Company Plant Source Source ID Control method Stack ID Stack Height (ft) Stack Diameter (ft)Notes/Questions

CertainTeed Athens, GA Oxy fuel A2 ESP 55 19.75 in ICR: A2 Furnace was idled 10/07

CertainTeed Athens, GA Cold top electric A1 Baghouse E1 30 37.5 in

CertainTeed Athens, GA Forming, curing, 

cooling

A11 Scrubber/Mist eliminator 80 72 Routed Together?

CertainTeed Athens, GA Forming A12 3 wet walled scrubbers 90 96 in

CertainTeed Athens, GA Forming A23 2 wet walled scrubbers 90 96 in ICR: A2 Furnace was idled 10/07

CertainTeed Chowchilla, CA Oxy fuel C1 DESP/ Caustic Injection High Stack 150 8 ft Everything routed to High stack. 

CertainTeed Chowchilla, CA Curing/Cooling C11 WESP (both Curing and 

Cooling go to a WESP) 

High Stack 150 8 ft

Everything routed to High stack. 

CertainTeed Chowchilla, CA Forming C11 Scrubber and WESP High Stack 150 8 ft Everything routed to High stack. 

CertainTeed Chowchilla, CA Forming C12 Wet Cyclonic Scrubbers/ESP High Stack 150 8 ft

Everything routed to High stack. 

CertainTeed Kansas City, KS Oxy fuel K1 DESP K1 Stack 31 ft 5.5 ft

CertainTeed Kansas City, KS Oxy fuel K2 DESP K2 Stack 150 ft 3 ft

CertainTeed Kansas City, KS Forming, K11 Forming WESP K11 Forming 

Stack

120 8

CertainTeed Kansas City, KS Forming, K12 Forming 1S K12 Stack From PFD not mentioned in ICR

CertainTeed Kansas City, KS curing, cooling K11 Curing and Cooling WESP (both curing and 

cooling routed to a WESP)

K11 Stack 

(different than 

forming stack)

31 ft 5.5 ft

CertainTeed Kansas City, KS Forming K21 Forming 3 WESPs=> 1 stack

K21 Forming Stack

185 8

CertainTeed Kansas City, KS Curing, cooling K21 Curing and Cooling WESP (both curing and 

cooling routed to a WESP)

K21 Stack 

(different than 

forming stack)

185 8

CertainTeed Kansas City, KS Forming K22 1S Forming K22 Stack

185 17

From PFD not mentioned in ICR

CertainTeed Mountain Top, PA Air gas M1 ESP

CertainTeed Mountain Top, PA Air gas M2 ESP

CertainTeed Mountain Top, 

PA

Forming, curing, 

cooling

M1

CertainTeed Mountain Top, 

PA

Forming, curing, 

cooling

M2

Closed

Closed

Closed

Closed
Company Plant Source Source ID

FiberTEK Lakeland, FL Middle Melter Middle Melter

FiberTEK Lakeland, FL Electric steel shell West Melter

FiberTEK Lakeland, FL Forming Batt Line (BL)

FiberTEK Lakeland, FL Oven, Cooling Batt Line (BL)

FiberTEK Nephi, UT Electric steel shell Middle Melter

FiberTEK Nephi, UT Electric steel shell West Melter

FiberTEK Nephi, UT Forming, curing, 

cooling

BL

FiberTEK Nephi, UT Forming UL
Control method Stack ID Stack Height (ft) Stack Diameter (ft)

Baghouse 25 1.5

Baghouse 25 1.5

Scrubber 1 and 2 140 9

Scrubber 3 140 9

Baghouse

Baghouse

Common stack for bonded and non-bonded product; new facility not fully o
Notes/ Questions

d and non-bonded product; new facility not fully operational

Common stack for bonded and non-bonded 

product? Do each of these sources have their 

own stack?
Company Plant Source Source ID

Guardian Albion, MI Electric steel shell EU-EM9 

Line 1

Guardian Albion, MI Electric steel shell EU-EM6

Line 2

Guardian Albion, MI Electric steel shell EU-EM8

Line 3

Guardian Albion, MI Electric steel shell EU-EM7

Line 4

Guardian Albion, MI Forming/Collecti

on

EU-RESFORMCOL

Line 1

Guardian Albion, MI Curing/Cooling EU-RESCURE

Line 1

Guardian Albion, MI Forming/ 

Collection/ 

Curing/ 

Cooling

EU-RFC2

EU-RC2

Line 3

Guardian Albion, MI Forming Line 2

Guardian Albion, MI Forming Line 4

Guardian Inwood, WV Electric steel shell Line 1 (Group 002)

Guardian Inwood, WV Electric steel shell Line 2 (Group 003)

Guardian Inwood, WV Forming Line 1 Forming (Group 

004)

Guardian Inwood, WV Forming Line 2 Forming (Group 

005)

Guardian Inwood, WV Curing Line 1 Curing (Group 006)

