag Conveyor 25,000 Bu/hr Y Fixed Drag Conveyor 25,000 Bu/hr Y Fixed Drag Conveyor 25,000 Bu/hr Y Gravity Fill Spout 100 Ton/hr Y Gravity Fill Spout 15,000 Bu/hr Y Gravity Fill Spout 15,000 Bu/hr Y Fixed Receiving Pit with Leg and Fixed Conveyor 20,000 BU/HR Y Fixed Receiving Pit with Leg and Fixed Conveyor 20,000 BU/HR Y

Fixed Conveyor Belt-upper leg 30,000 Bu/Hr Y Fixed Conveyor Belt-lower leg 25,000 Bu/Hr Y Fixed Conveyor Belt-A leg 20,000 Bu/Hr Y GRAVITY FILL SPOUT 30,000 Bu/Hr Y GRAVITY FILL SPOUT 35,000 Bu/Hr Y

Fixed Conveyor Belt 6,500 bph Y Screw Conveyor 8,000 bph Y Fixed Drag Conveyor 13,000 bph Y Fixed Belt Conveyor 5,000 bph Y Fixed Belt Conveyor 5,000 bph Y Fixed Drag Conveyor 15,000 bph N Screw Conveyor 3,000 bph N Bucket Elevator 3,000 bph N fixed receiving pit with leg 10,000 Bu/Hr Y fixed receiving pit with leg 15,000 Bu/Hr Yfixed receiving pit with leg 8,000 Bu/Hr Y

fixed receiving pit with leg 4,000 Bu/Hr Y fixed reclaim conveyor with leg 50,000 Bu/Hr Y fixed reclaim conveyor with leg 42,000 Bu/Hr Y fixed reclaim conveyor with leg 4,000 Bu/Hr

Enclosed Conveyor 10,000 BU. Y Bucket Elevator 10,000 BU. Y Bucket Elevator 15000 BU. Y Fixed Conveyor/Leg 60,000 BU/HR N Loadout Spout 30,000 BU/HR N Fixed Conveyor/Leg 20,000 BU/HR N

Track hoe/Clamshell Unloader, Fixed 150 ton/hr. Y drag conveyor, Fixed receiving pit with leg Direct spout from Elevated 750 ton/hr. Y storage bin Fixed Receiving pit w/ Leg 12,000 bu/hr Y Fixed Receiving pit w/ Leg 8,000 bu/hr Y Fixed Leg 12,000 bu/hr Y Fixed screw conveyor 6,000 bu/hr Y Fixed screw conveyor 6,000 bu/hr Y Fix Leg 8,000 bu/hr Y Fixed Conveyor/Leg 60,000 BU/HR Y Fixed Conveyor/Spout 60,000 BU/HR Y Loadout Spout 55,000 BU/HR Y Fixed Conveyor/Leg 45,000 BU/Hr Y Portable Auger 10,000 bu/hr N Drag Conveyor 8,000 bu/hr N Drag Conveyor 5,000 bu/hr N Drag Conveyor 5,000 bu/hr N Drag Conveyor 5,000 bu/hr N Drag Conveyor 8,000 bu/hr N Pit with leg 10,000 bu/hr N Pit with leg 10,000 bu/hr N Drag Conveyor, Bucket Elevator 40,000 Bu/hr Y Drag Conveyor, Bucket Elevator 40,000 Bu/hr Y Drag Conveyor, Bucket Elevator 50,000 Bu/hr Y Fixed Conveyor Belt 10,000 bu/hr bu Y Marine Leg 6,500 bu/hr bu Y Fixed Conveyor/Leg 15,000 BU/HR Y Loadout Spout 15,000 BU/HR N Pit - Leg - Gravity

Fill Spout 25,000 bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 10,000 bu/hr Y Fixed Drag Conveyor 10,000 bu/hr Y Fixed Conveyor Belt 10,000 bu/hr Y Leg - Gravity

Spout - Drag 10,000 bu/hr Y Leg - Conveyor Belt 15,000 bu/hr Y leg - conveyor belt 10,000 bu/hr Nleg- fixed drag conveyor 10,000 bu/hr N

conveyor belt - drag-leg - conveyor belt 15,000 bu/hr Y Drag - Leg - Gravity

Spout 15,000 bu/hr Y Drag - belt - let - Gravity spout 15,000 bu/hr Y Conveyor Belt 25,000 bu/hr Y Conveyor Belt 8,000 bu/hr Y

Fixed Auger to elevator to storage bins 5,000(permitted for 3,571) bushels per/hr yes - dust

master Fixed Drag Conveyor 30,000 BU/HR Y Fixed Incline Belt 15,000 BU/HR Y Fixed Drag 25,000 BU/HR Y Bucket leg 10,000 BU/HR Y Fixed Drag Conveyor 15,000 BU/HR N Bucket Leg 7,000 BU/HR N Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Fixed Drag Conveyor 25,000 BU/HR Y Fixed Conveyor Belt 25,000 BU/HR Y Bucket Leg 30,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Bucket Leg 25,000 BU/HR Y Gravity Flow Spout 15,000 BU/HR Y Fixed Drag Conveyor off of Main Complex 30,000 BU/HR Y Gravity Fill Spout 7,000 BU/HR N Fixed Conveyor Belt 20,000 BU/HR N Bucket Leg 20,000 BU/HR Y Gravity Fill Spout 20,000 BU/HR Y Bucket Leg 25,000 BU/HR Y Fixed Drag Conveyor 30,000 BU/HR Y Gravity Fill Spout 25,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Incline Belt 15,000 BU/HR Y Fixed Drag Conveyor 15,000 BU/HR N Fixed Conveyor Belt 40,000 BU/HR Y Fixed Drag Conveyor 7,000 BU/HR N Gravity Flow Bin 6,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Fixed Drag Conveyor 20,000 BU/HR Y Bucket Leg 30,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt w/ Movable Tripper 20,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Fixed Converyor Belt 40,000 BU/HR Y Bucket leg 60,000 BU/HR Y Bucket leg 60,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Drag Conveyor 7,000 BU/HR N Fixed Conveyor Belt 20,000 BU/HR NFixed Conveyor Belt 20,000 BU/HR Y

Bucket Leg 15,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Bucket Leg 15,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt w/ Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt 30,000 BU/HR Y Fixed Conveyor Belt 60,000 BU/HR Y Bucket Leg 60,000 BU/HR Y Bucket Leg 7,000 BU/HR N Bucket Leg 20,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Fixed Drag Conveyor 30,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR N Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Marine Leg 25,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR N Bucket leg 60,000 BU/HR Y Fixed Conveyor Belt 50,000 BU/HR N Fixed Conveyor Belt 60,000 BU/HR Y Fixed Drag Conveyor 7,000 BU/HR N Fixed Conveyor Belt 20,000 BU/HR Y Gravity Fill Spout 20,000 BU/HR Y Bucket Leg 30,000 BU/HR Y Bucket Leg 15,000 BU/HR Y Marine Leg 25,000 BU/HR Y Marine Leg 25,000 BU/HR Y Fixed Drag 25,000 BU/HR Y Gravity Flow Spout 15,000 BU/HR Y Gravity Flow Spout 50,000 BU/HR N Fixed Conveyor Belt 50,000 BU/HR N Fixed Drag Conveyor 7,000 BU/HR N Bucket Leg 20,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt w/ Movable Tripper 20,000 BU/HR Y Marine Leg 25,000 BU/HR Y Marine Leg 25,000 BU/HR Y Fixed Conveyor Belt 25,000 BU/HR Y Bucket Leg 25,000 BU/HR Y Fixed Conveyor Belt 10,000 BU/HR Y Fixed Conveyor Belt 10,000 BU/HR Y Gravity Flow Spout 50,000 BU/HR N Fixed Drag Conveyor 7,000 BU/HR N Fixed Conveyor Belt 20,000 BU/HR Y Bucket Leg 20,000 BU/HR Y Gravity Fill Spout 25,000 BU/HR Y Fixed Conveyor Belt 25,000 BU/HR Y Fixed Drag Conveyor 30,000 BU/HR Y Bucket Leg 30,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt w/Movable Tripper 20,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR NBucket Leg 15,000 BU/HR Y

Marine Leg 25,000 BU/HR Y FIXED DRAG CONVEYOR 10,000 BU/HR Y FIXED DRAG CONVEYOR 6000 BU/HR Y FIXED BELT CONVEYOR 8000 BU/HR Y FIXED AUGER 4000 BU/HR N FIXED BELT CONVEYOR 8000 BU/HR Y GRAVITY FILL SPOUT 6000 BU/HR N GRAVITY FILL SPOUT 8000 BU/HR Y GRAVITY FILL SPOUT 6000 BU/HR N FIXED AUGER 4500 BU/HR N FIXED DRAG CONVEYOR 6000 BU/HR Y FRONT END LOADER 2000 BU/HR N GRAVITY FILL SPOUT 6000 BU/HR Y FIXED DRAG CONVEYOR 8000 BU/HR Y GRAVITY FILL SPOUT 8000 BU/HR Y Fixed Conveyor Belt 20,000 BPH Y Gravity Spout > Trucks > Portable Belt 10,000 BPH Y Fixed Conveyor Belt 20,000 BPH Y Gravity Spout > Trucks > Portable Belt 10,000 BPH Y Fixed Conveyor Belt 20,000 BPH Y Gravity Spout > Truck > Portable Belt 10,000 BPH Y

Fixed Receiving Pit with leg 7,500 bph Yes Fixed Receiving Pit with leg 20,000 bph Yes Fixed Receiving Pit with leg 20,000 bph Yes Fixed Receiving Pit with leg 20,000 bph No Gravity fill spout 50,000 bph No Gravity fill spout 10,000 bph No Gravity fill spout 10,000 bph No Fixed Drag Conveyor Y Fixed Drag Conveyor 3300 Bushels/hr Y Fixed Conveyor Belt 2800 Bushels/hr Y Fixed Receiving PIts with Legs to Storage Silos & Tanks 41,000 Bu/Hr Yes Fixed Receiving PIts with Legs to Storage Silos & Tanks 41,000 Bu/Hr Yes Fixed Receiving PIts with Legs to Storage Silos & Tanks 41,000 Bu/Hr Yes Fixed Receiving Pitt with Leg to Storage Silos/Bins 14,000 tons (500,000 bu) Tons/Day

(Bu/Day) Yes Fixed Receiving Pitt with Leg to Storage Silos/Bins 14,000 tons (500,000 bu) Tons/Day

(Bu/Day) Yes Fixed Receiving Pit with Leg and Fixed Conveyor 15,000 BU/HR Y Fixed Receiving Pit with Leg and Fixed Conveyor 7,500 BU/HR Y Fixed Receiving Pit leg 18,000 BPH Y Fixed Conveyor Belt 10,000 BPH Y Fixed Conveyor Belt 10,000 BPH Y Fixed Conveyor Belt 20,000 BPH Y Fixed Conveyor Belt 20,000 BPH YFixed Conveyor Belt 20,000 BPH Y

Fixed Conveyor Belt 20,000 BPH Y Fixed conveyor Belts 1600 short tons p/h Y Fixed Conveyors Belts 1600 shot tons p/h Y Fixed Conveyor Belts 1600 short tons p/h Y Fixed Conveyor Belt 40,000 Bu/hr Y Dump Trucks/Front End Loader 100 Tons/hr N Fixed Conveyor Belt/Spout 45,000 Bu/hr Y Fixed Conveyor Belt/Spout 20,000 Bu/hr Y Fixed Conveyor Belt/Spout 16,000 Bu/hr Y Gravity Spout 6,000 Bu/hr N Front End Loader 100 Tons/hr N Front End Loader 100 Tons/hr N FIXED CONVEYOR BELT 40,000 BPH Y FIXED CONVEYOR BELT 40,000 BPH Y FIXED CONVEYOR BELT 40,000 BPH Y ENMASS DRAG CONVEYOR LOADER 35,000 BPH Y ENMASS DRAG CONVEYOR LOADER 35,000 BPH Y ENMASS DRAG CONVEYOR LOADER 35,000 BPH Y SCREWCONVEYOR LOADER 3,500 BPH Y

Truck Gravity

Unload/Receiving Put with fixed drag conveyor to Storage Silos / Bins 30000 Bu/Hr Y Truck Gravity

Unload/Receiving Put with fixed drag conveyor to Storage Silos / Bins 30000 Bu/Hr Y Rail or Truck Gravity

Unload/Receiving Pit with fixed drag conveyor to Storage Silos / Bins 30000 Bu/Hr Y

Fixed Conveyor Belts 960 ton/hr Y Fixed Conveyor Belts 540 ton/hr Y Fixed Conveyor Belts 1,000 ton/hr Y Fixed Receiving Pit with Leg 16000 Bushels/hr Y Fixed Receiving Pit with Leg 16000 Bushels/hr Y Fixed Receiving Pit with Leg 15000 Bushels/hr Y

Fixed Drag Conveyor, Fixed Conveyor Belt, Spout from Leg 15,000 BU/HOUR Y Fixed Drag Conveyor, Fixed Conveyor Belt, Spout from Leg 40,000 BU/HOUR Y Portable Incline Belt 12,000 BU/HOUR N Front-End Loader 12,000 BU/HOUR N Portable Incline Belt 12,000 BU/HOUR N Front-End Loader 12,000 BU/HOUR N Fixed Conveyor/Leg 20,000 BU/HR Y Loadout Spout 20,000 BU/HR Y Fixed Conveyor/Leg 12,000 BU/HR Y Loadout Spout 45,000 BU/HR Y Screw Conveyor 7,000 bph N Fixed Drag Conveyor 3,000 bph Y Fixed Drag Conveyor 14,000 bph NFixed Drag Conveyor 5,000 bph Y

Gravity Fill Spout 7,000 bph N Fixed Drag Conveyor 7,500 bph Y Gravity Fill Spout 10,000 bph N Fixed Drag Conveyor 4,000 bph N Gravity Fill Spout 10,000 bph N Screw Conveyor 7,000 bph N Screw Conveyor 7,000 bph N Gravity Fill Spout 8,000 bph N

fixed receiving pit with leg 15,000 Bu/Hr Y fixed receiving pit with leg 10,000 Bu/Hr Y fixed receiving pit with leg 10,000 Bu/Hr Y fixed reclaim conveyor with leg 8,000 Bu/Hr Y fixed reclaim conveyor with leg 6,000 Bu/Hr Y fixed reclaim conveyor with leg 6,000 Bu/Hr Y fixed reclaim conveyor with leg 15,000 Bu/Hr Y Gravity fill spout 10,000 bph N Gravity fill spout 50,000 bph N Gravity fill spout 7,500 bph N Fixed Receiving Pit and Leg 20,000 bph Y

Fixed Drag Conveyor 12,000 Bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 15,000 Bu/hr Y Fixed Conveyor Belt 30,000 Bu/hr Y Fixed Conveyor Belt 30,000 bu/hr Y Fixed Conveyor 30,000 bu/hr Y Fixed Drag Conveyor 4,000 bph Y Fixed Drag Conveyor 4,000 bph Y Fixed Drag Conveyor 5,000 bph Y Screw Conveyor 8,000 bph N Screw Conveyor 8,000 bph N Portable Auger 5000 bph N Portable Auger 5000 bph N FIXED RECEIVING PIT W ITH LEG 15,000 BH BH Y FIXED RECEIVING PIT W ITH LEG 15,000 BH BH Y FIXED RECEIVING PIT W ITH DRAG 7,500 BH BH N Fixed Conveyor Belt w/leg & Conveyor 15,000 BH BH N FIXED LEG & LOADOUT TANK 15,000 BH BH N fixed receiving pit w/ leg 27,000 bu/hour Y fixed receiving pit w/ leg 20,000 bu/hour Y fixed conveyor belt w/ leg 47,000 bu/hour Y portable conveyor 10,000 bu/hour N front-end loader 7,000 bu/hour N Fixed receiving pit with conveyor to storage bins 10,000 Bu/hr Y Fixed enclosed Conveyor belt 37,000 Bu. Hour Bag House Fixed receiving pit 17,500 Bu. Hour Baghouse Fixed enclosed Conveyor belt 30,000 Bu. HourFixed receiving pit 17,500 Bu. Hour Baghouse

Fixed Conveyor belt 20,000 Bu. Hour Bag House Fixed enclosed conveyor belt 17,500 Bu. Hour Baghouse Fixed Conveyor belt 20,000 Bu. Hour Bag House Fixed enclosed conveyor belt 17,500 Bu. Hour Baghouse Fixed Conveyor belt 30,000 Bu. Hour Bag House Fixed receiving leg 17,500 Bu. Hour Baghouse Fixed Conveyor belt 20,000 Bu. Hour Bag House Fixed receiving leg 17,500 Bu. Hour Baghouse Fixed conveyor off main complex 20,000 Bu. Hour Baghouse Fixed conveyor off main complex 20,000 Bu. Hour Baghouse Fixed enclosed conveyor off main complex 25,000 Bu. Hour Fixed leg 3,000 Bu. Hour Bag House Fixed leg 3,000 Bu. Hour Bag House Fixed drag conveyor 3,000 Bu. Hour Bag House Fixed drag conveyor 3,000 Bu. Hour Bag House

Fixed conveyor belt 3,000 Bu. Hour Bag House

Portable conveyor 10,000 Bu. Hour Fixed Shipping leg 28,000 Bu. Hour Bag House

Fixed Drag Conveyor 319 Tons per hr Yes Fixed Drag Conveyor 319 Tons per hr Yes Fixed Drag Conveyor 624 Tons per hr Yes Fixed Drag Conveyor 524 Tons per hr Yes Continuous barge unloader/Fixed conveyor belt 60,000 Bushels/hr Y Continuous barge unloader/Fixed conveyor belt 60,000 Bushels/hr Y Fixed conveyor belt 42,000 Bushels/hr Y Fixed conveyor belt 10,000 Bushels/hr N Fixed conveyor belt 0 Bushels/hr Y Fixed conveyor belt/Gravity fill spout 100,000 Bushels/hr Y Fixed conveyor belt/Gravity fill spout 120,000 Bushels/hr Y Fixed conveyor belt 800 Bushels/hr Y Fixed conveyor belt 5,000 Bushels/hr Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Conveyor Belt 20,000 BU/HR Y Fixed Conveyor Belt & Spout 20,000 BU/HR Y Fixed Conveyor Belt & Spout 20,000 BU/HR Y

pit with leg to conveyor belt 15000 BU/HR Y pit w/leg to fixed conveyor belt to fixed 25000 BU/HR Y drag conveyor pit with leg to conveyor belt 15000 BU/HR Y pit with leg to conveyor belt 15000 BU/HR Y pit to conveyor belt to leg 30000 BU/HR Y pit to conveyor belt to leg 10000 BU/HR Y Fixed Drag Conveyor 10,000 Bu/Hr Y Fixed Drag Conveyor 10,000 Bu/Hr YFixed Drag Conveyor 20,000 Bu/Hr Y

Fixed Drag Conveyor 20,000 Bu/Hr Y Fixed Drag Conveyor 20,000 Bu/Hr Y Fixed Rec. Pit & Conveyor Belt 12,000 BU/HR Y Fixed Rec. Pit & Conveyor Belt 12,000 BU/HR N FIXED SPOUT 5,000 BU/HR FIXED SPOUT 5,000 BU/HR Screw Conveyor 4,000 bph N Fixed Drag Conveyor 5,000 bph N Portable Inclined Belt 8,000 bph N Portable Inclined Belt 10,000 bph N Screw conveyor, bucket elevator 4000 bph N Fixed drag conveyor, bucket elevator 5000 bph N Portable inclined belt 8000 bph N Portable inclined belt 10,000 bph N Fixed Conveyor Belt 3.79 MMTons/YR Y Marine Leg & Fixed Conveyor Belt 5.32 MMTons/YR Y Fixed Conveyor Belt 2.53 MMTons/YR Y Marine Leg & Fixed Conveyor Belt 5.32 MMTons/YR Y Fixed Conveyor Belt 5,701 BU/HR N Fixed Conveyor Belt 2.53 MMTons/YR Y Fixed Conveyor Belt 5.32 MMTons/YR Y Fixed Conveyor Belt 5.32 MMTons/YR Y Fixed Conveyor Belt 13.3 MMTons/YR Y Fixed Conveyor Belt & Gravity Fill Spout 4.52 MMTons/YR Y Fixed Conveyor Belt & Gravity Fill Spout 8.78 MMTons/YR Y Fixed Drag Conveyor 300 tons/hr Y Fixed Drag Conveyor 300 tons/hr Y Fixed Drag Conveyor 300 tons/hr Y FIXED CONVEYOR BELT-SPOUT 40,000 Bu/Hr YES Fixed Conveyor Belt-Leg-Spout 20,000 Bu/Hr YES PORTABLE CONVEYOR BELT 15,000 Bu/Hr YES FIXED CONVEYOR BELT-LEG 15,000 Bu/Hr YES FIXED CONVEYOR BELT-LEG 30,000 Bu/Hr YES FIXED CONVEYOR BELT-LEG 30,000 Bu/Hr YES Fixed Conveyor Belt-Leg-Spout 5,000 Bu/Hr YES Fixed receiving pit with conveyor to storage bins 7,000 Bu/hr Y Fixed Receiving Pit with Leg and Fixed Conveyor 6,667 BU/HR Y

Fixed Receiving Pit Leg and Fixed Conveyor BU/HR N fixed conveyor belt 1,500 BU/HR N Fixed receiving pit to drag to leg 10,000 bu/hr Y Fixed receiving pit to drag to leg 10,000 bu/hr N Fixed conveyor to truck 10,000 bu/hr N Fixed conveyor to barge 15000 bu/hr N FIXED DRAG CONVEYOR/LEG 12,500 BU/HR Y

FIXED DRAG CONVEYOR/LEG 12,500 BU/HR YMARINE ENMASS DRAG 12,500 BU/HR Y

Fixed Conveyor Belt 20,000 bu/hr Y Fixed Conveyor Belt 15,000 bu/hr Y Fixed Conveyor Belt 20,000 bu/hr Y Gravity Fill Spout 50,000 bu/hr Y Fixed Conveyor Belt 40,000 bu/hr Y Fixed Conveyor Belt 40,000 bu/hr Y Enmass Drag Conveyor 60,000 bu/hr Y Enmass Drag Conveyor 60,000 bu/hr Y FIXED BELT CONVEYORS 20,000 BUSHELS/HR N FIXED DRAG CONVEYORS 13,500 BUSHELS/HR N FIXED DRAG CONVEYORS 14,000 BUSHELS/HR N PORTABLE CONVEYOR W ITH TRUCKS 10,000 BUSHELS/HR N Fixed Conveyor Belt With Leg 15,000 Bushels/Hour N Fixed Conveyor Belt With Leg 15,000 Bushels/Hour N 4 Gravity Fill Spouts 2,500-25,000 Bushels/Hour N Fixed Conveyor Belt 30,000 Bushels/Hour N Fixed Conveyor Belt 30,000 Bushels/Hour N Fixed Conveyor Belt With Leg 15,000 Bushels/Hour N Fixed Conveyor Belt With Leg 7,500 Bushels/Hour N Fixed Conveyor Belt 30,000 Bushels/Hour N Fixed Conveyor Belt With Leg 8,000 Bushels/Hr N Fixed Conveyor Belt 25,000 Bushels/Hr N Fixed Conveyor Belt With Leg 16,000 Bushels/Hr N Fixed Conveyor Belt With Leg 7,500 Bushels/Hr N Fixed Conveyor Belt 8,500 Bushels/Hr N Fixed Conveyor Belt With Leg 25,000 Bushels/Hr N Fixed DragConveyor 25,000 Bushels/Hr N Gravity Fill Spout 25,000 Bushels/Hr N Fixed Drag Conveyor 25,000 Bushels/Hr N Fixed Conveyor Belt 25,000 Bushels/Hr N Fixed Drag Conveyor With Leg 10,000 Bushels/Hr N Fixed Conveyor Belt 25,000 Bushels/Hr N Fixed Conveyor Belt 10,000 Bushels/Hr N Pit-Drag Conveyor to Leg with Aeration 12000 Bushel/hr Y Pit-Drag Conveyor to Leg with Aeration 12000 Bushel/hr Y Pit-Drag Conveyor to Leg with Aeration 12000 Bushel/hr Y Fixed Conveyor pit with leg 60 trucks/hr Yes Fixed conveyor pit with leg 6 railcars/hr Yes Fixed Receiving Pit with Leg and Fixed Conveyor 15430 BU/HR Y Fixed Receiving Pit with Leg and Fixed Conveyor 15000 BU/HR Y Portable 10000 BU/HR N Payloader NA NA N Portable Inclined Belt 15,000 bu/hr N fixed pit to leg to conveyor 22,000 bu/hr Y fixed pit to drag to leg to conveyor 20,000 bu/hr Y fixed pit to leg to barge 10,000 bu/hr N Fixed conveyor to truck 10,000 bu/hr NFixed Conveyor to barge 15,000 bu/hr Y

