# Biomass

Pollutant(s) of Interest Control Annual Control and Monitoring Cost Annual Reductions

(TPY)* Cost Effectiveness Units Pb , Cd 1 

### Fabric Filter $9,093,822 1.74 $5,215,993 $/ton D/F 2 

### ACI/FF $23,041,956 5.41529E-05 $212,748,879 $/lb Hg 3 

### ACI/FF $6,091,603 0.00224 $1,356,909 $/lb SO2 4 

### DIFF $24,454,692 294 $83,183 $/ton

*From BTF_EmissionReductions file


# Coal

HCl 1 

### We t Scrubber $2,758,652 10.87 $253,687 $/ton HCl 2 

### WS or DIFF, Caustic $43,753,881 10.87 $4,023,634 $/ton Pb, Cd 3 

### Fabric Filter $8,916,581 0.18 $49,781,125 $/ton D/F 4 

### ACI/FF $0 0 #DIV/0! Hg 5 

### ACI/FF $11,901,802 0.01602 $742,977,673 $/ton CO LBMS 6 

### $76,508 246 $312 $/ton CO Oxidation catalyst $3,142,085 341 $9,214 $/ton 1. For Pb, Cd, calculations represent cost effectiveness to comply with the MACT floor emission limit, which is based on the representative detection level (RDL) for these pollutants. Since the limits are set at the quantification level of the EPA reference test me thod, further emission reductions cannot be quantified. Annual control and monitoring cost includes only costs attributed to FF annual costs and monitoring; however, reductions also include those resulting from DIFF installation for units wanting to control SO2. Reductions do not include PM reductions resulting from FF, as this pollutant is not under consideration in this analysis.

Annual Reductions (TPY)* Cost Effectiveness 2. For D/F, calculations represent cost effectiveness to comply with the MACT floor emission limit, which is based on the representative detection level (RDL) for this pollutant.

Annual Control and Monitoring Cost Control

1. For this analysis, we assume that W S is applied to control HCl, since this is the limit that is less stringent now. However, caustic control of the scrubbing liquor will provide some co-control of SO2. For a conservative estimate, we estimated 25% control of SO2 could be achieved using this route if co-control is considered. Actual amounts of co-control could be higher. If SO2 control was the goal, however, it is likely that sources would opt to install a FGD-specific system, such as a DIFF system instead of a wet scrubber. However, the SO2 limit is not under question in this analysis. Pollutant of Interest 3. Represents cost effectiveness to reduce Hg emissions to match 90% reduction in worst performing unit by apply ing ACI/FF combination to units having baseline emissions above this value. 4. Represents cost effectiveness to apply DIFF to any

units that have not been assigned DIFF for MACT control and assuming a 95% reduction in SO2 for these units.

Units

2. Eastman reports in a comment letter that a wet scrubber isn't feasible for their TN facility , so we have incorporated an estimated $250 mi llion capital cost, as reported in the letter, for the TN facility to control HCl using dry scrubber/fabric filter and caustic polishing scrubber.

### *From BTF_EmissionReductions file

4. For D/F, the MACT floor emission limit, which is based on the representative detection level (RDL) for this pollutant is at or above the baseline data available for these units. Therefore, there is little uncertainty in estimating reductions possible below the MACT floor em ission limit. 3. For Pb, Cd, calculations represent cost effectiveness for units to install FF to control Pb and Cd beyond the MACT floor limit. Emission reductions assume a 99% removal efficiency for FF, but uses the reference method detection limit of 0.013 for lead as the minimum BTF em ission, since further emission reductions cannot be quantified.

6.Cost represent total capital cost to apply advanced combustion controls (linkageless boiler management system) to all coal units. Costs for this control are NOT annualized. Reductions assume a 54% efficiency , median of 33%-75% CO reduction range. 5. Represents cost effectiveness to apply ACI/FF to all units to reduce emissions beyond the MACT floor limits. Reduction is based on a beyond-the-floor emission level matching that of a 90% Hg reduction from each unit.