Guardian Inwood, WV Curing/Cooling Line 2 Curing (Group 007)

Guardian Inwood, WV Cooling Line 1 Cooling (Group 007)

Guardian Kingman, AZ Electric steel shell Line 1

Guardian Kingman, AZ Forming, curing, 

cooling

Line 1

Guardian Mineral Wells, 

MS

Electric steel shell Line 1
Guardian Mineral Wells, 

MS

Electric steel shell Line 2

Guardian Mineral Wells, 

MS

Forming, curing, 

cooling

Line 1

Guardian Mineral Wells, 

MS

Forming Line 2

Guardian Winnsboro, SC Electric steel shell Line 1

Guardian Winnsboro, SC Line 1

Guardian Winnsboro, SC Forming, curing, 

cooling

Line 1

Guardian Winnsboro, SC Line 1
Control method Stack ID Stack Height (ft) Stack Diameter (ft)

Baghouse FF1/SVMELT6,7,9 125 4

Baghouse FF1/SVMELT6,7,9 125 4

Baghouse FF2 150 3.5

Baghouse FF1/SVMELT6,7,9 125 4

Scrubber 168 7.17

Scrubber 150 5

Scrubber 168 7.5

Baghouse 60.31 2.333333333

Baghouse 60.31 2.333333333

120 6.5

Scrubber 120 7.166666667

Incinerator 120 6.5

Scrubber (stack combined 

with RTO)

120 4.75

Incinerator? 120 7.167

Baghouse EP-2 100 3.5

Incinerator EP-3 135 6.5

Baghouse AB003 62 2.833
Baghouse AB005 72 2.5

AC002 90 5.5

Baghouse ES-1 100 3.5

Scrubber ES-3 100 6.67

Scrubber ES-4 100 5

Incinerator EP-4 100 6.67
Notes

Lines 1, 2 & 4 share baghouse stack

Lines 1, 2 & 4 share baghouse stack

Installed 2005

Installed 2006 Lines 1, 2 & 4 share baghouse 

stack

EU-RESCURE Combined stack with the HEAF

EU-RFC2 Combined stack with EU-RC2

Not listed in ICR. From NAIMA Spreadsheet

Not listed in ICR. From NAIMA Spreadsheet

Combined with drop out box
Not listed in ICR. From NAIMA Spreadsheet. 

Please confirm Line 2 does not have forming. 

Coordinates given were completely off - these 

represent address - but cannot determine which 

is the facility. 

Coordinates given were completely off - these 

represent address - but cannot determine which 

is the facility. 

ES-4 combined with RTO 

Coordinates given were completely off - these 

represent address - but cannot determine which 

is the facility. 

lat/long changed to match incinerator data in ICR 

(DWR) 

Coordinates given were completely off - these 

represent address - but cannot determine which 

is the facility. 
Company Plant Source Source ID

Johns Manville Cleburne, TX Oxy fuel 1902

Johns Manville Cleburne, TX Electric steel shell 

(2 melters)

Line 91

Johns Manville Cleburne, TX Forming Line 91

Johns Manville Cleburne, TX Curing 

Oven/Cooling

Line 91

Johns Manville Cleburne, TX Collection 91

Johns Manville Cleburne, TX Gas fired pots 

(28)

92

Johns Manville Cleburne, TX Gas fired pots 

(28)

93

Johns Manville Cleburne, TX Forming 92/93

Johns Manville Cleburne, TX Curing 92 and 93

Johns Manville Cleburne, TX Collection 92 and 93

Johns Manville Cleburne, TX Cooling 92 and 93

Johns Manville Defiance, OH Air gas 2601, 2603 (Line 81, 82, 

84, 86, 87, 88, 21, 23, 24, 

25)

Johns Manville Defiance, OH Cold top electric Melter 1,2,3 (Line 801-

807)

Johns Manville Defiance, OH Electric steel shell Line 89 (3 melters)

Johns Manville Defiance, OH Forming 89

Johns Manville Defiance, OH Curing 89

Johns Manville Defiance, OH Cooling 89

Johns Manville Defiance, OH Rotary PipeForming, 801

Johns Manville Defiance, OH Curing/Cooling 801
Johns Manville Defiance, OH Rotary PipeForming, 

802

Johns Manville Defiance, OH Curing/Cooling 802

Johns Manville Defiance, OH Rotary PipeForming, 803

Johns Manville Defiance, OH Curing/Cooling 803

Johns Manville Defiance, OH Rotary PipeForming, 804

Johns Manville Defiance, OH Curing/Cooling 804

Johns Manville Defiance, OH Rotary PipeForming, 805

Johns Manville Defiance, OH Curing/Cooling 805

Johns Manville Defiance, OH Rotary PipeForming, 806

Johns Manville Defiance, OH Curing/Cooling 806

Johns Manville Defiance, OH Rotary PipeForming, 807

Johns Manville Defiance, OH Curing/Cooling 807

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

81
Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

82

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

84

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

85

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

86

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

87

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

88

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

21

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

23

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

24

Johns Manville Defiance, OH Pot & marble 

remelt-Forming, 

curing, cooling

25

Johns Manville McPherson, KS Electric steel shell Line 122 (2 melters)