FIXED CONVEYOR BELT 8000 BU/HR Y FIXED DRAG CONVEYOR 8000 BU/HR Y BUCKET ELEVATOR 6500 BU/HR N Ship Conveyor Varies by Vessel N Fixed Conveyor/Leg 25,000 BU/HR Y Garner Spout 33,000 BU/HR N Loadout Spout 40,000 BU/HR Y Fixed Conveyor/Leg 40,000 BU/HR Y FIXED CBU LEG 2120 TON/HR Y FIXED MARINE LEGS 1260 TON/HR Y FIEXED BELTS-LEGS 500 TON/HR Y FIXED BELT-SPOUTS 5040 TON/HR Y FIXED BELTS-SPOUT 2520 TON/HR Y Fixed Conveyor Belt 15,000 bph Y Fixed Drag Conveyor 5,000 bph N Fixed Conveyor/Leg 25,000 BU/HR Y Fixed Conveyor/Leg 25,000 BU/HR Y Loadout Spout 50,000 BU/HR Y Loadout Spout 50,000 BU/HR Y

pneumatic unloader fixed drag conveyors, fixed conveyor belts, fixed vertical legs, gravity fill spouts, air locks A&B 300 Ton/hour Y

pneumatic unloader, air locks A&B, fixed drag

conveyors, fixed conveyor belts, fixed vertical legs, gravity

fill spouts 300 Ton/hour Y

fixed receiving pit with leg, fixed drag

conveyors, fixed conveyor belts, fixed vertical legs, gravity

fill spouts 150 Ton/hour Y

fixed receiving pit with leg, fixed drag

conveyors, fixed conveyor belts, fixed vertical legs, gravity

fill spouts 300 Ton/hour Y

fixed receiving pit with leg, fixed drag

conveyors, fixed conveyor belts, fixed vertical legs, gravity

fill spouts 150 Ton/hour Yfixed receiving pit with leg, fixed drag

conveyors, fixed conveyor belts, fixed vertical legs, gravity

fill spouts 300 Ton/hour Y**An y** 

**qualitative emissions**  **monitoring conducted** **? (Y/N)**  N N N N N N N

N N N N Y Y N N N N N N N N Y Y Y N N Y Y Y

Yes

Yes

Yes Y Y Y Y YY

Y N N N N

Yes N N N N N N N N N N N N N N Y Y Y Y Y Y Y Y Y Y Y Y N N Y Y Y Y

N N N N N

N

N

NN

N N N N N N N N N N N N N N N

Y

Y N Y

y

Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y NN

N N N N N N N N N N N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

y

y

Y Y Y Y Y

N N N N N N N N N NN

N N N

Y Y Y N N N

Y

Y

N N N N N N Y N Y Y N N N N N N N N Y Y Y N N Y N Y Y Y Y Y Y Y Y NN

Y Y Y Y N

N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N NN

N N N N N N N N N N N N N N N

N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N NN

N Y Y Y Y Y Y Y Y Y Y N Y Y Y

Yes Yes Yes Yes Yes Yes Yes Y N N

Yes

Yes

Yes

Yes

Yes

y

y N N N N NN

N N N N N N N N N N N N

Y

Y

Y N - Not Continuously Operated Y Y Y Y Y

Y

Y N N N N Y Y Y Y

NN

N

N N N N N

N N N N N N N Y Y Y Y

Y N N N N N N N Y Y Y N N N N N N Y N N N N N N N

Y Y Y YY

Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

Y

Y Y

Yes Yes Yes Yes

N

N N N N N N N N Y Y Y Y Y

Y Y

Y Y Y Y Y YY

Y Y N N

N N N N N N N N N N N N N N N N N N N Y Y Y YES YES YES YES YES YES YES

Y

y

N N N N N N Y

YY

N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N Y Y Y Yes Yes

y

y N N N N N N NN

N N N N Y Y Y Y Y Y Y Y Y N N Y Y Y Y

Y

Y

Y

Y

YY**Table D: Temporary Storage Characteristics** 

**Random Facility ID**  **Temporary**

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions**

ID-103 T1 CORN COMES OUT OF ELEVATOR P1 AND RUNS OUT TO TWO SCREW AUGERS AND IS 8' Steel bunkers Canvas tarp Fly ash Y 1 year Make sure all perferations are clear No spoiled grain Replace annually Replaced as needed Conveyor belt and screw

augers Kice dust house

ID-104 T1 T-1 WALLS, FILL AND EMPTY CONVEYOR, ASPHALT FLOOR, FANS AND ELECTRIC Steel mesh One year use, heavy construction tarp Asphalt Y 1 year Inspected and repaired if needed Inspected but

never replaced or repaired Replace annually Inspect and repair accordingly Enclosed belt to fill and also to empty All grain entering facility has mineral oil applied to it.

ID-104 T2 Concrete One year use, heavy construction tarp Concrete Y 1 year Inspected and repaired if needed Inspected but

never replaced or repaired Replace annually Inspect and repair accordingly Inclinded belt conveyor to fill and we use an enclosed drag attached to a tractor to convey into semis and bring into the elevator. All grain entering facility has mineral oil applied to it.

ID-111 T-1 Steel Vinyl Compacted soil/cement mixture Y 1 year Check for settling Resurface 5-10

yrs Replace annually Redo yearly

ID-122 Pile Steel/Wood/Wire Vinyl Asphalt Y 7 years Repair/replace wall sections, as needed Repair/replace tarp sections, as needed Repair/replace

aeration duct sections, as needed "Cover on First" pile construction Negative pressure aeration to keep cover down and dust controlled

ID-134 T-1 Permanent steel walls Plastic tarp that is

replaced each

season Asphalt 100% Y 6 months Replace damaged sections annually less than 5% Replace whole tarp annually Replace sections of

aeration pipe 10% annually Routine maintence on permanent conveying equipment including greasing, tensioning, and visual inspection Ground piles are filled under a tarp

ID-136 T-1 Concrete preformed sections - the walls can be moved but typically stay in place Plastic tarp - hold

on with suction created by air system Concrete Y Tarp is replaced after each season Replace damaged

section Sweet clean

when grain is removed Replace when

damaged Maintain fans to keep

running. Cycle fans to keep grain in condition Overhead conveyors inspected and lubricated to keep running Apply mineral oil to grain stream before dropping into bunker

ID-136 T-2 Wooden Plastic 3/4 concrete, 1/4 asphal Y Tarp is replaced after every use Repair damage to

plywood and replace rotted sections Sweep clean

between uses Replace when

damaged by wind - or during the uncovering

process Maintain fans to keep

running. Cycle fans to keep grain in condition Overhead conveyors inspected and lubricated to keep running Apply mineral oil to grain stream before dropping into bunker

ID-137 T-1 Round Bunker 280 feet diameter, feed by 20,000 enclosed belt conveyor, dispersed by ladder mechanism to control dust. Concrete Poly Asphalt Y 5 months Cleaned each year Cleaned each

year Purchased new

each year Rescreened each

year Conveying equipment greased weekly and drive oil changed yearly. Receiving is choke fed ladder system so grain flows instead of spilling into place.

Loading is with front end loader. No stream for wind to catch. Most particulates can stay in truck. **Materials of Construction Maintence** 

1**Random**

**Facility ID Temporary** 

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions Materials of Construction**  **Maintence**

ID-148 T-1 See Figure 2. The temporary storage unit consists of modular perforated steel walls, an engineered clay base, a permanent conveyor and distributor to fill the pile, perforated plastic suction piping attached to suction blowers, perforated plastic fresh air piping, and a plastic tarp cover. When the temporary storage is not in use, everything is dismantled except the permanent conveyor and distributor and the base. Modular perforated steel walls which are in approximately 8 foot sections and are fastened together to make a continuous wall. The perforations let air in to the pile to be collected in the perforated plastic piping which are connected to suction blowers Polyethylene

sheet Engineered

compacted clay Y 1 year As needed As needed After every year of use As needed Routine maintence may include lubrication and belt repair.

ID-148 T-2 Modular perforated steel walls which are in approximately 8 foot sections and are fastened together to make a continuous wall. The perforations let air in to the pile to be collected in the perforated plastic piping which are connected to suction blowers Polyethylene

sheet Engineered

compacted clay Y 1 year As needed As needed After every year of use As needed Routine maintence may include lubrication and belt repair.

ID-155 Piles (2) Both temporary files are identical. Steel/Wire Vinyl Asphalt Y 1 year Repaid holes, as needed Tears/holes sewn and/or patched, as needed Ducts

repaired/replaced, as needed "Cover-on-First" filling Negative pressure aeration to keep cover down and dust controlled

ID-161 T-1 Lemar T-1 = 305' DIAMETER ROUND STORAGE UNIT / THE WALLS, FLOOR AND TOP CONVEYANCE SYSTEM IS PERMANENT AND IN PLACE YEAR ROUND / THE COVER IS REPLACED EVERY YEAR / THE CONVEYANCE SYSTEM TO RECLAIM THE STORAGE UNIT IS A TRACOTR AND AUGER SYSTEM THAT IS USED 4 WEEKS OUT OF THE YEAR. Corrugated metal Woven polyehtylene material Asphalt Y 1 year Replaced annually Normal greasing of bearings The entire temporary storage is 100% completely tarped during the filling process. Nor do any of the aeration fans run during the filling process. Due to the design of this temporary storage, the entire tarp is removed during shipping as the aeration fans will not keep the tarps in place during shipping.

2**Random**

**Facility ID Temporary** 

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions Materials of Construction**  **Maintence**

ID-161 T-2 Northpad Concrete Woven polyehtylene material Asphalt Y 1 year Replaced annually Replaced as needed

due to normal wear and tear - usually every 3 to 5 years Normal greasing of bearings

ID-162 Steel Vinyl tarp Asphalt Y 1 year Yearly repair when

empy Yearly repair of

any damaged or cracked asphalt Replaced

annually Replace damage

aeration duct yearly Routine maintence after storage is emptied Cover is installed before start of filling of the temporary storage rings. All grain is stored under the tarps. Aeration is operated at all times while the grain is in storage.

ID-178 T1 See diagram T1 includes 3 temporary storage bunkers, each with the same style of Concrete walls. T1 includes 3

temporary storage bunkers, each with the same style of Tarp. 2 temporary

storage bunkers have C-stone floors, and 1 asphalt. Y All tarps are replaced every

year Routine maintence

is to repair/seal cracks in doors. Wall sections have not needed to be replaced since we built these temporary storage bunkers. The C-stone

floors have minimal reshaping each year. Asphalt bunker floor cracks are sealed each

year. Replaced

annually Greasing of fan

motors. Removal/replacement of aeration tubes on floor. Annual preventative maintence on portable belt conveyor: tension belt, grease bearings, replace belt every 3

years. No pollution control devices. Use hopper bottom semis to haul grain to the portable belt conveyor which fills these temporary bunkers. This reduces dust emissions, vs. using end dump trucks to dump into the portable belt conveyor.

ID-179 Piles Steel/Wood/Wire Vinyl Asphalt Y 1 year Repair/replace wall sections, as needed Replaced annually Repair/replace

aeration duct work, as needed "Cover-on-First" pile construction Negative pressure aeration to keep cover down and dust controlled

ID-183 T-6 Concrete Plastic Asphalt Y A disposable tarp is occasiolly used depending on time and weather conditions Replace damage

segments - rarely Sweep and clean

annually Tarp when used,

only last year Replace aeration

tubes when damaged Routine maintence to keep conveying system operating

ID-186 T1 T1 and T2 both have asphalt bases with permanent cement walls. They both have permanent electrical wiring. They both use a portable belt Cement Woven poly tarp Asphalt Y 1 year Patch asphalt when needed Replaced

annually Replace broken or

worn out tubes as needed yearly. Preventative maintence on the conveyors used to fill the piles before use each year. Mineral oil is applied to some commodities before the grain goes out to the ground.

ID-186 T2 Cement Woven poly tarp Asphalt Y 1 year Patch asphalt when needed Replaced

annually Replace broken or

worn out tubes as needed yearly. Preventative maintence on the conveyors used to fill the piles before use each year. Mineral oil is applied to some commodities before the grain goes out to the ground.

ID-186 T3 Cement Woven poly tarp Asphalt Y 1 year Patch asphalt when needed Replaced

annually Replace broken or

worn out tubes as needed yearly. Preventative maintence on the conveyors used to fill the piles before use each year. Mineral oil is applied to some commodities before the grain goes out to the ground.

ID-186 T4 Cement Woven poly tarp Asphalt Y 1 year Patch asphalt when needed Replaced

annually Replace broken or

worn out tubes as needed yearly. Preventative maintence on the conveyors used to fill the piles before use each year. Mineral oil is applied to some commodities before the grain goes out to the ground.

3**Random**

**Facility ID Temporary** 

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions Materials of Construction**  **Maintence**

ID-186 T5 Cement Woven poly tarp Asphalt Y 1 year Patch asphalt when needed Replaced

annually Replace broken or

worn out tubes as needed yearly. Preventative maintence on the conveyors used to fill the piles before use each year. Mineral oil is applied to some commodities before the grain goes out to the ground.

ID-189 T-1 All components of the Temporary storage units are removed after each use with the exception of the lime floor/base. It is refurbished each time the storage is used. wood/steel plastic Ag Lime screenings with fly ash mixed in Y 1 year Removed after each use, repaired as needed and stored in a place separate from the temporary storage site. Ag Lime base is

re-graded after each use and chemically sterilized to stop weed growth. Replaced after

each use. Removed as storage

is re-claimed. Repaired and replaced as needed. Stored in a location separate from the temporary storage site. Repaired and replaced as needed. Stored in a location separate from the storage site. Currently, a portion of the grain comes in through the house and is ran through the dust collection system in house and then transferred out of the house to the ground pile.

ID-191 T-1-West Ground

Pie Self supporting Concert Barricades Polyethylene Tarp Asphalt N 4.5 months Daily Inspections when in use. Monthly inspections during the remainder of the year. Monthly routine maintence Monthly

inspections when not in use. Monthly routine maintence. Replace entire

tarp after each use. Monthly routine maintence. Daily inspections when tarp is applied. Daily inspections when in use. Monthly inspections during the remainder of the year. Monthly routine maintence Mineral oil applied to grain. 1 gallon of mineral oil applied every thousand barrels.

ID-196 T-1 See Figure 2. The temporary storage unit consists of modular perforated steel walls, an engineered clay base, a permanent conveyor and distributor to fill the pile, perforated plastic suction piping attached to suction blowers, perforated plastic fresh air piping, and a plastic tarp cover. When the temporary storage is not in use, everything is dismantled except the permanent conveyor and distributor and the base. Modular perforated steel walls which are in approximately 8 foot sections and are fastened together to make a continuous wall. The perforations let air in to the pile to be collected in the perforated plastic piping which are connected to suction blowers Polyethylene

sheet Engineered

compacted clay Unspecified 1 year As needed As needed Replaced annually As needed Routine maintence may include lubrication and belt repair Grain received at this facility is treated with mineral oil which reduces dust by 60%

4**Random**

**Facility ID Temporary** 

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions Materials of Construction**  **Maintence**

ID-196 T-2 Modular perforated steel walls which are in approximately 8 foot sections and are fastened together to make a continuous wall. The perforations let air in to the pile to be collected in the perforated plastic piping which are connected to suction blowers Polyethylene

sheet Engineered

compacted clay Unspecified 1 year As needed As needed Replaced annually As needed Routine maintence may include lubrication and belt repair Grain received at this facility is treated with mineral oil which reduces dust by 60%

ID-200 T-2 Concrete Fiber Reinforced Polyethylene Concrete Y 1 year Cracks in concrete walls are sealed as needed prior to filling bunker. Cracks are

sealed as needed prior to filling bunker. Polyethylene

covers are replaced annually. Much of the plastic

aeration duct is destroyed during the emptying process. New plastic duct is purchased as needed. A portable belt conveyor is used to both fill and empty the concrete bunkers. Rollers, belts and motor are replaced as needed. Because portable conveyors are used to fill the temporary storage bunker, the trucks are unloaded by choke flow methods.

ID-200 T-1 Concrete Fiber Reinforced Polyethylene Concrete Y 1 year Cracks in concrete walls are sealed as needed prior to filling bunker. Cracks are

sealed as needed prior to filling bunker. Polyethylene

covers are replaced annually. Much of the plastic

aeration duct is destroyed during the emptying process. New plastic duct is purchased as needed. A portable belt conveyor is used to both fill and empty the concrete bunkers. Rollers, belts and motor are replaced as needed. Because portable conveyors are used to fill the temporary storage bunker, the trucks are unloaded by choke flow methods.

ID-203 T-1 THE FLOOR AND A MAJORITY OF THE WALLS STAY. EVERYTHING ELSE IS PUT AWAY. AERATION TUBES ARE STACKED TO THE SIDE. SEE DIAGRAM. Steel Nylong ribbed hard plastic 3/4 asphalt, 1/4

compressed limestone Y Tarp replaced each year pod is used. 6' wall panels taken

out to unload pod then put back to till it up again. Monthly check when empty-- daily check when full Weed control

when empty-- checked before filling; daily check when full around perimeter of pod Daily check of tarp when on the pod--put on new tarp when refilled Daily check when full-- monthly when empty Rent a portable incline belt--gobbler unload combine for emptying. Both checked on a daily basis when in use. Sweep up any spills and dust during filing process of ground pile.

ID-206 T-1 Steel Vinyl Compacted soil/cement mixture Y 1 year Resurface when needed, 5-10

years Replaced

annually Re-work each year Emissions are reduced when grain is received via a bag house dust collector at permanent receiving station 1.

5**Random**

**Facility ID Temporary** 

**Storage ID D-3** 

**Temporary Storage Units Applicable ID numbers**  **Walls Cover/Tarp**  **Floor Has the**  **cover/tarp**

**ever been replaced?**  **(Y/N) If yes,** 

**months/years**

**cover tarp was used before being**  **replaced Walls**  **Floors Cover/Tarp**  **Aeration Other equipment**  **associated with storage (e.g., conveying**  **equipment) Methods used to Reduce PM** 

**Emissions Materials of Construction**  **Maintence**

ID-209 T-1 2 TEMPORARY PILES. T-1 IS A ROUND PILE THAT IS 310 IN DIAMETER AND HAS 4' PERFORATED STEEL WALLS. FILLED VIA A DUMP PIT, GRAIN LEG AND CONVEYOR. THE CORN FILLS THE PILE UNDER A TARP WHICH IS ATTACHED TO A LIFTING RING. T-2 IS A RECTANGULAR PILE W ITH DIMENSIONS OF 504' LONG Perforated Steel Disposable 1-year tarp Concrete and

asphalt Y Tarp replaced annually and pile duration varies from 2 months to 8 months The walls and

bracing are inspected on an annual basis in conjunction with preventive maintenance on the equipment. Replaced annually Aeration tubes are

maintained so they do not allow fines to blow through the fan. Screens on perforated tubes are replaced on an as needed basis. Preventive maintenance is performed on all temporary storage equipment on an annual basis. Grain transferred from the elevator to a temporary storage will be oiled with mineral oil during the transfer to control dust.

ID-209 T-2 Concrete Disposable 1-year tarp Compacted lime

base Y Tarp replaced annually and pile duration varies from 2 months to 8 months The walls and

bracing are inspected on an annual basis in conjunction with preventive maintenance on the equipment. Floor is

compacted lime and sprayed annually with soybean soapstock to solidify the base Replaced

annually Aeration tubes are

maintained so they do not allow fines to blow through the fan. Screens on perforated tubes are replaced on an as needed basis. Preventive maintenance is performed on all temporary storage equipment on an annual basis. Grain transferred from the elevator to a temporary storage will be oiled with mineral oil during the transfer to control dust.

ID-210 T-1 The walls remain in tact year round. The tent has an asphalt bottom. The tarps are rolled up and stored when not in use. There are no conveying systems attached to this storage unit. It is filled with a spout and unloaded Galvanized Steel Canvas Asphalt Y 6-7years between replacements Approximately 5%

of the walls get damaged when unloading the tent and have to be repaired. No repairs have

been made. Fully replaced

every 6-7 years or as needed. Intermittent repairs of 10% or less are done when needed. 25% of fan inlets are

repaired yearly, and 33% of the aeration tubes are replaced yearly. The fill spout liner gets replaced about once every two years.

ID-211 A170000 &

A180000 See attached diagram Perforated Steel 14 mil Poly Asphalt Y The tarp for A170000 was used for 2 months Clean and repair of

damage Sweep Replace each time pile is filled Preventative

maintence Receiving has aspiration and a baghouse for dust filtering, all grain must go through the receiving aspiration prior to going to any storage.

ID-211 A170000 &

A180000 See attached diagram Perforated Steel 14 mil Poly Asphalt Y The tarp for A180000 was used for 6 months

ID-214 T-1 Steel Vinyl Compacted Soil/cement mix Y 1 year Resurface floor, 5-10 yrs Replaced

annually Reassemble each

year; repair/replace sections as needed Repair belts bearings and rollers as needed

ID-219 Piles Steel/Wood/Wire Vinyl Asphalt Y 1 year Repair/replace wall sections, as needed Replaced annually Repair/replace

aeration ducts, as needed "Cover-on-First" pile construction Negative pressure aeration to keep cover down and dust controlled

6**Table E: Emergency Storage characteristics** 

**Random ID Emergency Storage ID**  **Explain any approaches taken to minimize particulate emissions**

ID-136 E1 None ID-147 Piles (2) ID-152 E-1 TARP IS PLACED OVER PILE UPON COMPLETION EVERY YEAR. ID-157 E-1 Mineral oil is applied to grain when received. Pile is tarped. ID-163 E1 The emergency storage is only used when absolutely needed.

ID-171 E-1 The Emergency Storage Pad at Cargill Albany, NY has only been used once in 2007. At the time, slow controlled loading/unloading by trucks and front end loader was utilized to minimize fugitive dust. A tarp was used to cover the citrus pulp pellets to minimize fugitive dust from the groundpile.

ID-178 E1 Use hopper bottom semis to haul grain to the portable belt conveyor, rather than end dump trucks that cause more dust emissions. ID-187 E-1 There are no approaches taken to minimize emissions. ID-189 E-1 As needed we roll the lime base to make sure that it is compact.

ID-191 E-1-South East Ground Pile One gallon of mineral oil applied to every thousand bushels of grain to suppress dust emissions. Dust control system in place to control dust emissions.

ID-209 E-1 Grain transferred from the elevator to the emergency storage will be oiled with mineral oil during the transfer to control dust. Our emergency pile consists of a grass area measuring approximately 200 feet square. It is filled either with a portable conveyor and trucks or by using hydraulic excavators and trucks. Pile is reclaimed using a tractor mounted conveyor and trucks.

ID-213 Unspecified Mineral oil is sprayed on the beans when they are conveyed on the incline conveyor belt. The amount is approximately 11pounds of mineral oil per 1000 bushel of soybeans.