### Pollutant Reduction Total Reduction Units PM 949.47 

### 951.2093441 $9,560 $/ton (this represent MACT Floor reductions, nothing beyond the floor) Hg 0.011765 0.011819617 $974,734 $/lb (this represent MACT Floor reductions, nothing beyond the floor)

Pollutant Reduction Total Reduction Units SO2 700.45 

### 711.32 $3,878 $/ton Calculated using standard algorithms SO2 700.45 

### 711.32 $61,511 $/ton Adjusted to reflect cost information from Eastman facility PM 120.63 

### 120.81 $73,808 $/ton (this is based on a 99% reduction in PM for each of 4 units that would add FF to control beyond the floor) See below for Hg and D/F co-control. D/F 0 0.01602 $371,489 $/lb Unable to quantify D/F co-control below baseline levels. Em ission limit went up some due to new, longer period data set from Eastman that also reflects startup/shutdown modes of operation. Additonal reductions from co-control Cost effectiveness for all controlled pollutants

1. For Pb, Cd, calculations represent cost effectiveness to comply with the MACT floor emission limit, which is based on the representative detection level (RDL) for these pollutants. Since the limits are set at the quantification level of the EPA reference test

Annual control and monitoring cost includes only costs attributed to FF annual costs and monitoring; however, reductions also include those resulting from DIFF installation for units wanting to control SO2. Reductions do not include PM reductions resulting from FF, as this

Additonal reductions from co-control (tpy) Cost effectiveness for all controlled pollutants 2. For D/F, calculations represent cost effectiveness to comply with the MACT floor emission limit, which is based on the representative

1. For this analysis, we assume that W S is applied to control HCl, since this is the limit that is less stringent now. However, caustic control of the scrubbing liquor will provide some co-control of SO2. For a conservative estimate, we estimated 25% control of SO2 could

If SO2 control was the goal, however, it is likely that sources would opt to install a FGD-specific system, such as a DIFF system instead 3. Represents cost effectiveness to reduce Hg emissions to match 90% reduction in worst performing unit by apply ing ACI/FF
4. Represents cost effectiveness to apply DIFF to any

units that have not been assigned DIFF for MACT control and assuming a 95%

2. Eastman reports in a comment letter that a wet scrubber isn't feasible for their TN facility , so we have incorporated an estimated $250 mi llion capital cost, as reported in the letter, for the TN facility to control HCl using dry scrubber/fabric filter and caustic polishing

### 4. For D/F, the MACT floor emission limit, which is based on the representative detection level (RDL) for this pollutant is at or above the baseline data available for these units. Therefore, there is little uncertainty in estimating reductions possible below the MACT floor 3. For Pb, Cd, calculations represent cost effectiveness for units to install FF to control Pb and Cd beyond the MACT floor limit. Emission reductions assume a 99% removal efficiency for FF, but uses the reference method detection limit of 0.013 for lead as the minimum BTF

6.Cost represent total capital cost to apply advanced combustion controls (linkageless boiler management system) to all coal units. Costs for this control are NOT annualized. Reductions assume a 54% efficiency , median of 33%-75% CO reduction range. 5. Represents cost effectiveness to apply ACI/FF to all units to reduce emissions beyond the MACT floor limits. Reduction is based on a

### (this represent MACT Floor reductions, nothing beyond the floor) (this represent MACT Floor reductions, nothing beyond the floor)

Calculated using standard algorithms Adjusted to reflect cost information from Eastman facility (this is based on a 99% reduction in PM for each of 4 units that would add FF to control beyond the floor)
Unable to quantify

D/F co-control below baseline levels. Em ission limit went up some due to new, longer period data set from Eastman that also reflects startup/shutdown modes of operation.