Johns Manville McPherson, KS Electric steel shell Line 123

Johns Manville McPherson, KS Forming/Collecti

on

122
Johns Manville McPherson, KS Curing 122

Johns Manville McPherson, KS Cooling 122

Johns Manville McPherson, KS Forming/Collecti

on

123

Johns Manville McPherson, KS Curing 123

Johns Manville McPherson, KS Cooling 123

Johns Manville Penbryn, NJ Electric steel shell L58

Johns Manville Penbryn, NJ Curing Oven (N) L58

Johns Manville Penbryn, NJ Curing Oven (S) L58

Johns Manville Penbryn, NJ Forming (3 

Modules)

L58 

Johns Manville Penbryn, NJ Cooling L58

Johns Manville Richmond, IN Cold top electric 7602 and 7603

Johns Manville Richmond, IN Line 2 Forming 

and Collection

7602

Johns Manville Richmond, IN Line 3 Forming 

and Collection

7603

Johns Manville Richmond, IN Line 2 Forming & 

Collection

7602

Johns Manville Waterville, OH Forming, curing, 

cooling

Ducon 4

Johns Manville Waterville, OH Forming, curing, 

cooling

Ducon 5

Johns Manville Waterville, OH Forming, curing, 

cooling

Clean Gas 6

Johns Manville Waterville, OH 

Plant 07

Electric Melter 300 X Line 2 (Melter 3 and 

4)

Johns Manville Waterville, OH 

Plant 07

Electric Melter 300 X Line 1 (Melter 1 and 

2)

Johns Manville Waterville, OH 

Plant 07

Electric Melter 300 X Line 3 (P239 Electric

Melter #5)
Johns Manville Waterville, OH 

Plant 07

Electric Melter 300 X Line 4 (P240 Electric

Melter #6)

Johns Manville Waterville, OH 

Plant 07

Pot & marble 

Units 1-20

Pot & marble Units 1-20

Johns Manville Waterville, OH 

Plant 07

Pot & marble 

Units 21-28

Pot & marble Units 21-28

Johns Manville Waterville, OH 

Plant 08

Pot & marble 

remelt for units 

29 - 30

Osprey 61

Johns Manville Waterville, OH 

Plant 09

Pot & marble 

remelt for units 

31 - 32

Osprey 62

Johns Manville Waterville, OH 

Plant 10

Pot & marble 

remelt for units 

33 - 34

Osprey 63

Johns Manville Waterville, OH 

Plant 11

Pot & marble 

remelt for units 

35 - 36

Osprey 64

Johns Manville Waterville, OH 

Plant 12

Pot & marble 

remelt for units 

37 - 38

Osprey 65

Johns Manville Waterville, OH 

Plant 13

Pot & marble 

remelt for units 

39 - 40

Osprey 66

Johns Manville Willows, CA Electric steel shell Line 132 (3 melters)

Johns Manville Willows, CA Electric steel shell Line 133 (3 melters)

Johns Manville Willows, CA Curing Line 133 Curing

Johns Manville Willows, CA Cooling Line 133 Cooling

Johns Manville Willows, CA Forming Line 133Forming

Johns Manville Willows, CA Curing Line 132 Curing

Johns Manville Willows, CA Cooling Line 132 Cooling

Johns Manville Willows, CA Forming Line 132 Forming

Johns Manville Winder, GA Electric steel shell Line 105: Melter 1, 2, 3
Johns Manville Winder, GA Electric steel shell Line 106: Melter 1, 2

Johns Manville Winder, GA Forming Line 105: Forming Modules 

1 541E

Johns Manville Winder, GA Forming Line 105: Forming Modules 

2 542E

Johns Manville Winder, GA Forming Line 105: Forming Modules 

2 543E

Johns Manville Winder, GA Curing Oven Line 105 Curing Oven 554E

Johns Manville Winder, GA Cooling Line 105 Cooling. 553E

Johns Manville Winder, GA Forming Line 106 Fiber Forming and 

Collection Modules #2a, 2b 

643E, 644E

Johns Manville Winder, GA Forming Line 106 Fiber Forming and 

Collection Modules #1a, 1b 

641E, 642E

Johns Manville Winder, GA Curing Oven Line 106 Curing Oven

654E

Johns Manville Winder, GA Cooling Line 106 Cooling 653 C
Control method Stack ID Stack Height (ft) Stack Diameter (ft)

Scrubber/ESP Oven Scrubber 78 5.416666667

Baghouse Line 91-Dust 

Collector - 

Melters EPN-21

60 4.322916667

No EPN/control shown in 

PFD

125 4.916666667

Scrubber EPN 20 81.17 5

4 scrubbers EPN 16-19 125 (each) 5

2 forming tubes (92/93) PFD 

does not show emission 

stream. 