1**Random ID Grain Dry** **er ID Fuel Used**  **2005 2006**  **2007 Dry** **er design Grain for which**  **Dry er is used**  **Installation y ear**  ID-100 ID-101 ID-102 ID-103 D1 1 NG 0.038 0.093 0.197 ID-104 D-1 1 NG 0 0 0 ID-105 DR-300 2 NG 62 75 74 ID-105 DR-301 NG 62 75 74 ID-106 ID-107 ID-108 ID-109 ID-110 SOUTH DRYER 2 NG 68.8825 79,784 72,541 ID-110 NORTH DRYER NG 68.8825 79,784 72,541 ID-111 ID-112 ID-113 ID-114 ID-115 D-1 2 NG 150 300 175 ID-115 D-2 NG 150 250 150

ID-116 NA - Rice delivered to the mill for processing has been cleaned and dried. ID-117 ID-118 ID-119 ID-120 ID-121 ID-122 Dryer 1 NG 2,500 18,500 8,300 ID-123 ID-124 ID-125 D-1 2 O-Steam ID-125 D-1 O-Steam ID-126 ID-127 ID-128 D-1 1 NG 74 68.66 55.4

ID-129 D-1 NG 4.56 1.14 1 Column dryer that uses woven wire screening. Soybeans and Wheat 2002 ID-130 ID-131 D-1 1 NG 76.6365 61.0031 77.0916 ID-132 ID-133 ID-134 D-1 1 NG 36 28 30 ID-135 D-1 NG 2.74 1.17 1.21 Wire mesh columns Rice, corn 1993 ID-135 D-2 NG 2.74 1.17 1.21 Wire mesh columns Rice, corn 1993 ID-135 D-3 NG 2.74 1.17 1.21 Wire mesh columns Rice, corn 1989 ID-135 D-4 NG 1.23 0.71 0.4 Wire mesh columns Rice, corn 1980 ID-135 D-5 2 NG 1.23 0.71 0.4 ID-135 D-6 NG 3.73 1.76 1.61

ID-136 D1 1 NG2 0.024 0.023 0.019

ID-137 D-1 1 Propane 45,600 95,100 143,765 Drier is tower design with interior fans. Screens are perforated plate. Corn, Soybeans, Wheat 2004 ID-138 D-1 1 NG 0 0 0 ID-139 D-1 1 O/Steam ID-140 ID-141 ID-142

ID-143 Rice delivered to this facility has already been cleaned and dried. ID-144 Column dryers that do not include a perforated column plate in the design Quantity of fuel usedID-145

ID-146

ID-147 Dryers 2 NG 10,475 31,776 22,700 Andersons - designed grain dryers One carter-day 68 cyclone serves two dryer units All grains, particulary

corn 1967 ID-148 D-1 1 NG Installed 2009 ID-149 ID-150 ID-151 3000 2 FO2 0 61,000 72,500 ID-151 4000 FO2 0 Total Total ID-152 D-1 2 NG 7 7 5 ID-152 D-2 NG 2 2 1 ID-153 ID-154 ID-155 Dryers 1 Propane 0 0 0 ID-156 D-1 2 NG 4 4 4 ID-156 D-2 NG 1 1 1 ID-157 D-1 1 Propane 23,155 21,650 24,198 ID-158 ID-159 D-1 2 NG 3.7 2.3 6.9 ID-159 D-2 NG 3.7 2.3 6.9 ID-160 D-1 NG 1.5 1.9 1.8 Column dryer with woven wire columns Rice 1995 ID-160 D-2 NG 1.5 1.9 1.8 Column dryer with woven wire columns Rice 1995 ID-160 D-3 NG 2 2.4 2.2 Column dryer with woven wire columns Rice 1995 ID-160 D-4 NG 2 2.4 2.2 Column dryer with woven wire columns Rice 1995 ID-160 D-5 NG 5.4 6.6 5.7 Column dryer with woven wire columns Rice and soybeans 1999 ID-160 D-6 NG 5.4 6.6 5.7 Column dryer with woven wire columns Rice and soybeans 2005 ID-160 D-7 NG 2.6 3.2 3 D-8 ID-160 D-8 NG 2.6 3.2 3 Column dryer with woven wire columns Rice 2003 ID-160 D-9 NG 2.6 3.2 3 Column dryer with woven wire columns Rice 2003 ID-160 D-10 NG 2.6 3.2 3 Column dryer with woven wire columns Rice 2003

ID-161 D-1 & D-2 2 **NG 3**  **0 10,960**  **48,220** ID-162 D-1 1 NG 2.45 3.94 2.48

ID-163 D1 1 Propane 190,000 185,000 225,000 ID-164 EP21 2 NG 85.1 101.9 90.2 ID-164 EP22 NG 51.5 75 82.8 ID-165 ID-166 ID-167

ID-168 D-1 1 O/Steam

ID-169

ID-170 D-1 1 NG 9,256 5,535 Shanzer Grain & Rice Dryer built into the concrete silos of the concrete storage. No screens. Rice, soybeans, wheat and sorghum. The dryer was built when the elevator was ID-171 ID-172

ID-173 D-1 1 LPG 150,000 100,000 115,000 ID-174 ID-175 D-1 1 NG 0.1874 0 0 ID-176 D-1 2 NG 6276 11388 6184 ID-176 D-2 NG 4611 5700 4959 ID-177

ID-178 D1 NG 0.86 5.67 7.03 The grain dryer at this facility is a Zimmerman column dryer with perforated mesh screens. Corn, soybeans 1999 ID-179 Dryer 1 NG 15,000 20,000 15,000 ID-180 D-1 NG 1.11 0.67 1.01 Column dryer that uses woven wire screens. Rice 1989 ID-180 D-2 NG 2.05 0.87 1.67 Column dryer that uses woven wire screens. Rice and beans 1989 ID-180 D-3 NG 2.05 0.87 1.67 Column dryer that uses woven wire screens. Rice and beans 1998 ID-180 D-4 NG 2.96 1.7 2.62 Column dryer that uses woven wire screens. Rice and beans 1994 ID-180 D-5 NG 2.96 1.7 2.62 Column dryer that uses woven wire screens. Rice and beans 1994ID-180 D-6 NG 2.96 1.7 2.62 Column dryer that uses woven wire screens. Rice and beans 1993

ID-180 D-7 NG 1.11 0.67 1.01 D-8 ID-180 D-8 NG 1.11 0.67 1.01 Column dryer that uses woven wire screens. Rice and beans 1990 ID-181 ID-182 D-1 2 NG 250 150 175 ID-182 D-2 NG 0 0 0 ID-183 D1 1 NG ID-184 ID-185 EP-14 1 NG 19.5 24.48 23.65 ID-186 D-1 2 NG 13,000 20,000 30,446 ID-186 D-2 NG 7,101 13,811 20,000 ID-187 D-1 NG 4.47 3.85 3.2 Column dryer using woven wire screens. Rice and soybeans 1991 ID-187 D-2 NG 4.47 3.85 3.2 Column dryer using woven wire screens. Rice and soybeans 1991 ID-187 D-3 NG 4.47 3.08 3 Column dryer using woven wire screens. Rice and soybeans 1990

ID-187 D-4 NG 4.47 4.62 4.1 Column dryer using woven wire screens. Rice, soybeans, and wheat 1992 ID-188 D1 1 DIESEL 7502 1825 1000 ID-189 D-1 1 NG 117,300 0 135,000 ID-190 C052 1 NG 34.3 39.2 38.3 ID-191 D-1 1 NG 9,800 3,400 5,000 ID-192

ID-193 EU0070 (old plant) NG 57 59.5 62.5 The Jet Dryer consists of an inlet hopper or rotary feeder, main dryer assembly, discharge spout, dust hopper, air hood and external air jet manifolds with dampers. The dryer design includes a woven wire

screen.4 Soybean extraction August, 2008 ID-193 EU0520 (new plant) 2 Steam from Boiler Unit began operation in 2008 ID-193 EU0530 (new plant) Steam from Boiler Unit began operation in 2008 ID-194 D-1 1 NG 1.78 1.19 0.4 ID-195 D-1 1 NG 1.6999 2.464 0.965 ID-196 D-1 1 NG 0.3 0.3 0.3 ID-197 ID-198 ID-199 ID-200 ID-201 D-1 1 NG 5.4 17 7.8 ID-202 D-1 1 Steam 44,000 20,000 7,500 ID-203 ID-204 ID-205 D-1 1 NG 58.198 58.294 59.098 ID-206 ID-207 D-15 4 NG 54.53 54.53 64.5 ID-207 ID-207 D-16 NG 54.53 54.53 64.5 ID-207 ID-207 D-17 NG 54.53 54.53 64.5 ID-207 ID-207 WESTLAKEN NG 35.91 39.29 42.48 ID-207 ID-208 D-1 1 NG 2.7822 2.1589 14.654 ID-209 D-1 2 NG 88,619 260,269 122,702

ID-209 D-2 1 NG ID-210 D-1 3 NG 32.11 60.23 28.58 ID-210 D-2 NG 38.52 21.68 26.53

ID-210 D-3 NG 34.45 38.5 23.62 ID-211 ID-212 D NG 3,002 1,546 0 Column dryer with a woven wire screen Soybeans 1976 ID-213 D-1 2 NG 50 52 37 ID-213 D-2 NG 33 34 24 ID-214 ID-215 D-1 2 NG 3.8 4 5.3 ID-215 D-2 NG 3.8 4 5.3 Rack dryers. Emissions pass through a 50 mesh

screen. 1978ID-216

ID-217 D-1 1 NG 1,508 0 0 ID-218 D-1 2 NG 4.41 4.84 3.61 ID-218 D-2 NG 4.41 4.84 3.61 ID-219 Dryer 1 NG 9,415 19,901 13,856

ID-220 D-4 (Aeroglide) NG 10,240 14,141 22,030

ID-220 D-Escher Wyss 1 Steam

Notes: All units reported as follows, unless otherwise specified: FO2 - #2 Fuel Oil (gallons) FO6 - #6 Fuel Oil (gallons) NG – Natural Gas (MM cubic feet) Bio – Biofuel (gallons) LPG (gallons) Propane (gallons) Steam (klbs)

[1] New in 2009 [2] NG reported in cubic feet for this facility, converted to MM cf [3] NG reported in therms for this facility [4] The beans enter dryer through inlet hopper or rotary feeder at approximately 140F (60C); beans coveyed through dryer with a wire belt that allows air to pass through the belt and the bed of beans. Recycled air is used via a forced air fan traveling through the dryer and cyclone and air heater make the process more efficient and a better control over the conditioning of the beans. In order to evenly heat and prepare the bean for hull removal, the bed of beans are stirred while it is conveyed through the dryer before being discharged. The beans are discharged at a temperature of 170F to 195F (77C to 90C). The Guntersville facility has no column dryers as defined in NSPS DD. The Aeroglide dryer meets the definition of a "rack dryer" and the Escher Wyss dryer is a fluidized bed dryer.**Table G: Permit-specified control requirements by Source type for each Facility**

**Random ID**  **Total on**

**site Number of permit** 

**specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Type Total on site**  **Number of permit specified control**  **requirements Grain** 

**handling equipment?**  **(Yes/No)**

ID-100 3 0 2 0 1 0 1 0 0 0 No ID-101 2 2 0 0 0 1 1 1 1 0 Yes ID-102 2 2 0 0 2 2 0 No ID-103 1 0 2 0 0 0 0 0 1 0 1 0 1 0 No ID-104 2 0 2 0 0 0 0 0 1 0 1 0 1 0 No ID-105 2 2 0 0 0 0 0 0 1 1 0 0 2 2 Yes ID-106 1 1 Yes ID-107 2 1 0 0 0 1 0 0 0 Yes ID-108 0 0 0 0 1 1 0 0 2 2 0 0 0 0 Yes ID-109 2 2 2 2 Yes ID-110 1 1 0 1 1 0 1 1 0 2 2 Yes ID-111 1 0 1 0 0 0 0 1 0 No ID-112 1 1 1 1 1 1 0 0 1 1 0 0 0 0 No ID-113 1 1 Yes ID-114 3 0 4 0 0 0 0 0 0 0 0 0 No ID-115 2 0 3 0 1 0 1 0 2 0 No ID-116 7 7 2 2 0 0 0 0 1 1 0 0 0 0 Yes ID-117 2 2 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-118 1 1 0 0 0 1 0 0 No ID-119 2 2 1 1 0 0 1 1 1 1 1 1 0 0 Yes ID-120 1 1 1 1 Yes ID-121 Transfer from CGD 1 0 No ID-122 2 2 0 0 0 0 1 1 1 1 Yes ID-123 2 0 1 0 No ID-124 3 3 1 1 0 0 12 12 2 2 1 1 0 0 Yes ID-125 1 1 0 0 0 0 0 0 1 1 0 0 2 2 Yes ID-126 1 1 1 1 1 1 Yes ID-127 1 1 1 1 Yes ID-128 1 1 0 0 0 0 0 0 1 1 0 0 1 0 Yes ID-129 3 3 4 4 0 0 0 0 1 1 1 1 1 1 Yes ID-130 1 1 0 0 1 1 0 0 1 1 0 0 0 0 Yes ID-131 1 1 0 0 0 0 0 0 1 1 0 0 1 1 Yes ID-132 2 2 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-133 2 2 1 1 0 0 2 2 4 4 2 2 0 0 Yes ID-134 3 3 1 1 0 0 0 1 1 1 1 Yes ID-135 4 4 3 3 0 0 0 0 0 0 2 2 6 8 Yes ID-136 3 3 1 1 0 0 0 0 0 0 1 1 1 1 Yes ID-137 2 1 2 0 0 0 0 0 0 0 1 1 1 1 Yes ID-138 2 2 1 1 0 0 2 2 2 2 1 1 Off ID-139 1 1 0 0 0 0 0 0 1 1 0 0 1 1 Yes ID-140 1 1 1 1 No ID-141 3 3 1 1 0 0 1 1 1 1 0 0 Yes ID-142 2 2 1 1 2 2 2 2 Yes ID-143 5 5 1 1 0 0 0 0 2 2 0 0 0 0 Yes ID-144 3 2 3 2 0 0 1 1 1 1 0 0 No ID-145 2 2 2 1 1 1 1 1 1 1 1 1 Yes ID-146 2 2 1 1 Yes ID-147 8 0 1 0 0 0 1 0 1 0 10 10 Yes ID-148 5 4 3 1 1 1 1 1 Yes ID-149 1 1 1 1 1 1 0 0 1 1 1 1 Yes ID-150 4 4 6 6 0 0 0 0 0 0 0 0 0 0 Yes ID-151 2 2 1 1 0 1 1 1 1 1 1 2 2 Yes ID-152 5 0 5 0 0 0 0 0 1 0 2 0 2 0 No ID-153 2 2 0

- 0

- 0

- 1 1 0

- Yes ID-154 1 1 1 1 1 1 Yes ID-155 2 2 1 1 0 0 0 0 2 2 Yes ID-156 3 3 2 2 0 0 1 1 1 1 1 1 2 2 Yes ID-157 2 Permit in process 1 Permit in process 1 Permit in process 1 Permit in process Yes ID-158 2 2 0 0 0 0 0 Yes ID-159 2 2 1 2 2 1 1 1 1 1 1 1 2 2 Yes ID-160 6 6 8 8 0 0 0 0 1 1 0 0 10 10 Yes ID-161 2 2 4 4 0 0 0 0 1 1 1 1 2 2 Yes ID-162 1 0 0 0 0 0 1 0 1 0 0 0 1 0 No ID-163 3 3 1 1 0 0 0 0 1 1 2 2 1 1 Yes ID-164 2 2 0 0 0 0 0 0 0 0 0 0 2 0 Yes ID-165 1 1 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-166 2 2 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-167 2 2 Yes ID-168 1 1 0 0 0 0 0 0 1 1 0 0 1 0 Yes ID-169 2 0 2 0 0 0 3 0 3 0 0 No ID-170 0 0 1 EQT-0015 1 EQT-0012 & EQT-0049 1 EQT-OOO8, EQT-0009 & EQT-0010 1 EQT-0018 1 EQT-0015 1 EQT-0050 Yes ID-171 1 0 4 1 0 0 1 1 1 1 1 0 0 0 Yes ID-172 0 0 1 1 0 0 3 3 3 3 0 0 0 0 Yes ID-173 0 0 0 0 1 1 1 0 1 0 0 0 1 1 No ID-174 3 3 0 0 0 0 0 0 0 0 0 0 0 0 Yes ID-175 2 2 0 0 0 0 0 0 1 1 0 0 1 0 Yes ID-176 1 1 2 2 2 Yes ID-177 2 0 0 0 0 0 0 0 1 0 0 0 0 0 No

**Truck receiving stations Truck shipping stations**  **Barge and ship receiving stations Barge and ship shipping stations**  **Railcar receiving stations Railcar shipping stations**  **Grain dryers Other components** 

1**Random**

**ID Total on** 

**site Number of permit** 

**specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Total on site Number of permit**  **specified control requirements**  **Type Total on site**  **Number of permit specified control**  **requirements Grain** 

**handling equipment?**  **(Yes/No) Truck receiving stations**  **Truck shipping stations Barge and ship receiving stations**  **Barge and ship shipping stations Railcar receiving stations**  **Railcar shipping stations Grain dryers**  **Other components**

ID-178 2 0 2 0 0 0 0 0 0 0 1 0 1 0 No ID-179 3 3 1 0 0 1 1 1 1 1 1 Yes ID-180 4 4 8 8 0 0 0 0 0 0 0 0 8 8 Yes ID-181 1 0 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-182 2 0 3 0 1 0 1 0 2 0 No ID-183 1 1 1 1 0 0 0 0 0 0 1 1 1 1 Yes ID-184 0 0 0 0 0 0 0 0 0 0 0 0 0 0 No ID-185 1 1 0 0 0 0 0 0 0 0 0 0 1 0 Yes ID-186 5 5 7 0 0 0 0 0 1 0 1 0 2 0 No ID-187 4 3 3 2 0 0 0 0 0 0 0 0 4 4 Yes ID-188 3 3 1 1 0 0 1 1 0 0 0 0 1 1 Yes ID-189 2 0 1 0 0 0 0 0 2 0 1 0 1 0 No ID-190 1 1 0 0 0 0 0 0 0 0 0 0 1 0 Yes ID-191 2 2 1 1 0 0 1 1 0 0 0 0 1 1 Yes ID-192 1 1 1 0 Yes ID-193 1 1 0 0 0 0 0 0 1 1 0 0 1 0 Yes ID-194 1 0 2 2 2 2 2 2 1 1 1 1 1 1 Yes ID-195 2 2 1 0 0 0 0 0 1 1 1 0 1 0 Yes ID-196 5 0 17 0 0 0 0 1 0 1 0 No ID-197 5 5 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-198 4 4 1 1 Yes ID-199 1 1 1 0 0 0 0 0 1 0 1 0 0 0 Yes ID-200 4 0 4 0 0 0 0 0 0 0 0 0 0 0 No ID-201 0 0 0 0 2 2 2 2 1 1 1 1 1 1 Yes ID-202 2 2 0 0 0 1 1 0 1 0 Yes ID-203 3 3 1 1 0 0 1 1 1 1 1 1 0 0 Yes ID-204 1 1 1 0 0 0 0 0 0 0 0 0 0 0 Yes ID-205 1 1 0 0 0 0 0 0 0 0 0 0 1 0 Yes ID-206 2 0 1 0 0 1 0 0 0 0 No ID-207 1 1 0 0 1 1 0 0 1 1 0 0 4 4 Yes ID-208 3 3 1 1 1 1 3 3 1 1 1 1 1 1 Yes ID-209 3 0 5 0 0 0 0 0 0 0 1 0 2 0 No ID-210 4 4 0 0 1 1 1 1 1 1 0 0 3 3 Yes ID-211 2 2 0 0 0 0 0 0 1 1 0 0 0 0 Yes ID-212 5 5 1 1 1 1 Yes ID-213 3 2 1 0 0 0 0 0 0 0 0 0 2 2 Yes ID-214 3 0 1 0 0 1 0 0 0 0 No ID-215 2 2 1 1 0 0 0 0 0 0 0 0 2 2 Yes ID-216 6 6 1 1 1 1 7 7 1 1 1 1 0 Yes ID-217 0 0 0 0 2 2 1 1 1 1 0 0 1 1 Yes ID-218 2 2 0 0 0 0 0 0 0 0 0 0 2 2 Yes ID-219 2 2 1 1 0 0 1 1 1 1 1 1 Yes ID-220 1 Z022 0 0 1 Z029A & Z029B 0 0 1 0 FUGITIVE DUST (N008) 0 0 1 z006 Escher Wyss dryer 1 X024 Yes

2**Random**

**ized ID Ai** **r Pollution Control Device ID Ty** **pe of Control [e.g, fabric filter/bagholuse; cyclone;**  **other (specify)] Points**  **Controlled by this Control**  **(Use ID's from Forms B, C, and**  **D)**

ID-100 APCD-1 Fabric Filter/Baghouse R-1, R-2, S-1, S-2, S-3 ID-100 APCD-2 Fabric Filter/Baghouse R1, R2 ID-100 APCD-3 Fabric Filter/Baghouse S-1, R-4 ID-101 DCRT-1 Fabric Filter/Baghouse R1 & R2 ID-101 DCRR1 Fabric Filter/Baghouse RR-1 ID-101 DCP Fabric Filter/Baghouse P ID-101 DCSR1 Fabric Filter/Baghouse S-1 ID-102 APCD - 1 Fabric Filter/Baghouse R-1 ID-102 APCD - 2 Fabric Filter/Baghouse P-1 ID-102 APCD - 3 Fabric Filter/Baghouse P-1 ID-102 APCD - 4 Fabric Filter/Baghouse P-1 ID-102 APCD - 5 Fabric Filter/Baghouse P-1 ID-103 APCD 1 Fabric Filter/Baghouse P1,2 ID-104 APCD-1 Fabric Filter/Baghouse R-1,S-3,D-4 ID-104 APCD-2 Fabric Filter/Baghouse S-1 S-2 ID-105 DC-200 Fabric Filter/Baghouse R-1 ID-105 DC-201 Fabric Filter/Baghouse R-2 ID-105 DC-202 Fabric Filter/Baghouse R-3 ID-105 DC-203A Fabric Filter/Baghouse P-1 ID-105 DC-300 Fabric Filter/Baghouse P-3 ID-105 DC-301A Fabric Filter/Baghouse P-1 ID-105 DC-309 Fabric Filter/Baghouse P-3 ID-105 DC-300A Fabric Filter/Baghouse P-2 ID-105 DC-300B Fabric Filter/Baghouse P-2 ID-105 DC-300C Fabric Filter/Baghouse P-2 ID-106 APCD-1 Fabric Filter/Baghouse R-1, P-3 ID-106 APCD-2 Fabric Filter/Baghouse R-2 ID-106 APCD-3 Fabric Filter/Baghouse P-1 ID-106 APCD-4 Fabric Filter/Baghouse P-1 ID-107 CD-1 Fabric Filter/Baghouse R-1 ID-107 CD-2 Fabric Filter/Baghouse P-2 ID-107 CD-3 Fabric Filter/Baghouse R-2 ID-107 CD-4 Cyclone P-1 ID-107 CD-5 Cyclone P-1 ID-107 CD-6 Cyclone P-1 ID-107 CD-7 Cyclone P-1 ID-107 CD-8 Cyclone P-1 ID-107 CD-9 Cyclone P-1 ID-108 1001A Fabric Filter/Baghouse R-1 ID-108 1002 Fabric Filter/Baghouse R-2 ID-108 1003A Fabric Filter/Baghouse R-2 ID-108 1003B Fabric Filter/Baghouse R-1, R-3 ID-108 1004 Fabric Filter/Baghouse P-1, P-2ID-108 1005 Fabric Filter/Baghouse P-1

ID-108 1006 Fabric Filter/Baghouse P-1 ID-108 1007 Fabric Filter/Baghouse P-1 ID-108 1008 Fabric Filter/Baghouse P-1 ID-108 1009 Fabric Filter/Baghouse P-1 ID-108 1010 Fabric Filter/Baghouse P-1 ID-108 1013 Fabric Filter/Baghouse R-3 ID-108 1017 Fabric Filter/Baghouse R-1 ID-109 1 Fabric Filter/Baghouse R-1 ID-109 2 Fabric Filter/Baghouse R-2 ID-109 3 Fabric Filter/Baghouse P-1 ID-109 4 Fabric Filter/Baghouse P-1 ID-109 5 Fabric Filter/Baghouse P-1 ID-109 6 Fabric Filter/Baghouse P-1 ID-110 X-1 (TRUCK DUMP) Fabric Filter/Baghouse R-2 ID-110 X-2 (HEADHOUSE) Fabric Filter/Baghouse P-1 ID-110 X-3 (CLEANING) Fabric Filter/Baghouse P-1 ID-110 X-4( BARGE UNLOAD.) Fabric Filter/Baghouse R-1 ID-110 X-7 (BEAN TRANSFER) Fabric Filter/Baghouse P-1 ID-110 X-8 (RAIL RECEIVING) Fabric Filter/Baghouse R-3 ID-110 X-9 (Bean Storage) Fabric Filter/Baghouse P-1 ID-111 DS-1 Fabric Filter/Baghouse R-1 ID-112 Filter #2 Fabric Filter/Baghouse R-1 ID-112 Filter #9 Fabric Filter/Baghouse R-1, R-2 ID-112 Filter #3 Fabric Filter/Baghouse R-1 ID-112 Filter #18 Fabric Filter/Baghouse R-1 ID-112 Filter #19 Fabric Filter/Baghouse R-1 ID-112 Filter #16 Fabric Filter/Baghouse R-1 ID-112 Filter #14 Fabric Filter/Baghouse R-1 ID-113 CE63 (silo 1 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE64 (silo 2 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE65 (silo 3 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE66 (silo 4 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE67 (silo 5 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE68 (silo 6 baghouse) Fabric Filter/Baghouse P-1 ID-113 CE04 (corn cleaner transfer baghouse) Fabric Filter/Baghouse P-1 ID-113 CE44 (corn cleaner baghouse) Fabric Filter/Baghouse P-2 ID-113 CE60 (corn receiving baghouse) Fabric Filter/Baghouse R-1 ID-113 CE61 (silo 7-11 baghouse) Fabric Filter/Baghouse P-2 ID-114 APCD-1 Fabric Filter/Baghouse R-1, S-1, S-2 ID-115 ID-116 APCD-1 Fabric Filter/Baghouse P1 ID-116 APCD-2 Fabric Filter/Baghouse P1 ID-116 APCD-3 Fabric Filter/Baghouse R1, P1 ID-116 APCD-4 Fabric Filter/Baghouse P1 ID-116 APCD-5 Fabric Filter/Baghouse R4 ID-116 APCD-6 Fabric Filter/Baghouse P2 ID-116 APCD-7 Fabric Filter/Baghouse P2 ID-116 APCD-8 Fabric Filter/Baghouse R2, R3 ID-116 APCD-9 Fabric Filter/Baghouse P2 ID-116 APCD-10 Fabric Filter/Baghouse P2 ID-116 APCD-11 Fabric Filter/Baghouse P2ID-116 APCD-12 Fabric Filter/Baghouse P2