### Secondary Impacts of ERU-Solid **FF AC**  **I DIFF**  **WS Total**  **elec (Mw)** 0 0 6,060 6,060 **water (gal/yr)** 0 279,427 279,427 **AC I (lb/yr)**  0 0 **Dust (tpy)** 0 0 0 0 **Natural Gas (Mmscf/yr)** 0

**Emission Factors Electrcity** **a** 

### Pollutant **(lb/Mw-hr) (lb/10**  **6**

### scf) **lb/ft3 ton/ft3**  **CO2** 1,329 120,000 0.12 0.00006 **CO**

- 84 0.000084 0.000000042 **NOx** 1.9366 100 0.0001 0.00000005 **SO2** 5.2589

- - - a. National em ission factors from Egrid for EGUs b. Natural gas emission factors from AP 42 **Natural Gas b** 

### Secondary Emissions from ERU-Solid **CO2 CO**  **SO2 NOx**  8,055,274 31,867 11,735

0 0 0 lbs/yr 8,055,274 0 31,867 11,735 tons/y r 4,028 0 16 6

### Summary of MACT Compliance Costs for Energy Recovery Units -Solids

**Total Capital Investment**  **($) Total A** **nnual**

**Cost ($/yr)**  **Total Capital**

**Investment ($)**  **Total A nnual** 

**Cost ($/yr)**  **Total Capital**

**Investment ($)**  **Total A nnual** 

**Cost ($/yr)** 

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none $41,573,203 $12,454,205 $43,500 $38,400 $41,616,703 $12,492,605

ARDomtarIndustries PB1 Energy recovery unit - Biom ass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI $7,841,943 $2,197,683 $18,000 $18,300 $7,859,943 $2,215,983

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up, ACI, fabric filter $23,783,390 $7,941,591 $25,500 $19,500 $23,808,890 $7,961,091

ARDomtarIndustries PB3 Energy recovery unit - Biom ass Electrostatic Precipitator DIFF, ACI, wet scrubber $0 $0 $0 $0 $0 $0

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biom ass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS $1,826,063 $570,254 $18,000 $19,600 $1,844,063 $589,854
LAInternationalPaperRedRiverMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI $0 $0 $0 $0 $0 $0

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS $0 $0 $0 $0 $0 $0

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber $0 $0 $0 $0 $0 $0 MEHuberEngineeredWoodLLC Boiler No.1 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS $4,528,035 $1,419,569 $18,000 $18,900 $4,546,035 $1,438,469 MEHuberEngineeredWoodLLC Dryer Furnace Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS $6,675,092 $1,912,946 $18,000 $18,100 $6,693,092 $1,931,046

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS $0 $0 $0 $0 $0 $0

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biom ass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up $6,662,068 $1,851,445 $18,000 $19,300 $6,680,068 $1,870,745
TNEastman_NO_CBIDATA Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up, ACI, fabric filter $11,078,468 $17,831,430 $67,800 $30,500 $11,146,268 $17,861,930
TNEastman_NO_CBIDATA Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up, ACI, fabric filter $9,624,504 $17,768,529 $67,800 $35,700 $9,692,304 $17,804,229
TNEastman_NO_CBIDATA Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up, ACI, fabric filter $9,497,525 $17,817,170 $67,800 $35,700 $9,565,325 $17,852,870 TNPackagingCorpCounce Combination Boiler #2 Energy recovery unit - Coal Cyclone: Multiple (Multiclone), Electrostatic Precipitator none #REF! #REF! #REF! #REF! #REF! #REF!
TNTempleI nland2426 5000F Energy recovery unit - Biom ass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic $0 $0 $0 $0 $0 $0 TXInternationalPaperQueenCity PB02 Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up $37,923,511 $9,988,693 $18,000 $18,900 $37,941,511 $10,007,593

WALongviewFPP #12 Power Boiler Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), Wet Im pingement (General), Wet Scrubber CO oxidation, ACI, DIFF, caustic $0 $0 $0 $0 $0 $0