53.5 5.291666667

2 Curing ovens (92&93) => 1 

HEAF

EPN 3 52.75 3.822916667

2 Collection (92&93) => 4 

Stacks

EPN 1,2,4,5

ICR - N/A ICR - N/A

ESP/Baghouse 75 5

Baghouse 50 1.27

Baghouse 70 4

3 Scrubbers=> 3 stacks 70 3.833333333

RTO 50 4

Scrubber 60 4

Forming: Water Spray

Scrubber

P064 51.6 5
Forming: Water Spray 

Scrubber

P067 51.6 5

Forming: Water Spray 

Scrubber

P070 51.6 5

SForming: Water Spray 

scrubber

P073 51.6 5

SForming: Water Spray 

scrubber

P076 51.6 5

SForming: Water Spray 

scrubber

P079 51.6 5

SForming: Water Spray 

scrubber

P082 51.6 5
Baghouse 2 stacks 59.5 3.17

Baghouse 59 3.19

HEAF 4 Stacks? 71.9 3.5' X 7.08'
HEAF 64 3.5

46 2.6

HEAF 3 Stacks? 73.2 3.21' X 3.21'

HEAF 64 3.42' X 3.21'

2 Stacks? 46 2.6

Baghouse PT-18 115 2.667

HEAF PT-4 72 3

HEAF PT-5 72 3

69 5.666666667

72 2.5

2 Baghouses - 2 different 

stacks

S166 and S177 50.8 2

Scrubber 196.8 9

Scrubber 180.8 8

Mist Eliminator 196.8 9

Scrubber 62 5.67

Scrubber 62 5.67

Scrubber 62 5

Wet Scrubbers 62 5

Wet Scrubbers 62 5

Wet Scrubbers 62 5

Stacks 40A, 41, 

41
Wet Scrubbers 62 5

Baghouse 40 1.85

Baghouse 40 7

Baghouse 80 7

Baghouse 80 7

Baghouse 80 7

Baghouse 80 5.5

Baghouse 80 5.5

Baghouse 80 5.5

Baghouse EP1 45 4

Baghouse EP27 45 4

HEAF EP31 100 3.18

45.7 2.5

Baghouse EP27 70 5.49

HEAF EP8 100 3.18

EP9 42.4 2.5

EP1 71.8 5.49

Baghouse - 530 C 531 P 110 3.5

Stack 34, 32, 29, 

30, 31, 33, 34A
2 Baghouses Routed 

together

630 P 110 4.5

541 P 110 5

542 P 110 4

543 P 110 4

HEAF 554 P 110 4

553 P 110 4

2 Scrubbers=> 2 ESPS=> 1 

stack

643 P 110 8

2 Scrubbers=> 2 ESPS=> 1 

stack

641 P 110 8

RTO 654 P 110 4

653 P 110 3.17
Notes/Questions

No information on Line 3 in PFD.

4 stacks - lets model as 1. 

PDF is not helpful. Plant needs to clarify what is 

routed to gether and stack parameters. 

2 furnaces controlled by ESP followed by 

baghouse

Melters 1, 2, and 3 have a common stack

Are curing and cooling routed together. Do not 

see a control device for curing? 
Are curing and cooling routed together. Do not 

see a control device for curing? 

Are curing and cooling routed together. Do not 

see a control device for curing. 

Are curing and cooling routed together. Do not 

see a control device for curing. 

Are curing and cooling routed together. Do not 

see a control device for curing? 

Are curing and cooling routed together. Do not 

see a control device for curing? 

81 designates RA equipment and I assumed that 

these are not emission points? Is this 

appropriate?
82 designates RA equipment and I assumed that 

these are not emission points

84 designates RA equipment and I assumed that 

these are not emission points

84 designates RA equipment and I assumed that 

these are not emission points

86 designates RA equipment and I assumed that 

these are not emission points

87 designates RA equipment and I assumed that 

these are not emission points

88 designates RA equipment and I assumed that 

these are not emission points

21 designates RA equipment and I assumed that 

these are not emission points

23 designates RA equipment and I assumed that 

these are not emission points

24 designates RA equipment and I assumed that 

these are not emission points

25 designates RA equipment and I assumed that 

these are not emission points

Common stack for 2 dust collectors (4 and 5)

Common stack for 3 dust collectors (4, 5, & 6)
Common control for 3 glass melters E17-E19

No other controls noted. 1 Curing oven goes to 2 

different stacks. 

No other controls noted. 1 Curing oven goes to 2 

different stacks. 

PFD looks different than to what was put in ICR. 

Not sure if this is separate or in-series control?