ID-116 APCD-13 Fabric Filter/Baghouse R5 ID-116 APCD-14 Fabric Filter/Baghouse P2 ID-116 APCD-15 Fabric Filter/Baghouse P2 ID-117 CE-8 Fabric Filter/Baghouse R-1 ID-117 CE-61 Fabric Filter/Baghouse P-5 ID-117 CE-62 Fabric Filter/Baghouse P-5 ID-117 CE-63 Fabric Filter/Baghouse P-5 ID-117 CE-64 Fabric Filter/Baghouse P-5 ID-117 CE-65 Fabric Filter/Baghouse P-3 ID-117 CE-66 Fabric Filter/Baghouse P-3 ID-117 CE-180 Fabric Filter/Baghouse R-2 ID-117 CE-181 Fabric Filter/Baghouse R-2 ID-118 APCD-1 Fabric Filter/Baghouse R-1 ID-118 APCD-2 Fabric Filter/Baghouse P-2 ID-118 APCD-3 Fabric Filter/Baghouse GH ID-119 Main Cyclone Cyclone R1, R2, S2 ID-120 APCD- F17 Filter Fabric Filter/Baghouse R, P ID-120 APCD- F3 Filter Fabric Filter/Baghouse EE1 ID-120 APCD-F16 Filter Fabric Filter/Baghouse EE2 ID-121 APCD-NHH Fabric Filter/Baghouse R1 ID-121 APCD- Concrete Fabric Filter/Baghouse P1 ID-121 APCD - Steel Fabric Filter/Baghouse ID-121 Carter Day Fabric Filter/Baghouse ID-121 Buhler Fabric Filter/Baghouse C House ID-122 Not Applicable ID-123 DS-1 Fabric filter/baghouse R1-R2 ID-124 DC71 (DC=Dust Control) Fabric Filter/Baghouse R 2 ID-124 DC72 Fabric Filter/Baghouse GH ID-124 DC70 Fabric Filter/Baghouse R 3 ID-124 DC74 Fabric Filter/Baghouse GH ID-124 DC75 Fabric Filter/Baghouse R 10 ID-124 DC78 Fabric Filter/Baghouse GH ID-124 DC69 Fabric Filter/Baghouse GH ID-124 DC63 Fabric Filter/Baghouse GH ID-124 DC68 Fabric Filter/Baghouse GH ID-124 DC62 Fabric Filter/Baghouse GH ID-124 DC66 Fabric Filter/Baghouse GH ID-124 DC84 Fabric Filter/Baghouse GH ID-124 DC60 Fabric Filter/Baghouse GH ID-124 DC61 Fabric Filter/Baghouse GH ID-124 DC76 Fabric Filter/Baghouse GH ID-124 DC67 Fabric Filter/Baghouse GH ID-124 DC79 Fabric Filter/Baghouse R 18 ID-124 DC80 Fabric Filter/Baghouse R 19 ID-124 DC81 Fabric Filter/Baghouse GH ID-124 DC82 Fabric Filter/Baghouse GH ID-124 DC85 Fabric Filter/Baghouse GH ID-124 DC86 Fabric Filter/Baghouse S-1 - S-6 ID-124 DC87 Fabric Filter/Baghouse S-7 - S-12 ID-124 DBF1 (DBF = Dust Bin Filter) Fabric Filter/Baghouse ID-124 DBF2 Fabric Filter/BaghouseID-124 DBF3 Fabric Filter/Baghouse

ID-125 APCD-1 (Truck Receiving) Fabric Filter/Baghouse R-1 ID-125 APCD-2 (Rail Receiving) Fabric Filter/Baghouse R-2 ID-125 APCD-3 (Elevator) Fabric Filter/Baghouse GH ID-125 APCD-4 (Scalper) Fabric Filter/Baghouse GH ID-125 APCD-5 (Prep) Fabric Filter/Baghouse GH ID-126 APCD- 1 - (Scale hopper filter) Fabric Filter/Baghouse P-1 ID-126 APCD- 2 (Tripper filter) Fabric Filter/Baghouse P-1 ID-126 APCD- 3 (General suction filter Fabric Filter/Baghouse R-1 ID-126 APCD- 4 (Feed bin 84 filter) Fabric Filter/Baghouse P-1 ID-126 APCD- 5 (Feed bin 86 filter) Fabric Filter/Baghouse P-1 ID-126 APCD- 6 (Feed load out filter) Fabric Filter/Baghouse S-1 ID-127 APCD1 Fabric Filter/Baghouse R1, R2 ID-127 APCD2 Fabric Filter/Baghouse R1 ID-127 APCD4 Fabric Filter/Baghouse R3 ID-127 APCD4 Fabric Filter/Baghouse R3 ID-128 APCD-1 Fabric Filter/Baghouse R-1/R-2 ID-129 APCD-1 Fabric Filter/Baghouse R-3 ID-129 APCD-2 Fabric Filter/Baghouse P-1 ID-129 APCD-3 Fabric Filter/Baghouse P-1, R-1 ID-129 APCD-4 Fabric Filter/Baghouse P-1 ID-129 APCD-5 Fabric Filter/Baghouse P-1 ID-129 APCD-6 Fabric Filter/Baghouse P-1 ID-129 APCD-7 Fabric Filter/Baghouse P-1 ID-129 APCD-8 Fabric Filter/Baghouse P-1 ID-129 APCD-9 Fabric Filter/Baghouse P-1 ID-129 APCD-10 Fabric Filter/Baghouse P-1 ID-129 APCD-11 Fabric Filter/Baghouse R-3 ID-130 APCD-1 Fabric Filter/Baghouse R-1, R-2, P-1, P-2, P-3 ID-130 APCD-2 Fabric Filter/Baghouse R-1, R-2, P-1, P-2, P-3 ID-130 APCD-3 Fabric Filter/Baghouse WC ID-130 APCD-4 Fabric Filter/Baghouse WC ID-130 APCD-5 Fabric Filter/Baghouse WC ID-130 APCD-6 Fabric Filter/Baghouse WC ID-131 APCD-1 Fabric Filter/Baghouse R-1 ID-131 APCD-2 Fabric Filter/Baghouse R-2 ID-132 APCD-1 Fabric Filter/Baghouse R-1 ID-132 APCD-2 Fabric Filter/Baghouse R-2 ID-132 APCD-3 Fabric Filter/Baghouse R-3 ID-132 APCD-4 Fabric Filter/Baghouse P1,P2,P3,P4,P6 ID-132 APCD-5 Fabric Filter/Baghouse P-5 ID-133 C01 Fabric filter/baghouse P-1, S-1, S-3 ID-133 C02 Fabric filter/baghouse P-1, R-1, R-2 ID-133 C03 Fabric filter/baghouse P-1, R-1, R-2 ID-133 C04 Fabric filter/baghouse P-1, R-1, R-2 ID-133 C05 Fabric filter/baghouse ID-133 C06 Fabric filter/baghouse P-1, R-1, R-2, R-3, S-1, S-3 ID-133 C09 Fabric filter/baghouse P-1, R-1, R-2, R-3, S-1, S-3 ID-133 C10 Fabric filter/baghouse P-1, S-1, S-3 ID-133 C11 Fabric filter/baghouse P-1, R-1, R-2, R-3 ID-133 C14 Fabric filter/baghouse P-1, R-1, R-2 ID-133 C16 Fabric filter/baghouse P-1, R-1-R-3, S-1, S-3ID-133 C17 Fabric filter/baghouse P-1, S-1, S-3

ID-133 C58 Fabric filter/baghouse P-2, R-4, R-5 ID-133 C59 Fabric filter/baghouse P-2, S-4, R-4, R-5 ID-133 C60 Fabric filter/baghouse P-2, S-2, S-4 ID-133 C61 Fabric filter/baghouse P-2, R-4, R-5, S-4 ID-133 C31 Fabric filter/baghouse P-1-P-3, S-1-S-2, R-1-R-6 ID-133 C33 Cyclone P-1-P-3, S-1-S-2, R-1-R-6 ID-133 C32 Cyclone P-3, R-1-R-6 ID-133 C51 Fabric filter/baghouse P-2, S-2, S-4 ID-133 C52 Fabric filter/baghouse P-2, S-2, S-4 ID-133 C53 Fabric filter/baghouse P-2, R-4, R-5, R-6 ID-133 C54 Fabric filter/baghouse ID-133 C55 Fabric filter/baghouse P-2, S-2, S-4 ID-133 C56 Fabric filter/baghouse P-2, R-4, R-5, R-6 ID-133 C57 Fabric filter/baghouse P-2, R-6 ID-133 C62 Fabric filter/baghouse P-2, S-2 ID-134 M46, M70, M73 Fabric Filter/Baghouse P-1, P-2, P-3 ID-134 M67 Fabric Filter/Baghouse S-1 ID-134 M74, M75, M76 Fabric Filter/Baghouse P-1, P-2, P-3 ID-134 M77, M78, M79 Fabric Filter/Baghouse P-1, P-2, P-3 ID-134 M206, M71, M72 Fabric Filter/Baghouse R-1, R-2, R-3 ID-135 APCD-1 Cyclone R-1 ID-135 APCD-2 Cyclone P-1 ID-135 APCD-3 Cyclone P-1 ID-135 APCD-4 Cyclone P-1 ID-135 APCD-5 Cyclone P-2 ID-135 APCD-6 Cyclone P-2 ID-135 APCD-7 Cyclone P-2 ID-135 APCD-8 Cyclone P-2 ID-135 APCD-9 Cyclone R-3 ID-135 APCD-10 Cyclone P-3 ID-135 APCD-11 Cyclone P-3 ID-135 APCD-12 Cyclone P-3 ID-135 APCD-13 Cyclone P-2, D-3 ID-135 APCD-14 Fabric Filter/Baghouse P-4, R-6 ID-136 APCD-1 Mineral oil R3 & R4 ID-137 APCD-1 Fabric Filter/Baghouse R-2, S-1 ID-137 APCD-2 Fabric Filter/Baghouse R1 ID-138 APCD-1 Fabric Filter/Baghouse R-3, R-4, S-3 ID-138 APCD-2 Fabric Filter/Baghouse R-1, R-2, S-1, S-2 ID-138 APCD-3 Fabric Filter/Baghouse P-2 ID-138 APCD-4 Fabric Filter/Baghouse R-1, R-2, P-1, P-2, P-3 ID-138 APCD-5 Fabric Filter/Baghouse P-3 ID-139 APCD-1 Fabric Filter/Baghouse R-1 ID-139 APCD-2 Fabric Filter/Baghouse P-2 ID-140 APCD-1 Fabric Filter/Baghouse P-1, R1 ID-140 APCD-2 Fabric Filter/Baghouse P-1 ID-140 APCD-3 Fabric Filter/Baghouse P-1 ID-140 APCD-4 Fabric Filter/Baghouse P-1 ID-141 APCD-1 Fabric Filter/Baghouse P-1 ID-141 APCD-2 Fabric Filter/Baghouse P-1 ID-141 APCD-3 Fabric Filter/Baghouse R-1, R-2, R-3ID-141 APCD-4 Fabric Filter/Baghouse P-1

ID-141 APCD-5 Fabric Filter/Baghouse P-1 ID-141 APCD-6 Fabric Filter/Baghouse P-1 ID-142 Bin Top Baghouse "A" fabric filter/baghouse P1 ID-142 Bin Top Baghouse "B" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "C" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "D" fabric filter/baghouse P1 ID-142 Truck Pit Baghouse "E" fabric filter/baghouse R-3 ID-142 Truck Pit Baghouse "F" fabric filter/baghouse R-4 ID-142 Headhouse Baghouse "G" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "H" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "I" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "J" fabric filter/baghouse P1 ID-142 Headhouse Baghouse "K" fabric filter/baghouse R-1, R-2, S-1, S-2, P1 ID-143 APCD-1 Fabric Filter/Baghouse P-1, P-2 ID-143 APCD-2 Fabric Filter/Baghouse P-1, P-2 ID-143 APCD-3 Fabric Filter/Baghouse R-3 ID-143 APCD-4 Fabric Filter/Baghouse P-3, P-4 ID-143 APCD-5 Fabric Filter/Baghouse P-3, P-4 ID-143 APCD-6 Fabric Filter/Baghouse P-4 ID-143 APCD-7 Fabric Filter/Baghouse P-4 ID-143 APCD-8 Fabric Filter/Baghouse R-2 ID-144 APCD-1 Fabric Filter/Baghouse R-1, R-2, R-3, S-1,S-1 S-2 ID-144 APCD-2 Fabric Filter/Baghouse R-1. R-2 ID-144 APCD-3 Fabric Filter/Baghouse R-4 ID-144 APCD-4 Fabric Filter/Baghouse S-1, S-2 ID-144 APCD-5 Fabric Filter/Baghouse S-1, S-2 ID-145 C4 Fabric filter/baghouse R-1, S-1 ID-145 C5 Fabric filter/baghouse R-2 ID-145 C9 Fabric filter/baghouse R-3 ID-145 C11 Fabric filter/baghouse R-4 ID-145 C8 Fabric filter/baghouse S-3 ID-146 APCD-1 Fabric Filter/Baghouse P-1,2 ID-146 APCD-2 Fabric Filter/Baghouse P-1 ID-146 APCD-3 Fabric Filter/Baghouse P-1 ID-146 APCD-4 Fabric Filter/Baghouse P-2 ID-146 APCD-5 Fabric Filter/Baghouse P-2 ID-146 APCD-6 Fabric Filter/Baghouse P-1 ID-147 C-1 Fabric Filter/Baghouse IH ID-147 L-2 Fabric Filter/Baghouse IH ID-147 L-1 Fabric Filter/Baghouse IH ID-147 Headhouse Fabric Filter/Baghouse IH ID-147 Dryers Cyclone D ID-148 Dust Collector DC-1 Fabric Filter/Baghouse R-1, S-1, P-1 ID-149 APCD-1 Fabric Filter/Baghouse R1 - R3, S1,S2 ID-150 APCD-1 Cyclone R1 ID-150 APCD-2 Cyclone R2 ID-151 Truck Dump #1 Fabric Filter/Baghouse ID-151 Truck Dump #2 Fabric Filter/Baghouse ID-151 Grain Handling Fabric Filter/Baghouse IH ID-152 APCD-1 Fabric Filter/Baghouse R-7 ID-153 CE 15-1 Truck Dump Fabric Filter/Baghouse R-1ID-153 CE 15-2 Truck Dump Fabric Filter/Baghouse R-2

ID-153 CE 15-3 Rail Dump Fabric Filter/Baghouse R-3 ID-153 CE 1-3 Corn Tower Fabric Filter/Baghouse P-1,2,3 ID-153 CE 1-4 Corn Tower Fabric Filter/Baghouse P-1,2,3 ID-153 CE 150-1 Fabric Filter/Baghouse P-4 ID-153 CE 150-2 Fabric Filter/Baghouse P-4 ID-153 CE 150-3 Fabric Filter/Baghouse P-4 ID-154 APCD - 1 Fabric Filter/Baghouse P-1a ID-154 APCD - 2 Fabric Filter/Baghouse P-1b ID-154 APCD - 3 Fabric Filter/Baghouse P-2 ID-154 APCD - 4 Fabric Filter/Baghouse P-2 ID-154 APCD - 5 Fabric Filter/Baghouse P-3 ID-154 APCD - 6 Fabric Filter/Baghouse P-4 ID-155 Dust collector Fabric Filter/Baghouse R ID-156 APCD-1 Fabric Filter/Baghouse S4, R3, S3, S2 ID-156 APCD-2 Fabric Filter/Baghouse R2 ID-156 APCD-3 Fabric Filter/Baghouse R1, S1 ID-157 Dust Collector #1 Fabric Filter/Baghouse P-1, S-1 ID-158 APCD-1 Dust Collector R-1 ID-158 APCD-2 Fabric Filter/Baghouse P1, P2 ID-158 APCD-2 Fabric Filter/Baghouse P1, P2 ID-159 DS-13 Fabric Filter/Baghouse P-1/S-1 ID-159 DS-21 Fabric Filter/Baghouse R-3 ID-159 DF-11 Fabric Filter/Baghouse R-2 ID-159 DF-1 Fabric Filter/Baghouse R-4 ID-159 DS-22 Fabric Filter/Baghouse P-1 ID-159 DF-12 Fabric Filter/Baghouse P-2/P-4 ID-159 DF-2 Fabric Filter/Baghouse R-3 ID-159 DS-23 Fabric Filter/Baghouse P-2 ID-159 DF-14 Fabric Filter/Baghouse P-1/P-2/P-4 ID-159 DF-3 Fabric Filter/Baghouse S-3 ID-159 DS-24 Fabric Filter/Baghouse P-1/R-6 ID-159 DF-4 Fabric Filter/Baghouse P-1 ID-159 DS-25 Fabric Filter/Baghouse P-1/R-6 ID-159 DF-15 Fabric Filter/Baghouse R-2 ID-159 DF-5 Fabric Filter/Baghouse P-1 ID-159 DS-26 Fabric Filter/Baghouse S-2 ID-159 DF-6 Fabric Filter/Baghouse P-3 ID-159 DS-27 Fabric Filter/Baghouse R-2 ID-159 DF-7 Fabric Filter/Baghouse P-1 ID-159 DS-28 Fabric Filter/Baghouse R-5 ID-159 DF-8 Fabric Filter/Baghouse P-1 ID-159 DF-9 Fabric Filter/Baghouse R-1/P-1/S-4 ID-159 DF-10 Fabric Filter/Baghouse P-1/R-2 ID-160 APCD-1 Fabric Filter/Baghouse R1, R2 ID-160 APCD-2 Fabric Filter/Baghouse P1 ID-160 APCD-3 Fabric Filter/Baghouse P1, P2 ID-160 APCD-4 Fabric Filter/Baghouse R4 ID-160 APCD-5 Fabric Filter/Baghouse P3 ID-160 APCD-6 Fabric Filter/Baghouse R3 ID-160 APCD-7 Fabric Filter/Baghouse R5, R6 ID-160 APCD-8 Fabric Filter/Baghouse P4ID-160 APCD-9 Fabric Filter/Baghouse P4

ID-160 APCD-10 Fabric Filter/Baghouse P4 ID-160 APCD-11 Fabric Filter/Baghouse P4 ID-161 APCD - 1 Fabric Filter/Baghouse R-1 ID-161 APCD - 2 Fabric Filter/Baghouse R-1, R-2, P-1, S-1 ID-161 APCD - 3 Fabric Filter/Baghouse S-1 ID-162 APCD-1 Fabric Filter/Baghouse R-1, R-2 ID-163 New Cyclone Cyclone P-1 - P-17, S1, R2, R3, R4 ID-163 Original Cyclone Cyclone R1, S1, P1-P-15 ID-163 Oiler Mineral oil D1 ID-164 EP26 Fabric Filter/Baghouse R-1, T9, T10, T11 ID-164 EP1 Fabric Filter/Baghouse WC, GH ID-164 EP11 Fabric Filter/Baghouse ID-164 EP2 (partial) Fabric Filter/Baghouse ID-164 EP SS#3 Fabric Filter/Baghouse T12 ID-165 APCD-1 Fabric Filter/Baghouse R-1, P-1,P-2,R-2 ID-165 APCD-2 Fabric Filter/Baghouse R-2 ID-165 APCD-3 Fabric filter w/ cyclone R-2 ID-166 P001 Fabric Filter/Baghouse R-1, R-2, R-3 ID-166 P077 Fabric Filter/Baghouse R-1, R-2, R-3 ID-167 CE-5 Fabric Filter/Baghouse R-1, P- 1-3 ID-167 CE-7 Fabric Filter/Baghouse ID-167 CE-53 Fabric Filter/Baghouse R-2 ID-167 CE-177 Fabric Filter/Baghouse P-4 ID-167 CE-178 Fabric Filter/Baghouse p-5 ID-168 APCD-1 Fabric Filter/Baghouse R-1 ID-169 North Fabric Filter/Baghouse S-1, S-2, S-3, R-3 ID-169 West Fabric Filter/Baghouse R-3, R-4, R-5, R-6, R-7 ID-169 East Fabric Filter/Baghouse S-3, S-6 ID-169 Top Fabric Filter/Baghouse S-1, S-2, S-3 ID-169 Truck Dump Fabric Filter/Baghouse R-1 ID-170 EQT-0008 Cartridge Filter S-3 ID-170 EQT-0009 Cartridge Filter S-4 ID-170 EQT-0010 Cartridge Filter S-1, S-2 ID-170 EQT-0011 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-170 EQT-0012 Fabric Filter/Baghouse R-1, R-3, S-1 ID-170 EQT-0013 Fabric Filter/Baghouse R-1,R-2 ID-170 EQT-0014 Fabric Filter/Baghouse R-10.S-9 ID-170 EQT-0017 Fabric Filter/Baghouse R-8, R-7 ID-170 EQT-0018 Fabric Filter/Baghouse S-10,R-3,S-1,S-3 ID-170 EQT-0019 Fabric Filter/Baghouse S-5

ID-171 APCD-1 Fabric Filter/Baghouse P-1, R-1, S-2, S-3

ID-171 APCD-2 Fabric Filter/Baghouse R-1

ID-171 APCD-3 Fabric Filter/Baghouse P1, R-1, S-2, S-3ID-171 APCD-4 Fabric Filter/Baghouse P1

ID-171 APCD-5 Fabric Filter/Baghouse P1

ID-171 APCD-6 Fabric Filter w/ cyclone S-1

ID-171 APCD-7 Fabric Filter/Baghouse S-1 ID-172 APCD-1 Fabric Filter/Baghouse R-1 ID-172 APCD-2 Fabric Filter/Baghouse R-2 ID-172 APCD-3 Fabric Filter/Baghouse R-3 ID-172 APCD-4 Fabric Filter/Baghouse S-1 ID-172 APCD-5 Fabric Filter/Baghouse S-2 ID-172 APCD-6 Fabric Filter/Baghouse S-3 ID-172 APCD-7 Fabric Filter/Baghouse S-4 ID-173 APCD-1 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-173 APCD-2 Fabric Filter/Baghouse R-1 ID-173 APCD-3 Fabric Filter/Baghouse P-1 ID-173 APCD-4 Fabric Filter/Baghouse P-1 ID-173 APCD-5 Fabric Filter/Baghouse P-1 ID-173 APCD-6 Fabric Filter/Baghouse R-2 ID-173 APCD-7 Fabric Filter/Baghouse P-2 ID-173 APCD-8 Fabric Filter/Baghouse R-3, R-4 ID-173 APCD-9 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-173 APCD-10 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-173 APCD-11 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-173 APCD-12 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-173 APCD-13 Fabric Filter/Baghouse S-1, S-2, S-3, S-5 ID-174 EP1 (F-01001) Fabric Filter/Baghouse R-1, R-2 ID-174 EP2 (F-01002) Fabric Filter/Baghouse R-3 ID-174 EP6 (F-01003) Fabric Filter/Baghouse GH ID-174 EP6A (F-01503) Fabric Filter/Baghouse GH ID-175 APCD-1 Fabric Filter/Baghouse TD-1, R-1 ID-175 APCD-2 Fabric Filter/Baghouse TD-2, R-1 ID-175 APCD-3 Fabric Filter/Baghouse RD-1, R-2 ID-175 APCD-4 Fabric Filter/Baghouse R-3 ID-176 APCD-1 Fabric Filter/Baghouse R-1 ID-176 APCD-2 Fabric Filter/Baghouse R-2 ID-176 APCD-3 Fabric Filter/Baghouse R-3 ID-177 APCD-1 Fabric Filter/Baghouse R1, P1 ID-177 APCD-2 Fabric Filter/Baghouse R1, P1 ID-177 APCD-3 Fabric Filter/Baghouse R2, P2 ID-177 APCD-4 Fabric Filter/Baghouse R2, P2 ID-177 APCD-5 Fabric Filter/Baghouse P2 ID-177 APCD-6 Fabric Filter/Baghouse P2 ID-177 APCD-7 Fabric Filter/Baghouse P2 ID-177 APCD-8 Fabric Filter/Baghouse P2 ID-178 APCD-1 Fabric filter/Baghouse P1ID-178 APCD-2 Fabric filter/Baghouse P1