WALongviewFPP #13 Power Boiler Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), Wet Im pingement (General), Wet Scrubber CO oxidation, DIFF, ACI, caustic $0 $0 $0 $0 $0 $0

WALongviewFPP #20 Power Boiler Energy recovery unit - Biom ass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), Wet Im pingement (General), Wet Scrubber DIFF, ACI, LBMS $0 $0 $0 $0 $0 $0

WI NSPWAshland B20 Energy recovery unit - Biom ass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber $0 $0 $0 $0 $0 $0

WI NSPWAshland B21 Energy recovery unit - Biom ass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber $0 $0 $0 $0 $0 $0 **#REF! #REF!**  **#REF! #REF!**  **#REF! #REF!**  **Control Costs Monitoring, Reporting, and**  **Recordkeeping Costs Total BTF Floor Control,**  **Monitoring, Reporting, and Recordkeeping Costs**  **FacilityID UnitID**  **Existing Control Device Consolidated MA**  **CT Controls Beyond the Floor Options**  **Subcategory**

1 of 1Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (1 of 5)

**Dust Elec**  **Elec Water**  TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) tpy Mw TAC ($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) Mw gal/yr TAC ($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI $5,849,908 $124 $1,338,783 $28 13 2,051 $1,016,100 $22 $353,297 $8 610 9,415 $2,574,348 $57.67

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber $7,524,066 $38 $6,020,268 $30 14,370 198,439 $3,279,785 $16.55

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS $1,366,567 $223 $414,794 $68 6 309 $282,403 $46 $195,282 $32 174 13,424 $1,946,715 $318.35
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI
$9,646,284 $53 $6,741,269 $37 17,221 3,395,242 $3,152,249 $17.01

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS $5,276,241 $49 $2,840,823 $26 6,934 712,329 $2,931,467 $23.06

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber $8,065,237 $49 $5,477,791 $33 13,977 1,448,630 $3,122,909 $18.03
MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS
$380,063 $18 $212,501 $10 184 213
MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS
$669,179 $18 $272,193 $7 309 385

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS
$3,257,491 $14.43

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up $5,048,247 $127 $1,190,800 $30 4 1,860 $1,288,491 $32 $481,647 $12 1,106 429,066 $2,514,861 $84.41 TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up

TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic $2,862,670 $29.93
TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up
$28,248,948 $110 $6,110,645 $24 437 11,625 $3,303,128 $18.68

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

$2,871,864 $73.98

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

$2,958,638 $72.68

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

$2,903,061 $39.68

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

$2,937,220 $43 $1,365,937 $20 3,392 657,350 $2,739,053 $39.95

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

$3,009,184 $42 $1,379,347 $19 3,441 591,917 $2,754,779 $38.67 Biomass: $9,055,022 **Subcategory**

**Add Packed Bed Scrubber Improve Scrubber**  **Performance Improve Fabric Filter**  **Performance FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls** 

**Add Fabric Filter**Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (2 of 5)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber

MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up

TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic

TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **Subcategory FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls** 
**ACI Dust**  **Elec Water**  TAC ($/yr) TAC

($/yr/dscfm) lb/yr ton/yr TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) Mw gal/yr TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm)

$669,484 $15.00 169,324 85

$1,382,015 $6.97 862,687 431 $228,931 $37.44 28,601 14

$1,305,686 $7.05 673,610 337

$1,027,728 $8.09 435,124 218

$1,222,784 $7.06 663,400 332

$1,428,194 $6.33 842,321 421 $524,047 $17.59 154,805 77

$838,803 $8.77 364,751 182

$1,294,348 $7.32 931,057 466

$655,167 $16.88 305,294 153 $2,056,030.48 $16.04 $1,050,648 8.20

$715,471 $17.58 372,310 186 $1,880,390.86 $17.28 $924,220 8.49

$1,014,148 $13.86 374,966 187

$745,021 $10.87 260,822 130

$754,409 $10.59 270,969 135 13,806,234.28 **ACI SNCR**  **CO Oxidation Catalyst**Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (3 of 5)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber

MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up

TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic

TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **Subcategory FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls** 

**Elec Dust**  **Water** TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) Mw tpy gal/yr TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) **TCI**

**($) TCI** 

**($/dscfm)**

$0 $0
$9,440,356 $204
$1,580.00 $0.008 $1,580 $0
$29,429,889.35 $148.52 $7,831,852 39.52 9550.47 1305.34 9,780,709,194 $40,233,740 $203
$19,127.00 $3.13 $3,614,812 $591

$27,018,642.28 $148.98 $7,193,387 39.66 8892.69 793.10 9,106,165,666 $39,817,175 $219

$16,486,313.76 $152.42 $4,796,674 44.35 5568.49 3079.52 5,697,628,364 $19,127.00 $0.15 $24,713,148 $224

$24,654,075.72 $149.44 $6,859,614 41.58 8481.31 2315.23 8,683,897,831 $1,580.00 $0.009 $35,843,802 $216

$19,127.00 $0.93 $399,190 $19

$19,127.00 $0.51 $688,306 $19

$33,392,770.73 $147.92 $8,786,598 38.92 11114.58 422.62 11,384,028,625 $19,127.00 $0.08 $36,669,389 $162
$1,580.00 $0.053 $8,853,180 $244
$1,580.00 $0.00 $1,580 $0
$1,580.00 $0.00 $1,580 $0
$1,580.00 $0.00 $1,580 $0
$14,815,117.71 $154.47 $4,102,661 42.78 4851.70 893.47 4,962,963,652 $19,127.00 $0.20 $433 $0.01 $17,696,914 $185

$1,580.00 $0.00 $31,553,656 $128

$14,957,491.53 $153.37 $3,767,202 38.63 4041.72 348.28 4,134,557,681 $353 $0.00 $19,885,386 $243

$18,035,511.95 $151.64 $4,499,339 37.83 4924.90 158.99 5,040,013,010 $445 $0.00 $22,874,541 $242

$15,979,589.51 $153.09 $4,201,652 40.25 4942.32 61.72 5,056,578,143 $19,127.00 $0.26 $18,901,778 $193

$10,798,843.26 $157.49 $2,887,654 42.11 3335.01 193.33 3,408,476,198 $16,475,116 $240

$11,213,274.36 $157.41 $3,018,475 42.37 3463.92 178.56 3,540,640,952 $16,977,238 $238 57,945,106.67 $344,644,047 **Add advanced combustion controls (LBMS)**  **Add Lime Add Caustic**  **Tune-up Controls Subtotals**  **DIFF**Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (4 of 5)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber

MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up

TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic

TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **Subcategory FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls**  **Annual Stack Test**  **TA C**  **($/yr) TA** **C**

**($/yr/dscfm)** TCI

($) TAC

($/yr) TAC

($/yr) TCI

($) TAC

($/yr) TCI

($) TAC

($/yr)

$0 $0 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$2,361,564 $51 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$0 $0 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$15,234,135 $77 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$839,007 $137 $55,000 $6,039 $55,000 $9,826 $927 $0 $0

$15,240,342 $84 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$8,665,225 $79 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$13,560,188 $82 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$212,501 $10 $55,000 $6,039 $55,000 $9,826 $927 $0 $0

$272,193 $7 $55,000 $6,039 $55,000 $9,826 $927 $0 $0

$10,214,792 $45 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$2,196,494 $60 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100
$0 $0 $55,000 $6,039 $55,000 $9,826 $927 $0 $0
$0 $0 $55,000 $6,039 $55,000 $9,826 $927 $0 $0
$0 $0 $55,000 $6,039 $55,000 $9,826 $927 $0 $0
$4,941,897 $52 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$7,404,993 $31 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$5,473,369 $64 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$6,139,475 $64 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$5,215,800 $54 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$4,998,612 $73 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100