Controls for rotary lines 1, 2, 3, and/or 4

Gas Assist on melters; all have common ducting 

to 3 parallel scrubbers with 3 parallel stacks for 

combined melting and forming
All 28 units feed to a common plenum with 

parallel control devices (fabric filters) and 7 

stacks. 

(3 additional scrubbers listed as back-up controls -

- did not include here)

the la/longs the facility gave do not match. It 

looks to be more 33.994173°, -83.771243°

Are all stacks the same height and diameter. On 

ICR some have 7ft diameter and some have 1.85?




OK
Company Plant Source Source ID

Knauf Lanett, AL Oxy fuel 621

Knauf Lanett, AL Oxy fuel 622

Knauf Lanett, AL Bonded and 

Unbonded 

Forming

621 Forming and

621 Unbonded forming

Knauf Lanett, AL Curing, cooling 621 Curing, Cooling

Knauf Lanett, AL Forming, 622 Forming A

622 Forming B

622 Unbonded Forming

Knauf Lanett, AL Curing, Cooling 622 Curing A/ Cooling A

Knauf Lanett, AL Curing 622 Curing B/ Cooling B

Knauf Shasta Lake, CA Cold top electric 641

Knauf Shasta Lake, CA Forming, curing, 

cooling

641

Knauf Shelbyville, IN Cold top electric 611

Knauf Shelbyville, IN Cold top electric 602

Knauf Shelbyville, IN Forming Line 611 Forming 

Line 612Forming 

Line 613: Forming/Cooling 

Line 614: Forming/Cooling 

Line 602 Loose Fill Forming

Knauf Shelbyville, IN Forming, curing, 

cooling

602 Forming, Curing, 

Cooling

Knauf Shelbyville, IN Curing Line 613 Curing

Line 614 Curing
Control method Stack ID Stack Height (ft) Stack Diameter (ft)

DESP Stack 1-1 80 4

DESP Stack 2-1 125 4.42

forming: 6 scrubbers 

=>WESP=> Stack 1-2

Unbonded forming=> 2 

Scrubbers => Stack 1-2

Stack 1-2 199 12

Curing =>Inci=>Stack 1-3 

Cool=> Settling Chamber => 

Stack 1-3

Stack 1-3 100 6

Scrubbers/WESP Stack 2-2 199 18

Curing : incinerator Cool: 

Settling chamber

Stack 2-3 125 6

Curing : incinerator Cool: 

Settling chamber

Stack 2-7 100 5

Baghouse Stack 2 85 3.05

Forming=>6 Scrubbers=> 

WESP=>Stack 1

Curing=>2THOX=>Stack 1

Cooling=>Scrubber=>

Stack1

Stack 1 199 22

Baghouse Stack 6-21 143 4

Baghouse Stack 6-30 143 4

Forming 611/612 & 

forming/Cooling 

613/614=>1WESP=> Stack 6-

22

Loose Fill Forming=> 

2Demisters=>WESP=> Stack6-

22

Stack 6-22 199 28

Forming->5Demisters=> 

WESP=> Stack

Curing=>RTO=>Stack

Cooling=>wet collector 

=>Stack

Stack 2-2 150 12

613-614 Curing => 2 RTOs=> 

Stack 6-29

Stack 6-29 140 4.83
Notes/Questions

ICR: 622-Currently Temporarily Shutdown

ICR: 622A/622B-Currently Temporarily Shutdown

622A/622B-Currently Temporarily Shutdown

622A/622B-Currently Temporarily Shutdown

Line 611 and 612 Don't have cooling or curing 

according to PFD - is this correct?
Company Plant Source Source ID

Owens-Corning Delmar, NY Oxy fuel DM1

Owens-Corning Delmar, NY Oxy fuel DM2

Owens-Corning Delmar, NY Forming, Cooling DM1 Forming, Curing 

(U-00003)

Owens-Corning Delmar, NY Cooling DM1 Cooling (U-00003)

Owens-Corning Delmar, NY Curing DM2 Curing 

(U-00013)

Owens-Corning Delmar, NY Cooling DM2 Cooling (U-00014)

Owens-Corning Delmar, NY SS DM2 SS (U-00014)

Owens-Corning Delmar, NY Forming DM 2 Forming

Owens-Corning Eloy, AZ Electric steel shell North Melter (Line EL1)

Furnace 1

Owens-Corning Eloy, AZ Electric steel shell South Melter (Line EL1)

Furnace 2

Owens-Corning Eloy, AZ Forming Bonded line

EL1 Forming

Owens-Corning Eloy, AZ Curing Bonded line

EL1 Curing

Owens-Corning Eloy, AZ Cooling Bonded Line

EL1 Cooling

Owens-Corning Fairburn, GA Cold top electric FG1 (FG11)

Owens-Corning Fairburn, GA Cold top electric FG2 (FG21)

Owens-Corning Fairburn, GA Cold top electric FG3 (FG31)

Owens-Corning Fairburn, GA Forming/Curing FG1 Forming (FG14)