ID-179 DC-1 Fabric Filter/Baghouse IH ID-179 DC-2 Fabric Filter/Baghouse IH ID-179 DC-3 Fabric Filter/Baghouse IH ID-179 DC-4 Cyclone IH ID-179 DC-5 Cyclone IH ID-179 DC-6 Cyclone IH ID-179 DC-8 Cyclone ID-179 DC-9 Cyclone ID-179 DC-10 Fabric Filter/Baghouse IH ID-179 DC-11 Fabric Filter/Baghouse IH ID-180 APCD-1 Cyclone R-1 ID-180 APCD-2 Cyclone P-1 ID-180 APCD-3 Cyclone P-1 ID-180 APCD-4 Cyclone P-1 ID-180 APCD-5 Cyclone P-1 ID-180 APCD-6 Cyclone P-1 ID-180 APCD-7 Cyclone P-1 ID-180 APCD-8 Cyclone R-2 ID-180 APCD-9 Cyclone P-2 ID-180 APCD-10 Cyclone P-2 ID-180 APCD-11 Cyclone P-2 ID-180 APCD-12 Cyclone P-2 ID-180 APCD-13 Cyclone P-2, P-3 ID-180 APCD-14 Cyclone R-3 ID-180 APCD-15 Cyclone P-3 ID-180 APCD-16 Fabric Filter/Baghouse P-3 ID-180 APCD-17 Fabric Filter/Baghouse P-3 ID-180 APCD-18 Fabric Filter/Baghouse P-3 ID-180 APCD-19 Cyclone P-4 ID-180 APCD-20 Cyclone P-4 ID-181 Filter #1 Fabric Filter/Baghouse ID-181 Filter #2 Fabric Filter/Baghouse ID-181 Filter #3 Fabric Filter/Baghouse ID-181 Filter #27 Fabric Filter/Baghouse Mill Mix ID-182 APCD-1 Fabric Filter/Baghouse R-1, R-3, S-1, S-4 ID-182 APCD-2 Fabric Filter/Baghouse R-2, S-2, S-3 ID-183 APCD-1 Cyclone R1, S1 ID-184 APCD-1 Fabric Filter/Baghouse R-1 ID-184 APCD-2 Fabric Filter/Baghouse P-1 ID-184 APCD-4 Fabric Filter/Baghouse R-2, P-2, S-1 ID-184 APCD-4 Fabric Filter/Baghouse R-2, P-2, S-1 ID-184 APCD-5 Fabric Filter/Baghouse R-2, P-2, S-1 ID-184 APCD-6 Fabric Filter/Baghouse R-2, P-2, S-1 ID-184 APCD-7 Fabric Filter/Baghouse P-3 ID-184 APCD-8 Fabric Filter/Baghouse P-3 ID-184 APCD-9 Fabric Filter/Baghouse P-3 ID-184 APCD-10 Fabric Filter/Baghouse P-3 ID-185 EP-9 Fabric Filter/Baghouse R-1, P ID-185 EP-95 Fabric Filter/Baghouse P ID-185 EP-101 Fabric Filter/Baghouse P ID-185 EP-5 (Partial) Fabric Filter/BaghouseID-186 APCD-1 Fabric Filter/Baghouse R1, P1, P2

ID-186 APCD-2 Fabric Filter/Baghouse R2, P3 ID-187 APCD-1 Fabric Filter/Baghouse P-1 ID-187 APCD-2 Fabric Filter/Baghouse P-1 ID-187 APCD-3 Cyclone R-1 ID-187 APCD-4 Cyclone R-2 ID-187 APCD-5 Fabric Filter/Baghouse P-2, R-3 ID-187 APCD-6 Fabric Filter/Baghouse P-2 ID-188 APCD1 Fabric Filter/Baghouse R1 ID-188 APCD2 Fabric Filter/Baghouse R2 ID-189 MO Mineral Oil R1, R2, S1, P1 ID-189 ND Dust Collector P1, S1 ID-189 SD Dust Collector P1, S1 ID-189 BD Dust Collector R1, R2, S1, P1, D1 ID-189 TD Dust Collector R1, R2, S1, P1, D1 ID-190 E008 Fabric Filter/Baghouse R-1 & P-1 ID-191 APCD - 1 Carter Day Fabric Filter/Baghouse R-1, R-2, R-3, R-4, S-4, S-5, S-6, S-7 ID-191 APCD - 2 Aircon Fabric Filter/Baghouse R-5, R-6, R-7, R-8, R-10, R-11, R-12, R-13, S-1, S-2 ID-191 APCD - 3 Top Cyclone Cyclone R-1, R-2, R-3, R-4, R-5, R-6, R-7, R-8, R-10, R-11, R-12, R-13, S-1, S-2, S-4, S-5, S-6, S-7 ID-192 APCD-1 Fabric Filter/Baghouse R-1 ID-192 APCD-2 Fabric Filter/Baghouse R-1, P-1, R-3 to R-5 ID-192 APCD-3 Fabric Filter/Baghouse R-1 ID-193 1001 DC Dust Collector ID-193 3001 DC Soybean Handling RJ (Carter Day - 144 RJ 120) P ID-193 2002 DC Truck Dump Filter Receiver (MAC - T2AVR14) ? ID-193 2001 DC Dust Collector E ID-193 7011 DC Dust Collector ID-193 7012 DC Dust Collector ID-193 2001 DC Dust Collector E ID-193 7002 DC Dust Collector D ID-193 7003 DC Dust Collector D ID-194 DF-1 Fabric Filter/Baghouse R-3 ID-194 DF-2 Fabric Filter/Baghouse R-3 ID-194 DF-3 Fabric Filter/Baghouse P-1 ID-194 DF-4 Fabric Filter/Baghouse P-1 ID-194 DF-5 Fabric Filter/Baghouse P-1 ID-194 DF-6 Fabric Filter/Baghouse P-1 ID-194 DF-7 Fabric Filter/Baghouse P-1 ID-194 DF-9 Fabric Filter/Baghouse P-1 ID-194 DF-10 Fabric Filter/Baghouse P-1 ID-194 DF-11 Fabric Filter/Baghouse P-3 ID-194 DF-12 Fabric Filter/Baghouse P-3 ID-194 DF-13 Fabric Filter/Baghouse P-3 ID-194 DF-14 Fabric Filter/Baghouse P-3 ID-194 DF-15 Fabric Filter/Baghouse S-1 ID-194 DF-16 Fabric Filter/Baghouse S-1 ID-194 DF-17 Fabric Filter/Baghouse S-4/S-5 ID-194 DF-19 Fabric Filter/Baghouse R-2 ID-194 DF-21 Fabric Filter/Baghouse R-2 ID-194 DF-22 Fabric Filter/Baghouse S-3 ID-194 DF-23A Fabric Filter/Baghouse S-2/S-3ID-194 DF-24 Fabric Filter/Baghouse S-3

ID-194 DF-25A Fabric Filter/Baghouse S-2/S-3 ID-194 DF-27 Fabric Filter/Baghouse S-3 ID-194 DF-28A Fabric Filter/Baghouse R-1 ID-194 DF-31 Fabric Filter/Baghouse S-3 ID-194 DF-32 Fabric Filter/Baghouse S-3 ID-194 DF-33 Fabric Filter/Baghouse S-2 ID-194 DF-34 Fabric Filter/Baghouse S-2/S-3 ID-194 DF-35 Fabric Filter/Baghouse S-2 ID-194 DF-36 Fabric Filter/Baghouse S-2 ID-194 DF-37 Fabric Filter/Baghouse R-1 ID-194 DF-38 Fabric Filter/Baghouse R-1 ID-194 DF-39 Fabric Filter/Baghouse S-2 ID-194 DF-40 Fabric Filter/Baghouse S-2/S-3 ID-194 DF-41 Fabric Filter/Baghouse S-2/S-3 ID-195 APCD-1 Fabric Filter/Baghouse P-1 ID-195 APCD-2 Fabric Filter/Baghouse P-3, P-4 ID-195 APCD-3 Fabric Filter/Baghouse R-1, R-2 ID-196 ID-197 APCD-1 FABRIC FILTER/BAGHOUSE R-1 ID-197 APCD-2 FABRIC FILTER/BAGHOUSE R-2 ID-197 APCD-3 FABRIC FILTER/BAGHOUSE R-3 ID-197 APCD-4 FABRIC FILTER/BAGHOUSE P-8 ID-197 APCD-5 FABRIC FILTER/BAGHOUSE R4,P1 - P3 ID-197 APCD-6 FABRIC FILTER/BAGHOUSE P1 - P-3 ID-197 APCD-7 FABRIC FILTER/BAGHOUSE R5,P4,P5 ID-197 APCD-8 FABRIC FILTER/BAGHOUSE P-8 ID-197 APCD-9 FABRIC FILTER/BAGHOUSE R-6 ID-198 WM-80 Fabric Filter/Baghouse P-4 ID-198 WM-60 Fabric Filter/Baghouse P-2 ID-198 WM-01 Fabric Filter/Baghouse R-1-2 ID-198 WM-81 Fabric Filter/Baghouse P-4 ID-198 WM-61 Fabric Filter/Baghouse P-2 ID-198 WM-02 Fabric Filter/Baghouse R-3-4 ID-198 WM-82 Fabric Filter/Baghouse P-4 ID-198 WM-72 Fabric Filter/Baghouse P-3 ID-198 WM-71 Fabric Filter/Baghouse R-5 ID-198 WM-83 Fabric Filter/Baghouse P-4 ID-198 WM-73 Fabric Filter/Baghouse P-3 ID-198 WM-03 Fabric Filter/Baghouse GH ID-198 WM-84 Fabric Filter/Baghouse P-4 ID-198 WM-74 Fabric Filter/Baghouse P-3 ID-198 WM-54 Fabric Filter/Baghouse P-1 ID-198 WM-85 Fabric Filter/Baghouse P-4 ID-198 WM-75 Fabric Filter/Baghouse P-3 ID-198 WM-55 Fabric Filter/Baghouse P-1 ID-198 WM-86 Fabric Filter/Baghouse P-4 ID-198 WM-76 Fabric Filter/Baghouse P-3 ID-198 WM-56 Fabric Filter/Baghouse P-1 ID-198 WM-87 Fabric Filter/Baghouse P-4 ID-198 WM-77 Fabric Filter/Baghouse P-3 ID-198 WM-57 Fabric Filter/Baghouse P-2ID-198 WM-88 Fabric Filter/Baghouse P-4

ID-198 WM-78 Fabric Filter/Baghouse P-3 ID-198 WM-58 Fabric Filter/Baghouse P-2 ID-198 WM-89 Fabric Filter/Baghouse P-4 ID-198 WM-79 Fabric Filter/Baghouse P-3 ID-198 WM-59 Fabric Filter/Baghouse P-2 ID-199 TRUCK DUMP FILTER Fabric Filter/Baghouse R-1 ID-199 ELEVATOR ROOF FILTER Fabric Filter/Baghouse P-1 ID-200 ID-201 DS-11 Fabric Filter/Baghouse R-6 ID-201 DS-1 Fabric Filter/Baghouse S-1 ID-201 DS-12 Fabric Filter/Baghouse R-6 ID-201 DS-2 Fabric Filter/Baghouse S-1 ID-201 DS-13 Fabric Filter/Baghouse R-6 ID-201 DS-3 Fabric Filter/Baghouse S-2 ID-201 DS-14 Fabric Filter/Baghouse R-6 ID-201 DS-4 Fabric Filter/Baghouse S-2 ID-201 DS-15 Fabric Filter/Baghouse S-3 ID-201 DS-5 Fabric Filter/Baghouse S-1 ID-201 DS-16 Fabric Filter/Baghouse P-1/R-6 ID-201 DS-6 Fabric Filter/Baghouse S-2 ID-201 DS-17 Fabric Filter/Baghouse P-1/R-6 ID-201 DS-7 Fabric Filter/Baghouse S-2 ID-201 DS-18 Fabric Filter/Baghouse P-1 ID-201 DS-8 Fabric Filter/Baghouse S-1 ID-201 DS-19 Fabric Filter/Baghouse P-1 ID-201 DS-9 Fabric Filter/Baghouse R-1 ID-201 DS-20 Fabric Filter/Baghouse P-1 ID-201 DS-10 Fabric Filter/Baghouse R-4 ID-201 DS-21 Fabric Filter/Baghouse R-3 ID-201 DS-22 Fabric Filter/Baghouse P-1 ID-201 DS-23 Fabric Filter/Baghouse P-2 ID-201 DS-24 Fabric Filter/Baghouse R-6/P-1 ID-201 DS-25 Fabric Filter/Baghouse R-6/P-1 ID-201 DS-26 Fabric Filter/Baghouse S-2 ID-201 DS-27 Fabric Filter/Baghouse R-2 ID-201 DS-28 Fabric Filter/Baghouse R-5 ID-202 APCD 1-10 (EU-23) Clothe Cartridge P 1-10 ID-202 APCD 11 (EU-51) Fabric Filter/Baghouse P13-16, R 1-3 ID-202 APCD 12 (EU-52) Fabric Filter/Baghouse ID-202 APCD 13 (EU-53) Fabric Filter/Baghouse ID-203 APCD-1 Receiving Fabric Filter/Baghouse R-1,R-2,R-3, ID-203 APCD-2 House Fabric Filter/Baghouse T-1 ID-203 APCD-3 River Fabric Filter/Baghouse S-1 ID-203 APCD-4 MINERAL OIL T-1,S-1,S-2,S-3 ID-204 D20 Fabric Filter/Baghouse R-1 ID-204 D11 Cyclone P-1 ID-204 D14 Cyclone P-1 ID-205 APCD-1 Fabric Filter/Baghouse R-1 ID-206 DS-1 Fabric Filter/Baghouse R-1, S-2 ID-207 RS-1B Fabric Filter/Baghouse ID-207 RS-1B Fabric Filter/BaghouseID-207 RS-2 Fabric Filter/Baghouse P1 - P19

ID-207 RS-2 Fabric Filter/Baghouse P1 - P19 ID-207 RS-3 Fabric Filter/Baghouse ID-207 RS-3 Fabric Filter/Baghouse ID-207 CD-1 Fabric Filter/Baghouse P1 - P19 ID-207 CD-1 Fabric Filter/Baghouse P1 - P19 ID-207 CD-3 Fabric Filter/Baghouse P1 - P19 ID-207 CD-3 Fabric Filter/Baghouse P1 - P19 ID-208 APCD-1 Fabric Filter/Baghouse R-1 ID-208 APCD-2 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-208 APCD-3 Fabric Filter/Baghouse S-1, S-2, S-3, S-4 ID-208 APCD-4 Fabric Filter/Baghouse S-2, S-3, S-4 ID-208 APCD-5 Fabric Filter/Baghouse R-1, R-2 ID-208 APCD-6 Fabric Filter/Baghouse R-5, S-1 ID-208 APCD-7 Fabric Filter/Baghouse S-2 ID-208 APCD-8 Fabric Filter/Baghouse S-3 ID-208 APCD-9 Fabric Filter/Baghouse S-4 ID-208 APCD-10 Fabric Filter/Baghouse R-2, R-3, S-1, S-3, S-4 ID-209 N/A ID-210 APCD-1 Fabric Filter/Baghouse R-1,D-1,D-2,D-3 ID-210 APCD-2 Fabric Filter/Baghouse R-2 ID-210 APCD-3 Fabric Filter/Baghouse R-4, R-5, P-1 ID-210 APCD-4 Fabric Filter/Baghouse R-6,R-7 ID-210 APCD-5 Fabric Filter/Baghouse R-10,P-2 ID-210 APCD-6 Fabric Filter/Baghouse R-11,R-13 ID-210 APCD-7 Fabric Filter/Baghouse R-14 ID-210 APCD-8 Fabric Filter/Baghouse R-9 ID-210 APCD-9 Fabric Filter/Baghouse R-19 ID-210 APCD-10 Fabric Filter/Baghouse S-1 ID-211 A200000 Fabric Filter/Baghouse P, R, S ID-212 Truck Dump #1 (CE RC-01) Fabric Filter/baghouse R-1 ID-212 Truck Dump #2 (CE RC-02) Fabric Filter/baghouse R-1 ID-212 Truck Dump #3 (CE RC-03) Fabric Filter/baghouse R-1 ID-212 Truck Dump #4 (CE RC-04) Fabric Filter/baghouse R-1 ID-212 Truck Dump #5 (CE RC-05) Fabric Filter/baghouse R-1 ID-212 Rail Car Dump (CE RC-06) Fabric Filter/baghouse R-2 ID-213 APCD-1 Fabric Filter/Baghouse R-1 ID-213 APCD-2 Fabric Filter/Baghouse R-2 ID-214 DS-1 Fabric Filter/Baghouse R-1 ID-214 DS-5 Fabric Filter/Baghouse R-2, R-3 ID-215 APCD-1 Fabric Filter/Baghouse R1, R2 ID-215 APCD-2 Fabric Filter/Baghouse P1 ID-215 APCD-3 Fabric Filter/Baghouse P1 ID-216 Truck Dump #1 Fabric Filter/Baghouse ID-216 Truck Dump #2 Fabric Filter/Baghouse ID-216 Truck Dump #3 Fabric Filter/Baghouse ID-216 Truck Dump #4 Fabric Filter/Baghouse ID-216 Truck Dump #5&6 Fabric Filter/Baghouse ID-216 Rail Shipping/Receiving Fabric Filter/Baghouse ID-216 1964 Roof Fabric Filter/Baghouse IH ID-216 1978 Tanks Fabric Filter/Baghouse IH ID-216 North Basement Fabric Filter/Baghouse IHID-216 South Basement Fabric Filter/Baghouse IH

ID-217 see attached spreadsheet ID-218 APCD-1 Fabric Filter/Baghouse R-1, P-1 ID-219 Truck Dumps Fabric Filter/Baghouse ID-219 Cleaners Fabric Filter/Baghouse IH ID-219 Legs Fabric Filter/Baghouse IH ID-219 Conveyor 10 Fabric Filter/Baghouse IH ID-219 Loadout Fabric Filter/Baghouse ID-220 APCD-Neuero X029 A Fabric Filter/Baghouse R ID-220 APCD-Neuero X029B Fabric Filter/Baghouse R ID-220 APCD-Cleaning Sys X033 Fabric Filter/Baghouse R ID-220 APCD-Old stor asp Z002 Fabric Filter/Baghouse R ID-220 APCD-New stor asp Z003 Fabric Filter/Baghouse R ID-220 APCD-truck dump asp Z022 Fabric Filter/Baghouse R ID-220 APCD-Aeroglide dryer Z006 Screenhouse D**Ty pe of Data A**  **vailable [e.g., performance test, manufacturer's specs or guarantee,**  **engineering calculations, other (specify)] Design**  **Efficiency Units (include** 

**whether efficiencies are for PM, PM10,**  **PM 2.5, Opacity)** 

ND ND ND ND ND ND ND ND ND Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99.00% P-M and PM10 Manufacturer's specifications 99.00% P-M and PM10 Manufacturer's specifications 99.00% P-M and PM10 Manufacturer's specifications 99.00% P-M and PM10 Manufacturer's specifications 99.00% P-M and PM10 Manufacturer's specifications 80% P-M and PM10 Manufacturer’s specifications ND PM10 Manufacturer’s specifications ND PM10 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications. 99+% P-M, PM10, PM2.5 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Kice 99% PM10 + PM2.5 Kice 99% PM10 + PM2.5 Kice 99% PM10 + PM2.5 Strong Scott 90% PM10 Strong Scott 90% PM10 Strong Scott 90% PM10 Strong Scott 90% PM10 Strong Scott 90% PM10 Strong Scott 90% PM10 Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications and Performance Test 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications and Performance Test 99.50% P-MManufacturer's Specifications 99.50% P-M

Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications 99.50% P-M Manufacturer's Specifications and Performance Test 99.50% P-M Manufacturer's Specifications and Performance Test 99.50% P-M Performance test 99+% Particulates Performance test 99+% Particulates Manufacturer’s specifications 99+% Particulates Manufacturer’s specifications 99+% Particulates Manufacturer’s specifications 99+% Particulates Manufacturer’s specifications 99+% Particulates Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% Manufacturer’s specifications 99+% P-M and PM10 CD 72 RJ 72 1155 s. ft. filter media 99.80% PM10 CD 144 RJ 60 1920 sq. ft. filter media 99.80% PM10 Carter Day

72 RJ96 99.80% PM10 MAC 96 MCF 153 99.90% PM10 Buhler Miag 513 sq. ft. filter media 99.80% PM10 Carter Day

72 RJ-96 99.80% PM10 Carter Day

72-RJ 96 99.80% PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Performance Test 99% P-M and PM10 Performance Test 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 Manufacturer's specifications 99% P-M and PM10 ND ND ND

ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10ND 99% P-M and PM10

ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND ND ND Manufacturers Specification 99% P-M Manufacturers Specification 99% P-M Manufacturers Specification 99% P-M Manufacturers Specification 99% P-M Manufacturers Specification 99% P-M Manufacturers Specification 99% P-M Manufacturers Specification 99.90% PM10 Manufacturers Specification 99.90% PM10 Manufacturer's specifications 90% P-M and PM10 Manufacturer's specifications 90% P-M and PM10 Manufacturer's specifications 90% P-M and PM10 ND ND ND Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's Specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10 Manufacturer's specifications 99.90% P-M and PM10

Manufacturer’s specifications 99+% P-M and PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10Manufacturer's Specifications 99.90% PM10

Manufacturer's Secifications 99.90% P-M and PM10 Manufacturer's Secifications 99.90% P-M and PM10 Manufacturer's Secifications 99.90% P-M and PM10 Manufacturer's Secifications 99.90% P-M and PM10 Manufacturer's Secifications 99.90% P-M and PM10 Manufacturers testing 0.999 Grains/cu.ft. Manufacturer testing 0.999 Grains/cu.ft. Manufacturer testing 0.999 Grains/cu.ft. Manufacturer testing 0.999 Grains/cu.ft. Manufacturer testing 0.999 Grains/cu.ft. Manufacturer testing 0.999 Grains/cu.ft. MN Control Equipment Rule 99% P-M MN Control Equipment Rule 99% P-M MN Control Equipment Rule 99% P-M MN Control Equipment Rule 99% P-M ND ND ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 95% P-M/PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity ND 99.90% ND Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% OpacityPerformance Test 99.90% Opacity

Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 85% Opacity Performance Test 85% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity ND 99.90% ND Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Performance Test 99.90% Opacity Manufacturer's specifications 98% P-M Manufacturer's specifications 98% P-M Manufacturer's specifications 98% P-M Manufacturer's specifications 98% P-M Manufacturer's specifications 98% P-M ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 80% P-M and PM10 ND 90% P-M and PM10 Manufacturers Specifications 40% P-M, PM10 Manufacture's specifications 90% P-M and PM10 Manufacture's specifications 90% P-M and PM10 Performance Test 99.98% P-M and PM10 Performance Test 99.98% P-M and PM10 Performance Test 99.98% P-M and PM10 Performance Test 99.98% P-M and PM10 Performance Test 99.98% P-M and PM10 ND ND ND ND ND ND Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer’s spec. 99+% P-M and PM10 Manufacturer’s spec. 99+% P-M and PM10 Manufacturer’s spec. 99+% P-M and PM10Manufacturer’s spec. 99+% P-M and PM10

Manufacturer’s spec. 99+% P-M and PM10 Manufacturer’s spec. 99+% P-M and PM10 ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND GENERAL SJL 72-8 0.95 PM10 GENERAL SJL-72-8 0.95 PM10 Kice M-120-10 0.95 PM10 GENERAL SJL- 72-8 0.95 PM10 Kice - 120 0.95 PM10 Kice M- 36-10 0.95 PM10 Manufacturer’s specifications 99.90% P-M Manufacturer’s specifications 99.90% P-M Manufacturer’s specifications 99.90% P-M Manufacturer’s specifications 99.90% P-M Manufacturer’s specifications 90.00% P-M ND ND ND Manufacturer's Specs. 99+% P-M and PM~ Engineering Calculations 75% P-M, PM10 Engineering Calculations 75% P-M, PM10 Manufacturer's specifications ND P-M Manufacturer's specifications ND P-M Manufacturer's specifications ND P-M Manufacturer's specifications 0.999 P-M Test of EP 15-1(one EP for all sources) 99%+ P-M and PM10Test of EP 15-1(one EP for all sources) 99%+ P-M and PM10