$5,152,230 $72 $55,000 $6,039 $55,000 $9,826 $927 $158,000 $56,100 $108,122,816 **O2 Monitor Add CPMS or PM CEMS**  **Controls Subtotals Initial Stack Test** Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (5 of 5)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber

MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up

TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic

TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **Subcategory FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls**  **ACI Monitoring Costs**  **Annual Control Device**  **Inspection Reporting and**  **Recordkeeping Requirements**  TAC ($/yr) TCI

($) TAC

($/yr) TCI

($) TAC

($/yr) TCI

($) TAC

($/yr) TAC

($/yr) TCI

($) TAC

($/yr) TAC

($/yr) **TCI**

**($) TA** **C**

**($/yr) TCI** 

**($) TA** **C**

**($/yr)**

$0 $0 $0 $0 $1,000 $250 $200 $2,989 $223,076 $122,254 $223,076 $122,254
$9,300 $25,500 $9,700 $24,300 $5,600 $1,000 $250 $200 $2,989 $272,876 $146,854 $9,713,232 $2,508,418

$0 $0 $0 $0 $1,000 $250 $200 $2,989 $223,076 $122,254 $224,656 $122,254
$9,400 $0 $0 $24,300 $5,600 $18,000 $18,500 $1,000 $250 $200 $2,989 $265,376 $155,754 $40,499,116 $15,389,890
$10,100 $25,500 $9,700 $24,300 $5,600 $1,000 $250 $200 $2,989 $114,876 $91,554 $3,729,688 $930,561

$9,600 $0 $0 $24,300 $5,600 $18,000 $18,800 $1,000 $250 $200 $2,989 $265,376 $156,254 $40,082,551 $15,396,596

$10,100 $0 $0 $24,300 $5,600 $18,000 $19,400 $1,000 $250 $200 $2,989 $265,376 $157,354 $24,978,524 $8,822,579

$10,100 $0 $0 $24,300 $5,600 $18,000 $19,400 $1,000 $250 $200 $2,989 $265,376 $157,354 $36,109,178 $13,717,542

$0 $0 $24,300 $5,600 $1,000 $250 $200 $2,989 $89,376 $71,754 $488,566 $284,255

$0 $0 $24,300 $5,600 $1,000 $250 $200 $2,989 $89,376 $71,754 $777,682 $343,947

$9,600 $0 $0 $0 $0 $18,000 $18,800 $1,000 $250 $200 $2,989 $241,076 $150,654 $36,910,465 $10,365,446
$9,900 $25,500 $9,700 $24,300 $5,600 $1,000 $250 $200 $2,989 $272,876 $147,454 $9,126,056 $2,343,948

$0 $0 $0 $0 $1,000 $250 $200 $2,989 $65,076 $66,154 $66,656 $66,154
$0 $0 $0 $0 $1,000 $250 $200 $2,989 $65,076 $66,154 $66,656 $66,154
$0 $0 $0 $0 $1,000 $250 $200 $2,989 $65,076 $66,154 $66,656 $66,154
$9,900 $0 $0 $0 $0 $18,000 $19,100 $1,000 $250 $200 $2,989 $241,076 $151,254 $17,937,990 $5,093,151

$9,800 $25,500 $9,700 $0 $0 $1,000 $250 $200 $2,989 $248,576 $141,754 $31,802,232 $7,546,747

$8,000 $0 $0 $0 $0 $18,000 $16,500 $1,000 $250 $200 $2,989 $241,076 $146,754 $20,126,462 $5,620,124

$8,000 $0 $0 $0 $0 $18,000 $16,500 $1,000 $250 $200 $2,989 $241,076 $146,754 $23,115,617 $6,286,229

$9,300 $0 $0 $0 $0 $18,000 $18,100 $1,000 $250 $200 $2,989 $241,076 $149,654 $19,142,854 $5,365,454