FG1 Curing (FG15)
Owens-Corning Fairburn, GA Forming/Curing FG2 Forming (FG24)

FG2 Curing (FG25)

Owens-Corning Fairburn, GA Forming/Curing FG1 Forming FG3 (FG34)

FG2 Curing FG3 (FG35)

Owens-Corning Fairburn, GA Cooling FG1 (FG16)

Owens-Corning Fairburn, GA Cooling FG2 (FG26)

Owens-Corning Fairburn, GA Cooling FG3 (FG36)

Owens-Corning Kansas City, KS Oxy fuel Line J6/U3

Furnace J5

Owens-Corning Kansas City, KS Oxy fuel K5 Furnace

Owens-Corning Kansas City, KS Cold top electric Line 70 Furnace

Owens-Corning Kansas City, KS Forming 70

Owens-Corning Kansas City, KS Forming J6

Owens-Corning Kansas City, KS Forming EU-K5 FORMINGN
Owens-Corning Kansas City, KS Forming EU-K5FORMINGS

Owens-Corning Kansas City, KS Forming U3

Owens-Corning Kansas City, KS Curing 70

Owens-Corning Kansas City, KS Curing J6

Owens-Corning Kansas City, KS Curing K5

Owens-Corning Kansas City, KS Cooling J6

Owens-Corning Kansas City, KS Cooling K5

Owens-Corning Kansas City, KS Cooling 70

Owens-Corning Mount Vernon, 

OH

Electric steel shell Furnace 1

Owens-Corning Mount Vernon, 

OH

Electric steel shell Furnace 2

Owens-Corning Mount Vernon, 

OH

Electric steel shell Furnace 3

Owens-Corning Mount Vernon, 

OH

Forming Unbonded Line 1 -3
Owens-Corning Newark, OH Air gas F5/6

Owens-Corning Newark, OH Air gas A3

Owens-Corning Newark, OH Cold top electric C4

Owens-Corning Newark, OH Cold top electric B4

Owens-Corning Newark, OH Forming C4

Owens-Corning Newark, OH Curing C4

Owens-Corning Newark, OH Smoke Stripper C4

Owens-Corning Newark, OH Cooling C4

Owens-Corning Newark, OH Forming F6

Owens-Corning Newark, OH Curing F6

Owens-Corning Newark, OH Smoke Stripper F6

Owens-Corning Newark, OH Cooling F6

Owens-Corning Newark, OH Forming B4

Owens-Corning Newark, OH Curing B4

Owens-Corning Newark, OH Smoke Stripper B4

Owens-Corning Newark, OH Cooling B4

Owens-Corning Newark, OH Forming A4 & A5 (molded pipe)
Owens-Corning Newark, OH Curing Molded Pipe

Owens-Corning Salt Lake City, UT Electric steel shell Furnace 1

Owens-Corning Salt Lake City, UT Electric steel shell Furnace 2

Owens-Corning Salt Lake City, UT Curing SL1 (Bonded)

Owens-Corning Salt Lake City, UT Forming SL1 (Bonded)

Owens-Corning Salt Lake City, UT Cooling SL1 (Bonded)

Owens-Corning Salt Lake City, UT Forming SL2

Owens-Corning Santa Clara, CA Cold top electric M (S-1)

Owens-Corning Santa Clara, CA Cold top electric O (S-19)

Owens-Corning Santa Clara, CA Forming M (S-2)

Owens-Corning Santa Clara, CA Curing M (S-3)

Owens-Corning Santa Clara, CA Smoke Stripper M

Owens-Corning Santa Clara, CA Cooling M (S-4)

Owens-Corning Santa Clara, CA Forming O (S-20)

Owens-Corning Santa Clara, CA Curing O

Owens-Corning Santa Clara, CA Smoke Stripper O

Owens-Corning Santa Clara, CA Cooling O
Owens-Corning Waxahachie, TX Oxy fuel VI

Owens-Corning Waxahachie, TX Cold top electric V2

Owens-Corning Waxahachie, TX Cold top electric V3

Owens-Corning Waxahachie, TX Forming/Curing V1

Owens-Corning Waxahachie, TX Cooling V1

Owens-Corning Waxahachie, TX Forming, curing V2

Owens-Corning Waxahachie, TX Smoke Stripper V2

Owens-Corning Waxahachie, TX Cooling V2

Owens-Corning Waxahachie, TX Forming, curing V3

Owens-Corning Waxahachie, TX Smoke Stripper V3

Owens-Corning Waxahachie, TX Cooling V3
Control method Stack ID Stack Height (ft) Stack Diameter (ft)

ESP 1 DEP - DM1EP 160 4.83

ESP 4 DEP - DM2EP 160 4.83

Cooling -HEAF

Forming - Scrubbers

Curing - AB

Smoke stripper = HEAF

C WEP - FZEP1 105/105 4.58/4.58

HEAF=> demister DM1 Cooling (U00003)

(HEAF - DM1F1)

50.13 3.5

2 burners=> 2 filters=> 1 

incinerator

172 59.09 9.97

HEAF 187 50.14 5

Scrubber & HPAF 140 44.24 1.17

105 4.58

Baghouse N. Dust Collector 36 1

Baghouse S. Dust Collector 36 1

EL1 Forming - Scrubber 59.08 4.5

Stack 44

Stack 45

42.40 ft. (stack 

44) and 44.40 ft.