Test of EP 15-1(one EP for all sources) 99%+ P-M and PM10 Stack test one source 99%+ P-M and PM10 Stack test one source 99%+ P-M and PM10 Stack test one for all three sources 99%+ P-M and PM10 Stack test one for all three sources 99%+ P-M and PM10 Stack test one for all three sources 99%+ P-M and PM10 Kice Dynajet M-264-10 97% PM10 Kice Dynajet M-120-10 97% PM10 Buhler ASF-36/10 97% PM10 Buhler ASF-36/10 97% PM10 Kice Dynajet M-144-10 97% PM10 Buhler Dry

Filter Dust Collector 97% PM10 Manufacturer’s specifications 90+% P-M/PM10 Manufacturers specifications 99% PM10 Manufactures specifications 99% PM10 Manufactures specifications 99% PM10 ND ND ND Manufacturer's specifications 90% P-M and PM10 Manufacturer’s specifications 99.90% P-M and PM10 Manufacturer's Specifications 99.90% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 Manufacturer's Specifications 99.70% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10ND 99% P-M and PM10

ND 99% P-M and PM10 ND 99% P-M and PM10 Manufacturer's specifications 99% PM10 Manufacturer's specifications 99% PM10 Manufacturer's specifications 99% PM10 Manufacturer's Specifications 95% P-M and PM10 Manufacturer's Specifications 80% P-M and PM10 Industry Standards 80% P-M and PM10 Industry Standards 40% P-M Performance test; manufacturer's specs >99% P-M Performance test; manufacturer's specs >99% P-M Performance test; manufacturer's specs >99% P-M Performance test; manufacturer's specs >99% P-M Manufacturer's specs >99% P-M Manufactures specifications 0.999 P-M Manufactures specifications 0.999 P-M Manufactures specifications 0.999 P-M Manufacturer's specification 99.50% P-M Manufacturer's specification 99.90% P-M Performance Test 99.50% P-M Performance Test 99.50% P-M and PM10 Performance Test 99.50% P-M and PM10 Manufacturer's Specs 99.50% P-M Manufacturer's Specs 99.50% P-M ND ND ND Manufacturer's specifications 99.50% P-M Manufacturer's specifications 99.50% P-M Manufacturer's specifications 99.5% P-M Manufacturer's specifications 98% P-M Manufacturer's specifications 98% P-M Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10 Manufacturer’s specifications 99% P-M and PM10

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5

Manufacturer's specifications, AP-42, Table B.2-3; AP-42, Table B.2-3 99.9%, 99.5%, 99% P-M

PM10 PM2.5 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's specifications ND P-M and PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.90% PM10 Manufacturer's Specifications 99.50% PM10 Manufacturer's Specifications 99.50% PM10 Manufacturer's Specifications 99.50% PM10 Manufacturer's Specifications 99.50% PM10 Manufacturer's specs, performance test 99.90% PM2.5 and PM10 Manufacturer's specs 99.90% PM2.5 and PM10 Manufacturer's specs 99.90% PM2.5 and PM10 Manufacturer's specs, performance test 99.90% PM2.5 and PM10 Iowa Title V Operating Permit Control Efficiency Table 99% / 95% P-M / PM10 Iowa Title V Operating Permit Control Efficiency Table 99% / 95% P-M / PM10 Iowa Title V Operating Permit Control Efficiency Table 99% / 95% P-M / PM10 Iowa Title V Operating Permit Control Efficiency Table 99% / 95% P-M / PM10 Manufacturer's Specifications 99.96% P-M and PM10 Manufacturer's Specifications 99.96% P-M and PM10 Manufacturer's Specifications 99.96% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manfucturer's Specs 99.90% P-M and PM10 Manufacturer's specifications 99% P-MManufacturer's specifications 99% P-M

Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M Manufacturer’s specifications ND P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 80% P-M ND 99.70% P-M ND 99.70% P-M ND 99.70% P-M ND 80% P-M ND 80% P-M 12,000 cfm, 16:09 A/C ratio 0.99275 P-M, PM10 12,000 cfm 16:09 A/C ratio 0.99275 P-M, PM10 12,000 cfm 16:09 A/C ratio 0.99275 P-M, PM10 20,064 cfm, 8:17 A/C ratio 0.99275 P-M, PM10 ND ND ND ND ND ND Manufacturer's Specification 80% P-M + PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer's specs, performance test >99% P-M Manufacturer's specs, performance test >99% P-M Manufacturer's specs, performance test >99% P-M Manufacturer's specs >99% P-MManufacturer's specifications ND P-M and PM10

Manufacturer's specifications ND P-M and PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 ND 90% P-M/PM10 ND 90% P-M/PM10 ND 99% P-M/PM10 ND 99% P-M/PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 NA NA NA Tested in 1999 by

KDHE 90% P-M and PM10 Tested in 1999 by

KDHE 90% P-M and PM10 Tested in 1999 by

KDHE 90% P-M and PM10 Tested in 1999 by

KDHE 90% P-M and PM10 Manufacturer's specs 99.90% P-M and PM10 Manufacturer’s specifications 99.50% P-M Manufacturer’s specifications 98% P-M Manufacturer’s specifications 99.90% P-M MN Control Equipment Rules 99% P-M MN Control Equipment Rules 99% P-M MN Control Equipment Rules 99% P-M Manufacturer's specifications 99%+ P-M Manufacturer's specifications 99%+ P-M Manufacturer's specifications 99%+ P-M Manufacturer's specifications 99%+ P-M Performance Test on Outlet Grain Loading 99%+a P-M Performance Test on Outlet Grain Loading 99%+a P-M Performance Test on Outlet Grain Loading 99%+a P-M Performance Test on Outlet Grain Loading 99%+a P-M Performance Test on Outlet Grain Loading 99%+a P-M Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10Manufacturer's Specifications 99.99% P-M and PM10

Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's Specifications 99.99% P-M and PM10 Manufacturer's specifications. 99+% P-M and PM10 Manufacturer's specifications. 99+% P-M and PM10 Manufacturer's specifications. 99+% P-M and PM10

Engineering calculation & Performance test 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculation & Performance test 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Engineering calculations 99.80% P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.003 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.003 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufactures specifications 0.005 grains/DSCF P-M and PM10 Manufacturer's specifications 99+% P-M and PM10 Manufacturer's specifications 99+% P-M and PM10

Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer's Specifications 99.95% P-M and PM10 Manufacturer’s specifications 98.40% >1 Microns Manufacturer’s specifications 99.90% >1 Microns Manufacturer’s specifications 99.90% >1 Microns Manufacturer’s specifications 99.90% >1 Microns Manufacturer’s Spec 99+% P-M and PM10 Manufacturer’s Spec 99+% P-M and PM10 Manufacturer’s Spec 99+% P-M and PM10 Manufacturer’s Spec 80% P-M and PM10 Manufacturer's specifications 99.75% P-M and PM10 Engineering calculations 99.98% P-M and PM10 Engineering calculations 99.98% P-M and PM10 ND ND ND Manufacturer’s specifications 99+% P-M and PM10 Manufacturer's Specs. 99.9+%,99.9+% P-M, PM10 Manufacturer's Specs. <=20% OpacityManufacturer's Specs. 99.9+%,99.9+% P-M, PM10 Manufacturer's Specs. <=20% Opacity Manufacturer's Specs. 99.9+%,99.9+% P-M, PM10 Manufacturer's Specs. <=20% Opacity Manufacturer's Specs. 99.9+%,99.9+% P-M, PM10 Manufacturer's Specs. <=20% Opacity Engineering calculations 99.9+%,99.9+% P-M, PM10 Engineering calculations <=20% Opacity Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10 Manufacturer’s specifications ND P-M and PM10

Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's Specifications 99% P-M Manufacturer's specifications 98.00% P-M and PM10 Manufacturer's Specifications 99% Manufacturer's Specifications 99% Manufacturer's Specifications 99% Manufacturer's Specifications 0.9995 0 Opacity Manufacturer's Specifications 0.9995 0 Opacity Performance Test included 99% 0 Opacity ND ND ND ND ND ND Manufacturer’s specifications 99+% P-M and PM10 Manufacturer’s specifications 99+% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 ND 99% P-M and PM10 Manufacturer's specifications 99.95% P-M Manufacturer's specifications 99.95% P-M Manufacturer's specifications 99.95% P-M Manufacturer's specifications 99.95% P-M Manufacturer's specifications 99.95% P-M Manufacturer's specifications 99.95% P-M Manufacturer's specifications 88.50% P-M Manufacturer's specifications 88.50% P-M Manufacturer's specifications 88.50% P-MManufacturer's specifications 88.50% P-M

ND 99% P-M/PM10 Manufacturer’s specifications 99% P-M Manufacturer’s specifications 99% P-M Manufacturer’s specifications 99% P-M Manufacturer’s specifications 99% P-M Manufacturer’s specifications 99% P-M Manufacturer's Specifications 0.9999 P-M and PM10 Manufacturer's Specifications 0.9999 P-M and PM10 Manufacturer's Specifications 0.9999 P-M and PM10 Manufacturer's Specifications 0.999 P-M and PM10 Manufacturer's Specifications 0.9999 P-M and PM10 Manufacturer's Specifications 0.999 P-M and PM10 Other - Engineering Judgment 0.5 P-M and PM10Flaker #2 baghouse

Bean cleaning baghouse Flaker #1 cyclone Expander cyclone Silo baghouse Railcar unloading baghouse Railcar unloading Receiving dust collector Railcar unloading Corn barge receiving Barge unloading Barge loadout baghouse Barge unloading Corn cleaner Corn cleaner transfer Corn fines transfer Fines storage Millhouse scrubber Bulk Weigh scale baghouse Rail dum p baghouse Railcar unloading East baghouse stack-Grain dump West baghouse stack- Grain dump Baghouse -200 building Baghouse -300 building Rail receiving Railcar unloading Truck unloading Truck unloading Corntower Dust collector Building 15 Corn silo Bean dust bagfilter Grain handling West grain cleaner Grain handling Bean tank conveying Grain handling Grain Receiving #2 Truck unloading Rail dum p baghouse Railcar unloading Elevator dust collector Soybean storage bin Soybean storage tank Elevator dust collector Jet dryer dust collector 1 Jet dryer dust collector 2 Rail receiving dust collector Railcar unloading Truck receiving dust collector Truck unloading Truck receiving pit baghouse Truck unloading West seed cleaning dust collectorCorn barge receiving Barge unloading

Corn barge receiving Barge unloading Corn barge receiving Barge unloading Railcar unloading baghouse Railcar unloading Railcar unloading baghouse Railcar unloading Railcar unloading baghouse Railcar unloading Receiving dust collector Railcar unloading Receiving dust collector Railcar unloading Receiving dust collector Railcar unloading Barge loadout baghouse Barge unloading Barge loadout baghouse Barge unloading Barge loadout baghouse Barge unloading Rail dum p baghouse Railcar unloading Rail dum p baghouse Railcar unloading Rail dum p baghouse Railcar unloading Rail receiving Railcar unloading Rail receiving Railcar unloading Rail receiving Railcar unloading Truck unloading Truck unloading Truck unloading Truck unloading Truck unloading Truck unloading Bean dust bagfilter Grain handling Bean dust bagfilter Grain handling Bean dust bagfilter Grain handling Bean tank conveying Grain handling Bean tank conveying Grain handling Bean tank conveying Grain handling Grain Receiving #2 Truck unloading Grain Receiving #2 Truck unloading West grain cleaner Grain handling West grain cleaner Grain handling West grain cleaner Grain handling Rail dum p baghouse Railcar unloading Rail dum p baghouse Railcar unloading Rail dum p baghouse Railcar unloading Rail receiving dust collector Railcar unloading Rail receiving dust collector Railcar unloading Truck receiving dust collector Truck unloading Truck receiving dust collector Truck unloading Truck receiving dust collector Truck unloading Truck receiving pit baghouse Truck unloading Truck receiving pit baghouse Truck unloading Truck receiving pit baghouse Truck unloading Railcar unloading pit Railcar unloading Railcar unloading pit Railcar unloading Railcar unloading pit Railcar unloading**Random ID AP** **CD ID Ma** **x Units**  **Min Ma** **x**

ID-100 APCD-1 ND ND ND ND ID-100 APCD-2 ND ND ND ND ID-100 APCD-3 ND ND ND ND ID-101 DCRT1 39,222 CFM 0 8 ID-101 DCRR1 18,874 CFM 0 8 ID-101 DCP 6,057 CFM 0 8 ID-101 DCSR1 18,856 CFM 0 8 ID-102 APCD-1 20,000 cfm ND ND ID-102 APCD-2 22,350 cfm ND ND ID-102 APCD-3 18,000 cfm ND ND ID-102 APCD-4 16,000 cfm ND ND ID-102 APCD-5 16,000 cfm ND ND ID-103 APCD - 1 12,000 cfm 1"-2" 8" ID-104 1 11,000 cfm 1 5 ID-104 2 11,000 cfm 1 5 ID-105 DC-200 27,000 CFM 0 6 ID-105 DC-201 28,000 CFM 0 6 ID-105 DC-202 28,000 CFM 0 6 ID-105 DC-203A 3800 CFM 0 6 ID-105 DC-300 14,000 CFM 0 6 ID-105 DC-301A 1800 CFM 0 6 ID-105 DC-309 1500 CFM 0 6 ID-105 DC-300A 525 CFM 0 1 ID-105 DC-300B 525 CFM 0 1 ID-105 DC-300C 525 CFM 0 1 ID-106 APCD-1 9350 CFM 1 8 ID-106 APCD-2 4000 CFM 1 8 ID-106 APCD-3 9500 CFM 1 8 ID-106 APCD-4 2750 CFM 1 8 ID-107 CD1 7500 cfm 1.8 2.3 ID-107 CD2 7600 cfm 2.8 5 ID-107 CD3 5300 cfm 0.8 1.3 ID-107 CD4 2500 cfm ID-107 CD5 2500 cfm ID-107 CD6 2500 cfm ID-107 CD7 2500 cfm ID-107 CD8 2500 cfm ID-107 CD9 2500 cfm ID-108 1001A 5,000 dscfm 0 10 ID-108 1003A 4,000 dscfm 0 10 ID-108 1003B 5,000 dscfm 0 10 ID-108 1005 111 dscfm Uknown Uknown ID-108 1006 111 dscfm Uknown Uknown ID-108 1007 111 dscfm Uknown Uknown ID-108 1008 111 dscfm Uknown Uknown ID-108 1009 111 dscfm Uknown Uknown ID-108 1010 111 dscfm Uknown Uknown ID-109 1 21806 CFM 0 8 **Inlet Flow Pressure Drop** ID-109 2 24281 CFM 0 8

ID-109 3 2000 CFM 0 8 ID-109 4 2000 CFM 0 8 ID-109 5 4500 CFM 0 8 ID-109 6 4500 CFM 0 8 ID-110 X-1 27,800 CFM 0 8 ID-110 X-2 43,168 CFM 0 8 ID-110 X-3 5,834 CFM 0 8 ID-110 X-4 1,258 CFM 0 8 ID-110 X-7 3,057 CFM 0 8 ID-110 X-8 20,000 CFM 0 8 ID-110 X-9 350 each of 8 CFM 0 8 ID-111 DS-1 16730 cfm 0 8 ID-112 Filter #2 7000 cfm 1 8 ID-112 Filter #9 16400 cfm 1 8 ID-112 Filter #3 9400 cfm 1 8 ID-112 Filter #18 15850 cfm 1 8 ID-112 Filter #19 6500 cfm 1 8 ID-112 Filter #16 16000 cfm 1 8 ID-112 Filter #14 18600 cfm 1 8 ID-113 CE04 8,000 cfm 0.1 10 ID-113 CE44 5,264 cfm 0.1 10 ID-113 CE60 40,876 cfm 0.1 10 ID-113 CE61 5,000 cfm 0.1 10 ID-113 CE63 850 cfm 0.1 6 ID-113 CE64 850 cfm 0.1 6 ID-113 CE65 850 cfm 0.1 6 ID-113 CE66 850 cfm 0.1 6 ID-113 CE67 & CE68 850 cfm 0.1 6 ID-114 APCD-1 ND ND ND ND ID-115 ID-116 APCD-1 7500 CFM 1 5 ID-116 APCD-2 9000 CFM 1 5 ID-116 APCD-3 14000 CFM 1 5 ID-116 APCD-4 14000 CFM 1 5 ID-116 APCD-5 17800 CFM 1 5 ID-116 APCD-6 25000 CFM 1 5 ID-116 APCD-7 25000 CFM 1 5 ID-116 APCD-8 24500 CFM 1 5 ID-116 APCD-9 10000 CFM 1 5 ID-116 APCD-10 10000 CFM 1 5 ID-116 APCD-11 23000 CFM 1 5 ID-116 APCD-12 17000 CFM 1 5 ID-116 APCD-13 10000 CFM 1 5 ID-116 APCD-14 17500 CFM 1 5 ID-116 APCD-15 19000 CFM 1 5 ID-117 CE-8 ND 0 8.5 ID-117 CE-61 ND 0 6.5 ID-117 CE-62 ND 0 6.5 ID-117 CE-63 ND 0 6.5 ID-117 CE-64 ND 0 6.5 ID-117 CE-65 ND 0 9ID-117 CE-66 ND 0 9

ID-118 APC-1 12138 cu. ft 1 7 ID-118 APC-2 8274 cu. ft 1 7 ID-118 APC-3 3400 cu. ft 1 7 ID-119 Main Cyclone ND ND ND ND ID-120 F17 11,700 CFM 1 7 ID-120 F16 14,800 CFM 1 7 ID-120 F3 14,800 CFM 1 7 ID-121 NHH 18,000 CFM 1 7 ID-121 Concrete 16,000 CFM 1 7 ID-121 Steel 17,000 CFM 1 7 ID-121 Carter Day; AB Cleaning House 47,000 CFM 1 7 ID-121 Buhler; C Cleaning House 39,000 CFM 1 7 ID-122 ID-123 DS-1 33460 CFM 0 8 ID-124 DC72 11500 acfm 3 10 ID-124 DC70 19000 acfm 3 10 ID-124 DC74 11500 acfm 3 10 ID-124 DC75 15700 acfm 3 10 ID-124 DC78 7850 acfm 3 10 ID-124 DC69 14000 acfm 3 10 ID-124 DC63 18000 acfm 3 10 ID-124 DC68 17000 acfm 3 10 ID-124 DC62 16700 acfm 3 10 ID-124 DC66 18000 acfm 3 10 ID-124 DC84 16000 acfm 3 10 ID-124 DC60 19600 acfm 3 10 ID-124 DC61 17200 acfm 3 10 ID-124 DC76 12000 acfm 3 10 ID-124 DC67 12000 acfm 3 10 ID-124 DC79 15000 acfm 3 10 ID-124 DC80 15000 acfm 3 10 ID-124 DC81 28000 acfm 3 10 ID-124 DC82 13000 acfm 3 10 ID-124 DC85 25000 acfm 2.5 7.5 ID-124 DC86 15000 acfm 3 10 ID-124 DC87 15000 acfm 3 10 ID-124 DBF1 (DBF = Dust Bin Filter) 1800 acfm 3 10 ID-124 DBF2 1800 acfm 3 10 ID-124 DBF3 3000 acfm 3 10 ID-125 APCD-1 13000 acfm 2 10 ID-125 APCD-2 5000 acfm 2 10 ID-125 APCD-3 12250 acfm 2 10 ID-125 APCD-4 13000 acfm 2 10 ID-125 APCD-5 13250 acfm 2 10 ID-126 APCD - 4 565 CFM 0 8.5 ID-126 APCD - 5 565 CFM 0 8.5 ID-126 APCD - 3 15825 CFM 0 8.5 ID-126 APCD - 6 4240 CFM 0 8.5 ID-126 APCD - 1 3015 CFM 0 8.5 ID-126 APCD - 2 848 CFM 0 8.5 ID-127ID-128 APCD-1 30,000 acfm 0.1 7

ID-129 1 100.56 CFS ND ID-129 2 275.04 CFS ND ID-129 3 141.3 CFS ND ID-129 4 141.3 CFS ND ID-129 5 141.3 CFS ND ID-129 6 141.3 CFS ND ID-129 7 141.3 CFS ND ID-129 8 141.3 CFS ND ID-129 9 141.3 CFS ND ID-129 10 0.196 CFS ND ID-129 11 754 CFS ND ID-130 APCD-1 36500 Cfm 2 7 ID-130 APCD-2 26800 Cfm 2 7 ID-130 APCD-3 10700 Cfm 1 6 ID-130 APCD-4 10700 Cfm 1 6 ID-130 APCD-5 29000 Cfm 1 6 ID-130 APCD-6 41000 Cfm 1 6 ID-131 APCD-1 48,154 CFM 0" 8" ID-131 APCD-2 3,782 CFM 0" 8" ID-132 APCD-1 28000 CFM 0 8 ID-132 APCD-2 15000 CFM 0 8 ID-132 APCD-3 17000 CFM 0 8 ID-132 APCD-4 20000 CFM 0 8 ID-132 APCD-5 5000 CFM 0 8 ID-133 ID-134 M46 4000 CFM 1 4 ID-134 M67 13000 CFM 1 4 ID-134 M70 4000 CFM 1 4 ID-134 M71 10000 CFM 1 4 ID-134 M72 10000 CFM 1 4 ID-134 M73 1500 CFM 1 4 ID-134 M74 4000 CFM 1 4 ID-134 M75 4000 CFM 1 4 ID-134 M76 7000 CFM 1 4 ID-134 M77 4000 CFM 1 4 ID-134 M78 4000 CFM 1 4 ID-134 M99 4000 CFM 1 4 ID-134 M206 10000 CFM 1 4 ID-135 1 44.75 CFS ND ID-135 2 91.91 CFS ND ID-135 3 62.84 CFS ND ID-135 4 141.75 CFS ND ID-135 5 92 CFS ND ID-135 6 72 CFS ND ID-135 7 70.7 CFS ND ID-135 8 94.26 CFS ND ID-135 9 26.51 CFS ND ID-135 10 58.13 CFS ND ID-135 11 72.27 CFS ND ID-135 12 39.28 CFS ND ID-135 13 100.54 CFS NDID-136

ID-137 APCD-1 16,300 CFM 3 3 ID-137 APCD-2 17,600 CFM 1.2 1.2 ID-138 ID-139 APCD-1 21,500 acfm 0.1 7 ID-139 APCD-2 3,000 acfm 0.1 7 ID-140 APCD 1 11025 cfm 2 6 ID-140 APCD 2 10860 cfm 2 6 ID-140 APCD 3 10725 cfm 3 6 ID-140 APCD 4 13400 cfm 5 6 ID-141 APCD-1 12,800 CFM 0 10 ID-141 APCD-2 14,150 CFM 0 10 ID-141 APCD-3 28,545 CFM 0 10 ID-141 APCD-4 19,025 CFM 0 10 ID-141 APCD-5 23,570 CFM 0 10 ID-141 APCD-6 2,815 CFM 0 10 ID-142 ID-143 1 29,300 CFM 1 6 ID-143 2 25,300 CFM 1 6 ID-143 3 12,000 CFM 1 6 ID-143 4 21,000 CFM 1 6 ID-143 5 16,000 CFM 1 6 ID-143 6 20,000 CFM 1 6 ID-143 7 14,000 CFM 1 6 ID-143 8 10,000 CFM 1 6 ID-144 APCD-1 ND ND ND ND ID-144 APCD-2 ND ND ND ND ID-144 APCD-3 ND ND ND ND ID-144 APCD-4 ND ND ND ND ID-144 APCD-5 ND ND ND ND ID-145 ID-146 P-1 Tripper 9300 CFM 0 6 ID-146 P-2 Tripper 9300 CFM 0 6 ID-146 P-1 N. tunnel 3000 CFM 0 6 ID-146 P-1 S. tunnel 15084 CFM na ID-146 P-2 tunnel 15084 CFM na ID-146 P-1,2 unload 15084 CFM na ID-147 C-1 4,500 CFM 1 2.5 ID-147 L-2 4,500 CFM 1 2.5 ID-147 L-1 7,000 CFM 1 2.5 ID-147 Headhouse 7,500 CFM 1 2.5 ID-147 Dryers 10,000 CFM ND ND ID-148 ID-149 1 15,000 CFM 0 10 ID-150 APCD-1 **Installed in the 1980's OEM data not found ** ID-150 APCD-2 **Installed in the 1980's OEM data not found ** ID-151 TD #1 ND ND ID-151 TD #2 ND ND ID-151 Grain Handling ND ND ID-152 APCD-1 11520 CFM 0.4 6 ID-153 See stack tests ID-154 P1a 20,460 CFM 1 8ID-154 P1b 9,300 CFM 1 8