(stack 45)

1.17

Filterbox? (From permit) 55.4 1.17

Batch wetting FG1A (FG1N)

FG11B (FG1S)

68.63 ft. (each) 4 ft. (each)

Batch wetting FG1A (FG2N)

FG11B (FG2S)

70.58 ft. (each) 4 ft. (each)

Batch wetting FG3N

FG3S

68.75 ft. 4

Forming=>Dropout Box=> 

Dewatering Syst=>Mix 

Chamber=> stack

Curing=>Incin.=>Mix 

Chamber=>stack

MC1 61.01 9.5
Forming=>Dropout Box=> 

Dewatering Syst=>Mix 

Chamber=> stack

Curing=>Incin.=>Mix 

Chamber=>stack

MC2 65.33 10.2

Forming=>Dropout Box=> 

Dewatering Syst=>Mix 

Chamber=> stack

Curing=>Incin.=>Mix 

Chamber=>stack

MC3 80.66 7.9

HVAF (G1A) G1A 51.1 3.17

Smoke Stripper (G2SS)

Aerofilter (G2A)

G2A

G2SS

51.1 3.17

Scrubber G3W 41 3

ESP stack 03-05 92.92 3

ESP stack 03-25 101.2 3

Batch wetting stack 01-03 and 

01-04

67.11 4

70 Forming => 4 Cyclones 

=>4 Stacks 

(one cyclone is followed by a 

WEPB)

SV-01-07, SV-01-

08, SV-01-09, SV01-10

93.40 ft. (stack 

01-07), 100.75

ft. (stack 01-08), 

99.40 ft. (stack

01-09) and 93.40 

ft. (stack 01-

10)

4.33 ft. (stack 01-

07), 4.58 ft.

(stack 01-08), 

4.00 ft. (stack 01-

09) and 4.33 ft. 

(stack 01-10)

FJ6 Forming => 3 Cyclones 

=>3 Stacks 

(one cyclone is followed by a 

WEPB)

SV-04-17, SV-04-

18, SV-04-19

K5 FormingN => 3 Cyclones 

=>3 Stacks 

(one cyclone is followed by a 

WEPB)

SV-04-16, SV-04-

14, SV-04-13

92.35 ft. (stack

04-14)

3.75 ft. (stack 04-

14)
K5 FormingS => 3 Cyclones 

=>3 Stacks 

(one cyclone is followed by a 

WEPB)

SV-04-15, SV-04-

12, SV-04-11

79.18 ft (stack 04-

11), 100.75 ft.

(stack 04-12), 

and 88.98 ft. 

(stack 04-

16)

3.42 ft. (stack 04-

11), 4.58 ft.

(stack 04-12), 

and 3.42 ft. 

(stack 04-16)

Forming=>scrubbers=> 

Primary separators=> stack

Oven=>2 Cyclones=>4 

HPAF=> 2 stacks

SV-18-06, SV-17-

06

42.27 (HVAF 

stacks)

2.5 (HVAF stacks)

Oven=>2 Cyclones=>4 

HPAF=> 2 stacks

SV-10-06, V-10-

11

37.75 (HVAF 

stacks)

1.83 (HVAF 

stacks)

Oven=>2 Cyclones=>4 

HPAF=> 2 stacks

SV-08-15, SV-08-

11

45 (HVAF stacks) 2.5 (HVAF stacks)

Cooling=>Cyclones & 

scrubbers=>2 stacks

(Cyclones are followed by 2 

HPAF) 

SV-10-07, SV-08-

12, SV-09-10

42.5(HVAF 

stacks)

39 (Scrubber 

Stacks)

1.67(HVAF 

stacks)

3.42 (Scrubber 

Stacks)

Cooling=>Cyclones & 

scrubbers=>2 stacks

(Cyclones are followed by 2 

HPAF) 

SV-08-10, SV-07-

16, SV-07-17

42 (HVAF stacks)

33 (Scrubber 

Stacks)

1 (HVAF stacks)

3 (Scrubber 

Stacks)

Cooling=>Cyclones & 

scrubbers=>2 stacks

(Cyclones are followed by 2 

HPAF) 

SV-18-11, SV-17-

08, SV-17-12

37.58 (HVAF 

stacks)

33.39 (Scrubber 

Stacks)

1.67 (HVAF 

stacks)

2.08 (Scrubber 

Stacks)

Baghouse (1 baghouse per 

furnace and one shared 

baghouse for all furnaces)

1 Stack per 

furnace + 1 

Common stack

100 2.67

Baghouse (1 baghouse per 

furnace and one shared 

baghouse for all furnaces)

1 Stack per 

furnace + 1 

Common stack

100 2.67

Baghouse (1 baghouse per 

furnace and one shared 

baghouse for all furnaces)

1 Stack per 

furnace + 1 

Common stack

Screen Filters 1 common 

Forming Stack
Baghouse 63.83 2.08

evap cooler=> stack cap => 

atm

34.58 1.5

Batch wetting 72.58 4

Batch wetting 72.58 4

Forming=>Drop Out Box=> 

Fans=> separators=> Mix 

Chamber =>atm

92.55 6.4 ft. x 4.3 ft. 

(rectangular)

Oven=> stack Burners => 

filters=> Incinerator=> Atm

92.55 9.75

Stripper=> Scrubber => 

HPAF=> atm

50.78 1.31 x 1.31 ft. 

(rectangular)

Cool=>Scrubber=>atm 50.78 2.67

Forming=>Drop Out Box=> 

Fans=> separators=>atm

108.33 5.83 ft. (08-191 

&193), 6.5 ft.

Oven=> stack Burners => 

filters=> Incinerator=> Atm

67 3.75

Stripper=>Stack Burner=> 

filter=> atm

65.72 2.33

Cool=>Scrubber=>atm 65.72 2.0 x 2.67 ft. 

(rectangular)

70.5 26.6 ft. x 6.2 ft. 

(rectangular)

oven=> 2 Stack Burners =>2 

Filters => 2 stacks

41.18 2

Stripper=>Stack Burner=> 

filter=> atm

Cool=> 2 Penclones => 2 

stacks

38.8 2.0 x 2.67 ft. 

(rectangular)

Forming=> Drop out 

box=>Cyclone sep => Mix 

Chamber=> atm

47.5 22
Oven=> stack burner=> atm 47.5 22

Baghouse 76.59 1 ft

Baghouse 76.59 1 ft

81.28 4.5

Drop-Out Boxes 81.28 4.5

46.93 1.83

Ospery Filter?

Batch wetting 98 3.83

Batch wetting 357, 349, roof 

vents

98 3.83

Forming=> sep/fans=> 

Second Seps=> 4 stacks (329-

332)

329-332 87 2.83

Curing => 2 burners => 2 

filters => 2 incin. 

303, 261 51.04

37.5

3.58

3.92

Cyclone=> Mist elim. 252 54 1

Dry filter 258 64 2.5

Forming=> sep/fans=> 

Second Seps=> 4 stacks (358-

361)

358-361 107.06 2.83

Curing => 2 burners => 2 

filters => 1 incin. 

263 49.08 7.08

Cyclone=> Mist elim. 243 54 1

Wet scrubber 240 64 2.5
Dry ESP EPN 3 53.42 2.92

Batch wetting EPN 19 & 20 57.78 4

Batch wetting EPN 38 & 39 57.45 4

Forming: Spray 

chamber/Penthouse

Curing: Incinerator

EPN 10 63.5 9.78

HEAF EPN 13 45.75 2.92

Forming: Spray 

chamber/Penthouse

Curing: Incinerator

EPN 22 76.33 10.5

EPN 55 36.08 1.25

HEAF EPN 23 46.5 3.5

Forming: Spray 

chamber/Penthouse

Curing: Incinerator

EPN 40 61.92 13.7

EPN 56 40.5 1.17

HEAF EPN 41 63.33 3.5
Notes/Questions

DM1 goes to SC and DEP. Both SC and DEP have 

stacks. 

DM1 Cooling has 3 HEAF

DM2 Curing: Combined

Exhaust (Forming/Curing)

from Mixing Chamber (U- 00013)

No control shown on PFD

Curing oven has two stacks. 

No Control shown on PFD

Furnace has two stacks

No control shown on PFD

Furnace has two stacks

No control shown on PFD

Furnace has two stacks

No control shown on PFD
Furnace not shown in PFD

Furnace not shown in PFD

Furnace not shown in PFD
U3 has no Curing. U3 Forming not listed in ICR

4 Stacks total for all 3 furnaces. 

Furnace 3 is newer (2008?). No stack info on ICR. 

No stack data for filters in ICR. Forming not listed 

in ICR. 
PFD shows D5 Line - but it is not in ICR do we 

need to add this?

PFD doesn't show emissions on Furnace

PFD shows no control device

PFD does not show air emissions from B4 

Forming
Are these separate stacks?

Are these separate stacks?

Emissions to 7 different stacks

Emissions from forming go to 4 separator and 

fans and 4 stacks. Lets pick 1. 

Not sure how FCC is routed (together or 

separate?) or what control devices they have. 

PFD does not show all emission streams/control 

devices/or stack IDs. ICR does only lists 

baghouses and drop out box as control. 
Form/Cur same stack