ID-154 P1c 3,800 CFM 1 8 ID-154 P2 2,790 CFM 1 8 ID-154 P3 11,160 CFM 1 8 ID-154 P4 1,940 CFM 1 8 ID-156 APCD-1 unknown

- 1 7 ID-156 APCD-2 unknown

- 1 7 ID-156 APCD-3 unknown

- 1 7 ID-157 ID-158 F-01 NA NA NA NA ID-158 EP-01 550 CFM 2 5 ID-159 DS-28 6,500 CFM 1 6 ID-159 DS-19 22,000 CFM 1 6 ID-159 DF-10 13,000 Ft3/min 1 10 ID-159 DF-1 28,000 Ft3/min 1 10 ID-159 DS-20 22,000 CFM 1 6 ID-159 DF-11 15,300 Ft3/min 1 10 ID-159 DF-2 15,000 Ft3/min 1 10 ID-159 DS-21 21,000 CFM 1 6 ID-159 DF-12 16,000 Ft3/min 1 10 ID-159 DF-3 15,500 Ft3/min 1 10 ID-159 DS-22 21,000 CFM 1 6 ID-159 DF-13 13,000 Ft3/min 1 10 ID-159 DF-4 18,500 Ft3/min 1 10 ID-159 DS-23 31,800 CFM 1 6 ID-159 DF-14 32,800 Ft3/min 1 10 ID-159 DF-5 16,300 Ft3/min 1 10 ID-159 DS-24 31,800 CFM 1 6 ID-159 DF-15 13,750 Ft3/min 1 10 ID-159 DF-6 16,500 Ft3/min 1 10 ID-159 DS-25 9,500 CFM 1 6 ID-159 DF-7 27,750 Ft3/min 1 10 ID-159 DS-26 9,500 CFM 1 6 ID-159 DF-8 11,400 Ft3/min 1 10 ID-159 DS-27 33,900 CFM 1 6 ID-159 DF-9 35,500 Ft3/min 1 10 ID-160 APCD-1 10,000 cfm 1.5 3 ID-160 APCD-2 10,000 cfm 1.5 3 ID-160 APCD-3 10,000 cfm 1.5 3 ID-160 APCD-4 11,300 cfm 1.5 3 ID-160 APCD-5 23,000 cfm 1.5 3 ID-160 APCD-6 23,000 cfm 1.5 3 ID-160 APCD-7 11,000 cfm 1.5 3 ID-160 APCD-8 9500 cfm 1.5 3 ID-160 APCD-9 15,000 cfm 1.5 3 ID-160 APCD-10 15,000 cfm 1.5 3 ID-160 APCD-11 8000 cfm 1.5 3 ID-161 APCD - 1 ND ND ND ND ID-161 APCD - 2 ND ND ND ND ID-161 APCD -3 ND ND ND ND ID-162 APCD-1 22000 CFM 0.15 0.2 ID-163ID-164 EP SS#3 18,000 acfm 2 8

ID-165 APCD-1 1397 CFM 3 5 ID-165 APCD-2 700 CFM n/a n/a ID-165 APCD-3 280 CFM n/a n/a ID-166 P001 30,000 cfm ND 18 ID-166 P077 8,000 cfm ND ND ID-167 CE-177 1000 Scfm 1 8 ID-167 CE-178 1000 Scfm 1 8 ID-168 APCD-1 27,500 acfm 0.1 7 ID-169 North 28,000 cfm 0.2 1 ID-169 West 28,000 cfm 0.2 1 ID-169 East 28,000 cfm 0.2 1 ID-169 Top 28,000 cfm 0.2 1 ID-169 Truck Dump 28,000 cfm 0.2 1 ID-170 EQT -008 4,000 CFM 0 10 ID-170 EQT-009 4,000 CFM 0 10 ID-170 EQT-0010 4,000 CFM 0 10 ID-170 EQT-0011 26,400 CFM 0 10 ID-170 EQT-0012 50,000 CFM 0 10 ID-170 EQT-0013 1,500 CFM 0 10 ID-170 EQT-0014 22,130 CFM 0 10 ID-170 EQT-0018 40,030 CFM 0 10 ID-170 EQT-0019 17,000 CFM 0 10 ID-171 1 43,410 CFM 1 10; 4 ID-171 2 19,660 CFM 1 10; 4 ID-171 3 19,660 CFM 1 10; 5-7 ID-171 4 12,584 CFM 1 10; 5-7 ID-171 5 12,584 CFM 1 10; 5-7 ID-171 6 19,660 CFM 1 10; 4 ID-171 7 25,326 CFM 1 10; 4 ID-172 1 ND

- 0.5" 4.0" ID-172 2 ND

- 0.5" 4.0" ID-172 3 ND

- 0.5" 4.0" ID-172 4 ND

- 1.5" 3.5" ID-172 5 ND

- 1.5" 3.5" ID-172 6 ND

- 1.5" 3.5" ID-172 7 ND

- 0.5" 4.0" ID-173 APCD-1 25,000 CFM 0.15 0.2 ID-173 APCD-2 25,000 CFM 0.15 0.2 ID-173 APCD-3 32,000 CFM 0.15 0.2 ID-173 APCD-4 22,000 CFM 0.15 0.2 ID-173 APCD-5 22,000 CFM 0.15 0.2 ID-173 APCD-6 23,000 CFM 0.15 0.2 ID-173 APCD-7 25,000 CFM 0.15 0.2 ID-173 APCD-8 23,000 CFM 0.15 0.2 ID-173 APCD-9 13,500 CFM 0.15 0.2 ID-173 APCD-10 16,000 CFM 0.15 0.2 ID-173 APCD-11 16,000 CFM 0.15 0.2 ID-173 APCD-12 16,000 CFM 0.15 0.2 ID-173 APCD-13 16,000 CFM 0.15 0.2 ID-174 EP2 32,000 acfm 0 8 ID-174 EP6 3,000 acfm 0 8ID-175 APCD-1 13,400 cfm 3 8

ID-175 APCD-2 13,400 cfm 3 8 ID-175 APCD-3 30,000 cfm ND ND ID-175 APCD-4 36,000 cfm 3 8 ID-176 APCD-1 26500 acfm 0.1 5.5 ID-176 APCD-2 26500 acfm 0.1 5.5 ID-176 APCD-3 26500 acfm 0.1 5.5 ID-177 APCD-1 14,000 CFM 5 10 ID-177 APCD-2 15,575 CFM 2 9 ID-177 APCD-3 9,800 CFM 3 10 ID-177 APCD-4 11,608 CFM 3 10 ID-177 APCD-5 35,000 CFM 1 8 ID-177 APCD-6 35,000 CFM 1 8 ID-177 APCD-7 15,885 CFM 1 8 ID-177 APCD-8 12,000 CFM 1 8 ID-178 APCD-1 17,000 Cubic FT/MIN 0.5 7 ID-178 APCD-2 18,000 Cubic FT/MIN 0.5 7 ID-179 DC-1 7,000 CFM 4.2 drop ID-179 DC-2 10,333 CFM 4.2 drop ID-179 DC-3 9,224 CFM ND ID-179 DC-4 ND ND ID-179 DC-5 ND ND ID-179 DC-6 ND ND ID-179 DC-8/9 ND ND ID-179 DC-10 18885 CFM 4.2 drop ID-179 DC-11 ND ND ID-180 1 37.05 CFS ND ID-180 2 128.67 CFS ND ID-180 3 138.57 CFS ND ID-180 4 50.2 CFS ND ID-180 5 34.54 CFS ND ID-180 6 136.62 CFS ND ID-180 7 138.4 CFS ND ID-180 8 37.37 CFS ND ID-180 9 111.71 CFS ND ID-180 10 50.15 CFS ND ID-180 11 55.85 CFS ND ID-180 12 55.85 CFS ND ID-180 13 38.45 CFS ND ID-180 14 37.37 CFS ND ID-180 15 55.85 CFS ND ID-180 16 343.6 CFS ND ID-180 17 298.35 CFS ND ID-180 18 529.1 CFS ND ID-180 19 37.68 CFS ND ID-180 20 55.89 CFS ND ID-181 Filter #1 12,000 cfm 0.5 7 ID-181 Filter #2 12,000 cfm 0.5 7 ID-181 Filter #3 12,000 cfm 0.5 7 ID-181 Filter #27 20,064 cfm 0.5 7 ID-182 APCD-1 ND ND ND ND ID-182 APCD-2 ND ND ND NDID-183

ID-184 1 20000 CFM 2 8 ID-184 2 8000 CFM 3 8 ID-184 3 24000 CFM 3 10 ID-184 4 28000 CFM 5 10 ID-184 5 15000 CFM 7 10 ID-184 6 21000 CFM 3 10 ID-184 7 6075 CFM 1 8 ID-184 8 2850 CFM 1 8 ID-184 9 13520 CFM 1 8 ID-184 10 3170 CFM 1 8 ID-185 EP5 10,000 acfm 0 8 ID-186 1 46850 cfm ND - ID-186 2 60000 cfm ND

- ID-187 1 384.75 CFS ND ID-187 2 318.1 CFS ND ID-187 3 116.2 CFS ND ID-187 4 128.65 CFS ND ID-187 5 141.4 CFS ND ID-187 6 374.71 CFS ND ID-188 1 11780 CFM 0.5 8 ID-188 2 11780 CFM 0.5 8 ID-189 MO NA NA NA NA ID-189 ND 4,487 ACFM 2.39 3.06 ID-189 BD 11,885 ACFM 3.32 3.33 ID-189 TD 42,217 ACFM 1.88 5.1 ID-189 SD 7,164 ACFM 0.8 0.8 ID-190 E008 8,400 cfm 1 8 ID-191 APCD-1 Aircon 28,000 cfm 0.5" 5" ID-191 APCD-2 Carter Day 30,000 cfm No minimum 6" ID-191 APCD-3 Cyclone NA NA NA NA ID-192 APCD-1 12,000 acfm 0.7 10 ID-192 APCD-3 12,000 acfm 0.7 10 ID-193 ID-194 DF-1 30,000 acf/m 1 8 ID-194 DF-2 30,000 acf/m 1 8 ID-194 DF-3 20,000 acf/m 1 8 ID-194 DF-4 17,300 acf/m 1 8 ID-194 DF-5 27,500 acf/m 1 8 ID-194 DF-6 27,500 acf/m 1 8 ID-194 DF-7 27,500 acf/m 1 8 ID-194 DF-9 18,200 acf/m 1 8 ID-194 DF-10 33,100 acf/m 1 8 ID-194 DF-11 23,800 acf/m 1 8 ID-194 DF-12 24,200 acf/m 1 8 ID-194 DF-13 13,900 acf/m 1 8 ID-194 DF-14 13,900 acf/m 1 8 ID-194 DF-15 21,500 acf/m 1 8 ID-194 DF-16 27,700 acf/m 1 8 ID-194 DF-17 22,000 acf/m 1 8 ID-194 DF-19 23,000 acf/m 1 8 ID-194 DF-21 30,000 acf/m 1 8ID-194 DF-22 21,350 acf/m 1 8

ID-194 DF-23A 22,500 acf/m 1 8 ID-194 DF-24 13,000 acf/m 1 8 ID-194 DF-25A 22,500 acf/m 1 8 ID-194 DF-27 21,700 acf/m 1 8 ID-194 DF-28A 22,500 acf/m 1 8 ID-194 DF-31 13,300 acf/m 1 8 ID-194 DF-32 7,250 acf/m 1 8 ID-194 DF-33 20,650 acf/m 1 8 ID-194 DF-34 25,450 acf/m 1 8 ID-194 DF-35 9,800 acf/m 1 8 ID-194 DF-36 28,700 acf/m 1 8 ID-194 DF-37 38,300 acf/m 1 8 ID-194 DF-38 13,400 acf/m 1 8 ID-194 DF-39 11,400 acf/m 1 8 ID-194 DF-40 13,400 acf/m 1 8 ID-194 DF-41 19,300 acf/m 1 8 ID-195 APCD-1 19174 CFM .5" 8" ID-195 APCD-2 25720 CFM .5" 8" ID-195 APCD-3 21700 CFM .5" 8" ID-196 ID-197 APCD-1 18,500 CFM 1 6 ID-197 APCD-2 25,109 CFM 1 6 ID-197 APCD-3 14,500 CFM 1 6 ID-197 APCD-4 9,200 CFM 1 6 ID-197 APCD-5 36,017 CFM 1 6 ID-197 APCD-6 55,000 CFM 1 6 ID-197 APCD-7 61,000 CFM 1 6 ID-197 APCD-8 6,800 CFM 1 6 ID-197 APCD-9 34,600 CFM 1 6 ID-198 WM-01 12,187 DSCF/MIN 0.5 10 ID-198 WM-02 12,187 DSCF/MIN 0.5 10 ID-198 WM-71 32,013 DSCF/MIN 0.5 10 ID-198 WM-03 20,370 DSCF/MIN 0.5 10 ID-198 WM-54-56 369 DSCF/MIN ND ND ID-198 WM-57-61 369 DSCF/MIN ND ND ID-198 WM-72-79 369 DSCF/MIN ND ND ID-198 WM-80-89 369 DSCF/MIN ND ND ID-199 Truck Dump 13,600 CFM 0 10 ID-199 Elevator Roof ID-199 Filter 23,500 CFM 0 10 ID-200 ID-201 DS-10 5,400 CFM 1 6 ID-201 DS-1 6,500 CFM 1 6 ID-201 DS-11 5,400 CFM 1 6 ID-201 DS-2 6,500 CFM 1 6 ID-201 DS-12 9,500 CFM 1 6 ID-201 DS-3 6,500 CFM 1 6 ID-201 DS-13 9,500 CFM 1 6 ID-201 DS-4 7,500 CFM 1 6 ID-201 DS-14 12,400 CFM 1 6 ID-201 DS-5 6,500 CFM 1 6ID-201 DS-15 9,500 CFM 1 6

ID-201 DS-6 6,500 CFM 1 6 ID-201 DS-16 18,800 CFM 1 6 ID-201 DS-7 4,550 CFM 1 6 ID-201 DS-17 21,000 CFM 1 6 ID-201 DS-8 4,550 CFM 1 6 ID-201 DS-18 21,000 CFM 1 6 ID-201 DS-9 33,900 CFM 1 6 ID-201 DS-19 22,000 CFM 1 6 ID-201 DS-20 22,000 CFM 1 6 ID-201 DS-21 21,000 CFM 1 6 ID-201 DS-22 21,000 CFM 1 6 ID-201 DS-23 31,800 CFM 1 6 ID-201 DS-24 31,800 CFM 1 6 ID-201 DS-25 9,500 CFM 1 6 ID-201 DS-26 9,500 CFM 1 6 ID-201 DS-27 33,900 CFM 1 6 ID-201 DS-28 5,400 CFM 1 6 ID-202 ID-203 1 38,000 CFM 0 10 ID-203 2 32,000 CFM 0 10 ID-203 3 16,000 CFM 0 10 ID-204 D-20 10,000 Cfm 1 8 ID-204 D-11 5,395 Cfm ND ND ID-204 D-14 7,800 Cfm ND ND ID-205 APCD-1 18,000 acfm 0.1 7 ID-206 DS1 15000 cfm 0 8 ID-207 RS-1B 21,713 ACFM 1 3 ID-207 RS-2 25,310 ACFM 1 1.5 ID-207 RS-3 10,000 ACFM 1 2 ID-207 CD-1 12,419 ACFM 3.5 4.5 ID-207 CD-3 2,400 ACFM 0.5 1.5 ID-208 APCD-1 54,750 CFM ND ID-208 APCD-2 40,860 CFM ND ID-208 APCD-3 40,860 CFM ND ID-208 APCD-4 39,090 CFM ND ID-208 APCD-5 33,100 CFM ND ID-208 APCD-6 22,200 CFM ND ID-208 APCD-7 20,150 CFM ND ID-208 APCD-8 20,150 CFM ND ID-208 APCD-9 20,150 CFM ND ID-209 ID-210 APCD-1 20,610 CFM 1" 7" ID-210 APCD-2 19,024 CFM 1" 7" ID-210 APCD-3 24,309 CFM 1" 7" ID-210 APCD-4 21,667 CFM 1" 7" ID-210 APCD-5 15,854 CFM 1" 7" ID-210 APCD-6 27,480 CFM 1" 7" ID-210 APCD-7 36,992 CFM 1" 7" ID-210 APCD-8 36,992 CFM 1" 7" ID-210 APCD-9 2604 CFM 1" 7" ID-210 APCD-10 14797 CFM 1" 7"ID-211 A200000 24000 CFM 2 8

ID-212 (CE RC-01) Unknown 0.8 5 ID-212 (CE RC-02) Unknown 0.8 5 ID-212 (CE RC-03) Unknown 0.8 5 ID-212 (CE RC-04) Unknown 0.8 5 ID-212 (CE RC-05) Unknown 0.8 5 ID-213 APCD-1 10000 acfm 0.1 7 ID-213 APCD-2 10000 acfm 0.1 7 ID-214 DS1 30000 cfm 0 8 ID-214 DS5 25000 cfm 0 8 ID-215 APCD-1 20,300 cfm 5 8 ID-215 APCD-2 29,000 cfm 4 8 ID-215 APCD-3 21,400 cfm 5 8 ID-216 All Various 0.2 7 ID-217 all control equipment information for part I-2, I-4, and I-6 is provided on an enclosed spreadsheet. ID-218 1 32,000 CFM 1.5 4.5 ID-219 Truck Dumps ND Drop: 4 in H2O ID-219 Cleaners ND Drop: 4 in H2O ID-219 Legs ND Drop: 4 in H2O ID-219 Conveyor 10 ND Drop: 4 in H2O ID-219 Loadout ND Drop: 4 in H2O ID-220 APCD-Neuero Pneumatic Barge unloader X029 A 6,500 acfm 0.5 8 ID-220 APCD-Barge unload fixed conveyor X029B 6,500 acfm 0.5 8 ID-220 APCD-Bean Cleaning Sys X033 29,000 acfm 0.5 8 ID-220 APCD-Old storage aspirator Z002 32,775 acfm 0.5 8 ID-220 APCD-New storage aspirator Z003 15,535 acfm 0.5 8 ID-220 APCD-truck dump aspirator Z022 12,000 acfm 0.5 8 ID-220 APCD-Aeroglide dryer Z006 130,000 acfm 0.5 8**Units Min**  **Ma x**  **o C/** **o F** 

ND ND ND ND ND ND ND ND ND ND ND ND inches water Ambient inches water Ambient inches water Ambient inches water Ambient ND Ambient ND Ambient ND Ambient ND Ambient ND Ambient WG -20 275 F PSIG Ambient Ambient PSIG Ambient Ambient IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN W .C. Ambient F IN. W .C. Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient inches water Ambient inches water Ambient

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W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bient W.C. Ambient Ambient Am bientinches water Ambient F

inches water Am bient inches water Am bient inches water Am bient inches water Am bient inches water Am bient inches water Ambient Ambient C/F inches water Ambient Ambient C/F inches water Ambient inches water Ambient inches water Ambient inches water Ambient inches water Ambient in H2O Ambient all control equipment information for part I-2, I-4, and I-6 is provided on an enclosed spreadsheet. inches water AMB AMB Am bient Am bient Am bient Am bient Am bient inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water Ambient Ambient F inches water 115 115 F**Random ID AP** **CD ID Particle Density**  **Units**

ID-100 ID-101 ID-102 ID-103 ID-104 ID-105 ID-106 ID-107 CD4 ND 6 ID-107 CD5 ND 6 ID-107 CD6 ND 6 ID-107 CD7 ND 6 ID-107 CD8 ND 6 ID-107 CD9 ND 6 ID-108 N/A ID-109 ID-110 ID-111 ID-112 ID-113 Not applicable ID-114 ID-115 ID-116 ID-117 NA ID-118 N/A ID-119 Main cyclone ND ND ID-120 None ID-121 None ID-122 Not Applicable ID-123 ID-124 None ID-125 ID-126 ID-127 ID-128 ID-129 ID-130 none ID-131 ID-132 ID-133 ID-134 NA ID-135 1 ND ID-135 2 ND ID-135 3 ND ID-135 4 ND ID-135 5 ND ID-135 6 ND ID-135 7 ND ID-135 8 ND ID-135 9 ND ID-135 10 NDID-135 11 ND

ID-135 12 ND ID-135 13 ND ID-136 ID-137 ID-138 ID-139 ID-140 None ID-141 ID-142 ID-143 ID-144 ID-145 ID-146 ID-147 Dryers ND ID-148 ID-149 NA ID-150 APCD-1 **Installed in the 1980's OEM data not found ** ID-150 APCD-2 **Installed in the 1980's OEM data not found ** ID-151 Not Applicable ID-152 ID-153 ID-154 ID-155 Not applicable ID-156 ID-157 ID-158 NA ID-159 None ID-160 ID-161 ID-162 ID-163 ID-164 ID-165 APCD-1 4.25 LBS/ CUFT ID-165 APCD-2 4.25 LBS/ CUFT ID-165 APCD-3 4.25 LBS/ CUFT ID-166 N/A ID-167 N/A ID-168 ID-169 NA ID-170 N/A ID-171 No Information ID-172 ID-173 ID-174 N/A ID-175 ID-176 ID-177 None ID-178 None ID-179 DC-3 ND ID-179 DC-4 ND ID-179 DC-5 NDID-179 DC-6 ND

ID-179 DC-8/9 ND ID-180 1 ND ID-180 2 ND ID-180 3 ND ID-180 4 ND ID-180 5 ND ID-180 6 ND ID-180 7 ND ID-180 8 ND ID-180 9 ND ID-180 10 ND ID-180 11 ND ID-180 12 ND ID-180 13 ND ID-180 14 ND ID-180 15 ND ID-180 19 ND ID-180 20 ND ID-181 None ID-182 ID-183 ID-184 None ID-185 No Information ID-186 ID-187 3 ND ID-187 4 ND ID-188 ID-189 MO NA NA ID-189 ND 0.004 g/dscm ID-189 BD 0.0045 g/dscm ID-189 TD 0.0066 g/dscm ID-189 SD 0.0036 g/dscm ID-190 ID-191 APCD - 3 Cyclone No emissions - closed loop system ID-192 ID-193 ID-194 ID-195 ID-196 ID-197 ID-198 ID-199 NA ID-200 ID-201 None ID-202 ID-203 N/A ID-204 D-11 ND ND ID-204 D-14 ND ND ID-205 ID-206 ID-207ID-208

ID-209 ID-210 ID-211 N/A ID-212 ID-213 ID-214 ID-215 ID-216 Not Applicable ID-217 ID-218 ID-219 Not applicable ID-220 Bean Cleaning Sys (X033) * Unknown N/A ID-220 Old Storage Asp. (Z002) * Unknown N/A ID-220 *Cyclones are for process recovery prior to baghouse. Testing has not been conducted for this parameter.*Cyclones are for process recovery prior to baghouse. Testing has not been conducted for this parameter.**Random ID AP** **CD ID Number of Bags**  **Total Surface A rea** 

ID-100 APCD-1 80 96,460 ID-100 APCD-2 72 86,815 ID-100 APCD-3 216 447,638 ID-101 DCRT1 192 4200 ID-101 DCRR1 82 1802 ID-101 DCP 40 800 ID-101 DCSR1 82 1802 ID-102 APCD-1 168 1965 ID-102 APCD-2 168 1965 ID-102 APCD-3 144 1680 ID-102 APCD-4 64 746 ID-102 APCD-5 64 746 ID-103 KICE 100 1,178 ID-104 1 24 384 ID-104 2 24 384 ID-105 DC-200 416 4983 ID-105 DC-201 416 4983 ID-105 DC-202 416 4983 ID-105 DC-203A 49 602 ID-105 DC-300 255 3054 ID-105 DC-301A 49 602 ID-105 DC-309 25 307 ID-105 DC-300A 16 145 ID-105 DC-300B 16 145 ID-105 DC-300C 16 145 ID-106 APCD-1 100 1047 ID-106 APCD-2 64 670 ID-106 APCD-3 100 1047 ID-106 APCD-4 48 502 ID-107 CD-1 168-8' 1596 sq. ft. ID-107 CD-2 45-10' 530 sq. ft. ID-107 CD-3 64-0' 608 sq. ft. ID-108 1001A 25 355 ID-108 1003A 48 667 ID-108 1003B 48 603 ID-108 1005 6 101 ID-108 1006 6 101 ID-108 1007 6 101 ID-108 1008 6 101 ID-108 1009 6 101 ID-108 1010 6 101 ID-109 1 144 3060 ID-109 2 72 1530 ID-109 3 20 215 ID-109 4 20 215ID-109 5 45 485

ID-109 6 45 485 ID-110 X-1 144 4275 ID-110 X-2 144 6148 ID-110 X-3 286 4490 ID-110 X-4 16 201 ID-110 X-7 96 1507 ID-110 X-8 396 7000 ID-110 X-9 7 FOR EACH OF 8 51 FOR EACH OF 8 ID-111 DS-1 72 1530 ID-112 Filter #2 72 1155 ID-112 Filter #9 144 1920 ID-112 Filter #3 72 1520 ID-112 Filter #18 96 1530 ID-112 Filter #19 52 513 ID-112 Filter #16 72 1530 ID-112 Filter #14 72 1520 ID-113 CE04 124 1,947 ID-113 CE44 153 1,484 ID-113 CE60 484 4,890 ID-113 CE61 68 1,134 ID-113 CE63 16 111 ID-113 CE64 16 111 ID-113 CE65, CE66, CE67, CE68 16 111 ID-114 APCD-1 80 96,460 ID-115 ID-116 APCD-1 128 1550 ID-116 APCD-2 114 1380 ID-116 APCD-3 76 920 ID-116 APCD-4 114 1380 ID-116 APCD-5 120 1885 ID-116 APCD-6 168 2639 ID-116 APCD-7 176 2765 ID-116 APCD-8 165 2064 ID-116 APCD-9 102 1602 ID-116 APCD-10 76 1194 ID-116 APCD-11 226 2828 ID-116 APCD-12 226 2828 ID-116 APCD-13 120 2262 ID-116 APCD-14 80 1257 ID-116 APCD-15 168 2102 ID-117 CE-8 448 4239 ID-117 CE-61 16 154 ID-117 CE-62 16 154 ID-117 CE-63 16 154 ID-117 CE-64 16 154 ID-117 CE-65 16 154 ID-117 CE-66 16 154 ID-118 APCD-1 48 92160 ID-118 APCD-2 216 414,720 ID-118 APCD-3 48 92160 ID-119 Main cyclone NA NAID-120 F17 96 1005

ID-120 F16 81 680 ID-120 F2 100 1113 ID-121 NHH 50 610 ID-121 Concrete 44 585 ID-121 Steel 48 532 ID-121 Carter Day; AB Cleaning House 144 1597 ID-121 Buhler; C Cleaning House 88 1335 ID-122 ID-123 DS-1 376 3840 ID-124 DC71(DC = Dust Control) 124 1169.6 ID-124 DC72 124 1169.6 ID-124 DC70 124 1169.6 ID-124 DC74 124 1169.6 ID-124 DC75 124 1169.6 ID-124 DC78 124 1169.6 ID-124 DC69 124 1169.6 ID-124 DC63 124 1169.6 ID-124 DC68 124 1169.6 ID-124 DC62 124 1169.6 ID-124 DC66 124 1169.6 ID-124 DC84 124 1169.6 ID-124 DC60 124 1169.6 ID-124 DC61 124 1169.6 ID-124 DC76 124 1169.6 ID-124 DC67 124 1169.6 ID-124 DC79 124 1169.6 ID-124 DC80 124 1169.6 ID-124 DC81 124 1169.6 ID-124 DC82 124 1169.6 ID-124 DC85 232 2327.3 ID-124 DC86 124 1169.6 ID-124 DC87 124 1169.6 ID-124 DBF1(DBF = Dust Bin Filter) 16 204.2 ID-124 DBF2 16 204.2 ID-124 DBF3 16 204.2 ID-125 APCD-1 72 1340 ID-125 APCD-2 72 1340 ID-125 APCD-3 72 1340 ID-125 APCD-4 24 446 ID-125 APCD-5 72 1340 ID-126 APCD - 4 8 56.5 ID-126 APCD - 5 8 56.5 ID-126 APCD - 3 168 1582 ID-126 APCD - 6 36 424 ID-126 APCD - 1 24 301 ID-126 APCD - 2 9 84.8 ID-127 ID-128 APCD-1 361 4,368 ID-129 1 101 1586 ID-129 2 101 1586 ID-129 3 120 1508ID-129 4 120 1508

ID-129 5 120 1508 ID-129 6 120 1508 ID-129 7 120 1508 ID-129 8 101 1508 ID-129 9 101 1508 ID-129 10 ND ND ID-129 11 430 5063 ID-130 APCD-1 144 1696 ID-130 APCD-2 96 1130 ID-130 APCD-3 105 1000 ID-130 APCD-4 105 1000 ID-130 APCD-5 176 1312 ID-130 APCD-6 176 1312 ID-131 APCD-1 480 6,019 ID-131 APCD-2 30 484 ID-132 APCD-1 144 1872 ID-132 APCD-2 162 1377 ID-132 APCD-3 144 1872 ID-132 APCD-4 1080 10125 ID-132 APCD-5 24 204 ID-133 ID-134 M46 48 86000 ID-134 M67 72 120000 ID-134 M70 24 35000 ID-134 M71 72 86000 ID-134 M72 72 86000 ID-134 M73 24 17000 ID-134 M74 24 24000 ID-134 M75 24 24000 ID-134 M76 72 53000 ID-134 M77 24 24000 ID-134 M78 48 86000 ID-134 M99 48 86000 ID-134 M206 230 500000 ID-135 14 168 2100 ID-136 ID-137 APCD-1 153 2204 ID-137 APCD-2 156 2030 ID-138 ID-139 APCD-1 255 3,698 ID-139 APCD-2 39 354 ID-140 APCD-1 232 2960 ID-140 APCD-2 232 2960 ID-140 APCD-3 72 960 ID-140 APCD-4 232 2960 ID-141 APCD-1 156 1607 ID-141 APCD-2 316 3255 ID-141 APCD-3 448 4614 ID-141 APCD-4 156 1607 ID-141 APCD-5 156 2008 ID-141 APCD-6 39 518ID-142

ID-143 1 340 5338 ID-143 2 340 5338 ID-143 3 208 2496 ID-143 4 192 3014 ID-143 5 320 5023 ID-143 6 208 2496 ID-143 7 136 2136 ID-143 8 360 4025 ID-144 APCD-1 244 300,980 ID-144 APCD-2 44 44,748 ID-144 APCD-3 44 44,748 ID-144 APCD-4 36 48,833 ID-144 APCD-5 36 48,833 ID-145 ID-146 P-1,2 Unloading 72 839 ID-146 P-1 S. tunnel 72 839 ID-146 P-1 Tripper 120 1400 ID-146 P-2 tunnel 72 839 ID-146 P-2 Tripper 120 1400 ID-146 P-1 N. tunnel 36 420 ID-147 C-1 36 12,605 ID-147 L-2 44 20,370 ID-147 L-1 36 12,605 ID-147 Headhouse ND 595 ID-148 ID-149 1 108 1505 ID-150 None ID-151 TD #1 ND ND ID-151 TD #2 ND ND ID-151 Grain Handling ND ND ID-152 APCD-1 72 1440 ID-153 ID-154 P1a 264 3,080 ID-154 P1b 120 1,400 ID-154 P1c 49 571 ID-154 P2 36 420 ID-154 P3 144 1,680 ID-154 P4 25 292 ID-155 ND ND ID-156 APCD-1 296 4456 ID-156 APCD-2 162 2047 ID-156 APCD-3 150 unknown ID-157 ID-158 EP-01 16 96 inches ID-159 DS-22 72 1,530 ID-159 DS-15 144 3,060 ID-159 DF-8 72 1,530 ID-159 DF-1 72 1,530 ID-159 DS-23 144 3,825 ID-159 DS-16 144 1,920 ID-159 DF-9 144 3,060ID-159 DF-2 156 1,940

ID-159 DS-24 72 1,530 ID-159 DS-17 144 1,920 ID-159 DF-10 72 1,530 ID-159 DF-3 72 960 ID-159 DS-25 72 1,530 ID-159 DS-18 72 1,530 ID-159 DF-11 72 1,155 ID-159 DF-4 72 960 ID-159 DS-26 72 600 ID-159 DS-19 72 1,530 ID-159 DF-12 72 1,340 ID-159 DF-5 72 1,530 ID-159 DS-27 144 3,825 ID-159 DS-20 72 1,530 ID-159 DF-13 72 1,155 ID-159 DF-6 72 1,155 ID-159 DS-28 71 600 ID-159 DS-21 144 2,300 ID-159 DF-14 376 2,935 ID-159 DF-15 72 1,155 ID-159 DF-7 72 1,530 ID-160 APCD-1 162 2540 ID-160 APCD-2 108 2160 ID-160 APCD-3 108 2160 ID-160 APCD-4 304 3680 ID-160 APCD-5 193 2270 ID-160 APCD-6 193 2270 ID-160 APCD-7 300 3140 ID-160 APCD-8 300 3140 ID-160 APCD-9 153 1601 ID-160 APCD-10 153 1601 ID-160 APCD-11 153 1601 ID-161 APCD - 1 120 ND ID-161 APCD - 2 448 ND ID-161 APCD - 3 ND ND ID-162 APCD-1 198 1480 ID-163 ID-164 EP SS#3 112 1613 ID-165 APCD-1 144 1680 ID-165 APCD-2 68 2120 ID-165 APCD-3 27 861 ID-166 P001 376 3840 ID-166 P077 84 820 ID-167 CE-177 7 49 ID-167 CE-178 7 49 ID-168 APCD-1 207 2,722 ID-169 North 72 1530 ID-169 West 144 3060 ID-169 East 72 765 ID-169 Top 144 1444 ID-169 Truck Dump 120 1934ID-170 EQT-0008 12 CARTRIDGE FILTERS 92

ID-170 EQT-0009 12 CARTRIDGE FILTERS 92 ID-170 EQT-0010 12 CARTRIDGE FILTERS 92 ID-170 EQT-0011 232 2413 ID-170 EQT-0012 376 4892 ID-170 EQT-0013 25 318 ID-170 EQT-0014 232 2413 ID-171 1 144 3825 ID-171 2 72 1340 ID-171 3 72 1340 ID-171 4 124 1290 ID-171 5 124 1290 ID-171 6 72 1340 ID-171 7 232 1775 ID-172 1 144 3,060 ID-172 2 144 3,060 ID-172 3 144 3,060 ID-172 4 12 1,104 ID-172 5 12 1,104 ID-172 6 12 1,104 ID-172 7 72 1,530 ID-173 APCD-1 155 3,698 ID-173 APCD-2 155 3,698 ID-173 APCD-3 475 7,380 ID-173 APCD-4 255 2,219 ID-173 APCD-5 255 2,219 ID-173 APCD-6 190 2,412 ID-173 APCD-7 255 1,851 ID-173 APCD-8 215 2,474 ID-173 APCD-9 160 1,810 ID-173 APCD-10 115 1,024 ID-173 APCD-11 115 1,024 ID-173 APCD-12 115 1,024 ID-173 APCD-13 115 1,024 ID-174 EP2 296 3582 ID-174 EP6 44 532 ID-175 APCD-1 72 960 ID-175 APCD-2 72 960 ID-175 APCD-3 232 2960 ID-175 APCD-4 144 3825 ID-176 APCD-1 159 2385 ID-176 APCD-2 159 2385 ID-176 APCD-3 460 5750 ID-177 APCD-1 108 2056 ID-177 APCD-2 88 1400 ID-177 APCD-3 108 2056 ID-177 APCD-4 108 2056 ID-177 APCD-5 216 2058 ID-177 APCD-6 216 2058 ID-177 APCD-7 88 1250 ID-177 APCD-8 64 742 ID-178 APCD-1 153 2204ID-178 APCD-2 165 2376

ID-179 DC-1 ND 2,960 ID-179 DC-2 ND 2,960 ID-179 DC-10 ND 2,960 ID-179 DC-11 ND 950 ID-180 16 296 4,650 ID-180 17 184 2,890 ID-180 18 236 3,700 ID-181 Filter#1 64 746 ID-181 Filter#2 64 746 ID-181 Filter#3 64 746 ID-181 Filter#27 159 2,456 ID-182 APCD-1 340 490,028 ID-182 APCD-2 240 345,840 ID-183 ID-184 1 198 1186 ID-184 2 80 968 ID-184 3 160 2397 ID-184 4 160 1937 ID-184 5 98 1186 ID-184 6 198 2397 ID-184 7 96 1162 ID-184 8 144 1743 ID-184 9 104 1227 ID-184 10 39 275 ID-185 EP-5 153 1484 ID-186 APCD-1 144 3825 ID-186 APCD-2 376 5612 ID-187 1 164 2576 ID-187 2 123 1545 ID-187 5 156 2450 ID-187 6 192 3015 ID-188 1 81 944 ID-188 2 81 944 ID-189 ND 92

- ID-189 BD 85

- ID-189 TD 135

- ID-189 SD 100

- ID-190 E008 78 840 ID-191 APCD-1 Aircon 236 3,552.60 ID-191 APCD-2 Carter Day 232 2,960 ID-192 APCD-1 72 1428 ID-192 APCD-3 72 1428 ID-193 ID-194 DF-1 232 3018 ID-194 DF-2 232 3018 ID-194 DF-3 232 1810 ID-194 DF-4 232 1810 ID-194 DF-5 232 2413 ID-194 DF-6 232 2413 ID-194 DF-7 232 2413 ID-194 DF-9 232 3018ID-194 DF-10 124 1613

ID-194 DF-11 232 2413 ID-194 DF-12 232 2413 ID-194 DF-13 124 1290 ID-194 DF-14 124 1290 ID-194 DF-15 232 2413 ID-194 DF-16 232 2413 ID-194 DF-17 232 2413 ID-194 DF-19 144 3825 ID-194 DF_21 144 3825 ID-194 DF-22 232 3018 ID-194 DF-23A 20 323 ID-194 DF-24 72 1912 ID-194 DF-25A 20 323 ID-194 DF-27 232 3018 ID-194 DF-28A 20 323 ID-194 DF-31 232 1810 ID-194 DF-32 124 967 ID-194 DF-33 232 3018 ID-194 DF-34 376 3910 ID-194 DF-35 124 1290 ID-194 DF-36 144 3825 ID-194 DF-37 376 4892 ID-194 DF-38 232 1810 ID-194 DF-39 124 1613 ID-194 DF-40 232 1810 ID-194 DF-41 232 3018 ID-195 APCD-1 72 1530 ID-195 APCD-2 72 1530 ID-195 APCD-3 72 1530 ID-196 ID-197 APCD-1 72 1440 ID-197 APCD-2 484 7500 ID-197 APCD-3 156 1872 ID-197 APCD-4 72 864 ID-197 APCD-5 484 7500 ID-197 APCD-6 484 7500 ID-197 APCD-7 756 10983 ID-197 APCD-8 72 864 ID-197 APCD-9 416 6032 ID-199 Truck Dump Filter 100 1200 ID-199 Elevator Roof Filter 288 3456 ID-200 ID-201 DS-8 24 448 ID-201 DS-1 72 1,912 ID-201 DS-9 144 3,825 ID-201 DS-2 72 1,912 ID-201 DS-10 72 600 ID-201 DS-3 72 1,912 ID-201 DS-11 72 1,340 ID-201 DS-4 72 1,912 ID-201 DS-12 72 1,340ID-201 DS-5 72 600

ID-201 DS-13 72 1,340 ID-201 DS-6 72 600 ID-201 DS-14 72 1,340 ID-201 DS-7 24 448 ID-201 DS-15 144 3060 ID-201 DS-16 144 1920 ID-201 DS-17 144 1920 ID-201 DS-18 72 1530 ID-201 DS-19 72 1530 ID-201 DS-20 72 1530 ID-201 DS-21 144 2300 ID-201 DS-22 72 1530 ID-201 DS-23 144 3825 ID-201 DS-24 72 1530 ID-201 DS-25 72 1530 ID-201 DS-26 72 600 ID-201 DS-27 144 3825 ID-201 DS-28 72 600 ID-202 ID-203 APCD 1 REC 162 3240 ID-203 APCD2 HOUSE 120 2592 ID-203 APCD 3 RIVER 156 2000 ID-203 WM-01 416 9802 ID-203 WM-02 416 9802 ID-203 WM-71 270 7634 ID-203 WM-03 124 3506 ID-204 D-20 105 1,374 ID-205 APCD-1 255 3,086 ID-206 DS1 72 1530 ID-207 RS-1B 255 3088 ID-207 RS-2 361 4372 ID-207 RS-3 100 1745 ID-207 CD-1 153 1853 ID-207 CD-3 12 126 ID-208 APCD-1 376 4800 ID-208 APCD-2 376 3840 ID-208 APCD-3 376 3840 ID-208 APCD-4 376 3840 ID-208 APCD-5 232 2960 ID-208 APCD-6 232 2370 ID-208 APCD-7 232 2370 ID-209 ID-210 APCD-1 72 1,584 ID-210 APCD-2 276 3,450 ID-210 APCD-3 72 1,584 ID-210 APCD-4 72 1,584 ID-210 APCD-5 72 1,584 ID-210 APCD-6 72 1,584 ID-210 APCD-7 266 2660 ID-210 APCD-8 144 3168 ID-210 APCD-9 56 840ID-210 APCD-10 255 5610

ID-211 AP200000 236 3304 sq/ft ID-212 CE RC-01 255 3283 ID-212 CE RC-02 255 3283 ID-212 CE RC-03 255 3283 ID-212 CE RC-04 320 4,120 ID-212 CE RC-05 320 4,120 ID-213 APCD-1 130 1290 ID-213 APCD-2 100 992 ID-214 DS1 144 3060 ID-214 DS5 255 2474 ID-215 APCD-1 164 2570 ID-215 APCD-2 276 4330 ID-215 APCD-3 270 4200 ID-216 Truck Dumps #1-4 64 (4 units) 621 (each) ID-216 Truck Dumps #5-6 232 2370 ID-216 1964 Roof 48 466 ID-216 1978 Tanks 16 155 ID-216 Rail Shipping/Receiving 64 960 ID-216 Internal Handling 24 (7 units) 698 (each) ID-216 Conveyor #7-8 16 (2 units) 155 (each) ID-217 all control equipment information for part I-2, I-4, and I-6 is provided on an enclosed spreadsheet. ID-218 1 276 4,200 ID-219 Truck Dumps ND 597 (2) ID-219 Cleaners ND 63 (3) ID-219 Legs ND 560 (Total) ID-219 Conveyor 10 ND 168 ID-219 Loadout ND 144 ID-220 APCD-Neuero X029 A 54 664 ID-220 APCD-Neuero X029 B 49 593 ID-220 APCD-Cleaning Sys X033 288 3,485 ID-220 APCD-Old stor asp Z002 150 2,836 ID-220 APCD-New stor asp Z003 72 2,642 ID-220 APCD-truck dump asp Z022 68 1,286**Units**

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square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet

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1 square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet all control equipment information for part I-2, I-4, and I-6 is provided on an enclosed spreadsheet. square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet square feet**Describe the technology and the parameters that are relevant for operation of the control**

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

MINERAL OIL ADDED AT BOTH R-1 AND R-2 AT THE RATE OF 1.0 GAL. PER 1,000 BU. MINERAL OIL ADDED AT BOTH R-1 AND R-2 AT THE RATE OF 1.0 GAL. PER 1,000 BU. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

N/A N/A N/A N/A N/A N/A N/A N/A N/A vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. vegetable oil is added at a rate of approximately 0.7 gal/1000 bu. of soybeans at receiptNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable

N/A N/A N/A Have recently

started opacity

testingNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.

Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailers Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailers Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailers Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailers Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailers Choke filling our unload pit drastically lowers the dusting from wheat falling out of railcarsClosing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersFDA

APPROVED OIL

IS ADDED ATRECEIVING FOR DUST CONTROL THROUGHOUT THE GRAIN HANDLING PROCESS. FDA APPROVED OIL

IS ADDED ATRECEIVING FOR DUST CONTROL THROUGHOUT THE GRAIN HANDLING PROCESS. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Mineral oil is sprayed on grain stream as it is on the conveyor going to bunkers

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.N/A

N/A N/A N/A N/A N/A

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

N/A N/A N/A N/A N/A N/A

Roll-up door to contain dustN/A

N/A N/A N/A N/A

When receiving grain we apply 1 gallon of mineral oil per 1000bu of grain. When receiving grain we apply 1 gallon of mineral oil per 1000bu of grain. When receiving grain we apply 1 gallon of mineral oil per 1000bu of grain. When receiving grain we apply 1 gallon of mineral oil per 1000bu of grain. When receiving grain we apply 1 gallon of mineral oil per 1000bu of grain.EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS.

EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS.

N/A N/ANot applicable

Not applicable Not applicable Not applicable

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Mineral oil system - one gallon of mineral oil applied to every thousand bushels of grain received to suppress dust. Mineral oil system - one gallon of mineral oil applied to every thousand bushels of grain received to suppress dust.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

NA NA NA NA NA NA NA NA NANA

Designed to filter air through cloth bags using a 7:1 air to cloth ratio

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

SHIPLOADING:A

DEADBOX IS UTILIZED ATTHE END OF EACH SHIPLOADING SPOUT TO CONTROL SHIPLOADING EMISSIONS. A TARP IS USED TO CONTROL SHIPLOADING EMISSIONS EXCEPT DURING TOPPING OFF

.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.

Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Closing three sides of the feed load out area (shed) prevents wind from blowing the feed as it fails into open top trailersHaving socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailersFDA APPROVED OIL

IS ADDED ATRECEIVING FOR DUST CONTROL THROUGHOUT THE GRAIN HANDLING PROCESS. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. FDA APPROVED OIL

IS ADDED ATRECEIVING FOR DUST CONTROL THROUGHOUT THE GRAIN HANDLING PROCESS. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS. EQT-0015 & EQT-0016 ARE AIR CONTROL POLLUTION DEVICES FOR THE ELEVATING LEGS, SCALES, GARNERS, CLEANERS.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Mineral oil system - one gallon of mineral oil applied to every thousand bushels of grain received to suppress dust. Roll down doors at dump pit - Roll down doors are installed to contain dust at dump pit area. Mineral oil system - one gallon of mineral oil applied to every thousand bushels of grain received to suppress dust. Roll down doors at dump pit - Roll down doors are installed to contain dust at dump pit area.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. APCD-4: FOOD GRADE MINERAL OIL IS APPLIED TO ALL

OF THE GRAIN UNLOADED ATA RA TE OF APPROXIMA

TEL Y 1 GALLON PER 1000 BUSHELS OF RECEIVED GRAIN Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature. WM54-61 and WM72-89 are passive bin vents with a fabric filter. No pressure differential is measured. Temperature is the ambient temperature.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

SHIPLOADING:A

DEADBOX IS UTILIZED ATTHE END OF EACH SHIPLOADING SPOUT TO CONTROL SHIPLOADING EMISSIONS. A TARP IS USED TO CONTROL SHIPLOADING EMISSIONS EXCEPT DURING TOPPING OFF

.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.

Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailers Having socks around the feed discharge chutes also prevents feed from being blown as it falls into the trailersNote: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.

SHIPLOADING:A

DEADBOX IS UTILIZED ATTHE END OF EACH SHIPLOADING SPOUT TO CONTROL SHIPLOADING EMISSIONS. A TARP IS USED TO CONTROL SHIPLOADING EMISSIONS EXCEPT DURING TOPPING OFF

. BARGE LOADING: A VELOCITY REDUCTION MODULE IS LOCA TED ATTHE BASE OF THE BARGE LOADING SPOUT TO CONTROL BARGE LOADING EMISSIONS.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.BARGE LOADING: A VELOCITY REDUCTION MODULE IS LOCA TED ATTHE BASE OF THE BARGE LOADING SPOUT TO CONTROL BARGE LOADING EMISSIONS. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies. Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction. Mineral oil is applied to all incom ing grain on the main receiving conveyors to provide residual dust control throughout the grain handling system and loadout points. The automated system consists of one 10,000 gallon tank and two separate application pumps. one pump services inbound grain from the truck receiving pits (Pits 10, 18, 19) and the other pump services inbound grain from the railcar receiving pits (Pits 2, 3). Sensors located on the conveyor belts detect grain on the belts and send a signal to the system to activate the pump and apply mineral oil to the appropriate belt. The system is equipped with an audible warning alarm to alert the operator in the control room in the event of system malfunction.Note: Emissions are calculated based on (1) the manufacturer's fabric filter exhaust loading warrantee (grains/acf) or (2) emission test results on the specific fabric filter or on a similar use filter (grains/acf) instead of using the emission factor and capture and control efficiencies.