$9,400 $0 $0 $24,300 $5,600 $18,000 $18,100 $1,000 $250 $200 $2,989 $265,376 $155,354 $16,740,492 $5,153,966

$9,400 $0 $0 $24,300 $5,600 $18,000 $18,100 $1,000 $250 $200 $2,989 $265,376 $155,354 $17,242,614 $5,307,584 $141,900 $38,800 $4,526,972 $2,796,594 $349,171,019 $110,919,410 **Annual Visual Emissions Test of Ash Handling**  **Testing, Monitoring, and Recordkeeping Subtotals**  **Total MACT Floor Control, Monitoring, Reporting, and**  **Recordkeeping Cost Bag Leak Detection**  **System Wet Scrubber Monitoring**  **System DIFF Monitoring** Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (1 of 4)

TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) TAC

($/yr)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none ACI/FF, DIFF
$17,602,551.77 $111 $3,876,760 $24 $119,351 $0.75 $2,195,342 $13.86

ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI DIFF

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up ACI/FF $21,006,063 $4,639,048 $132,945 $0.70 $1,790,868 $9.45 $2,625,254.96 $13.11 $1,511,675

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS DIFF

LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber
MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS DIFF

MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS DIFF

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up DIFF
TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up Wet Scrubber or DIFF with Caustic; ACI/FF $7,536,974 $1,500,711 $2,110,493 $34 $993,122 $16 $67,665 $1.10 $337,390 $5.49 $1,344,209.26 $22.81 $586,207 TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up Wet Scrubber; ACI/FF $6,480,721 $1,371,506 $1,835,055 $35 $903,032 $17 $61,477 $1.17 $395,483 $7.54 $1,228,123.02 $24.58 $522,821 TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up Wet Scrubber; ACI/FF $6,456,466 $1,366,516 $1,735,193 $33 $862,498 $17 $61,328 $1.17 $434,580 $8.32 $1,225,411.64 $24.62 $521,383
TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic
TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up DIFF

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **ACI Add Packed Bed Scrubber**  **CO Oxidation Catalyst FacilityID**  **UnitID ControlDevice**  **Consolidated MACT Controls** 

**Add Fabric Filter Subcategory**  **Beyond the Floor Options**Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (2 of 4)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none
ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber
MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS
MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic
TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **FacilityID UnitID**  **ControlDevice Consolidated MACT**  **Controls Subcategory** 

TAC ($/yr/dscfm)

7.55

9.95

10.46

10.48Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (3 of 4)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none
ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber
MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS
MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic
TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **FacilityID UnitID**  **ControlDevice Consolidated MACT**  **Controls Subcategory** 

TCI ($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TAC

($/yr) TAC

($/yr/dscfm) TCI

($) TCI

($/dscfm) **TCI**

**($) TCI** 

**($/dscfm) TA** **C**

**($/yr) TA** **C**

**($/yr/dscfm)**

$23,851,300.50 $150.61 $6,382,102 40.30 $41,573,203 $263 $12,454,205 $79
$7,841,942.56 $166.82 $2,197,683 46.75 $7,841,943 $167 $2,197,683 $47
$19,127.00 $23,783,390 $14 $7,941,591 $17
$0 $0 $0 $0
$1,826,063.39 $298.62 $570,254 93.25 $1,826,063 $299 $570,254 $93

$0 $0 $0 $0

$0 $0 $0 $0

$0 $0 $0 $0

$4,528,035.10 $220.38 $1,419,569 69.09 $4,528,035 $220 $1,419,569 $69

$6,675,092.40 $179.54 $1,912,946 51.45 $6,675,092 $180 $1,912,946 $51

$0 $0 $0 $0
$6,662,067.87 $167.26 $1,851,445 46.48 $6,662,068 $167 $1,851,445 $46
$14,413,824 234.36 $19,127.00 $176 $0.00 $11,078,468 $58 $17,831,430 $266
$14,575,451 278.06 $19,127.00 $237 $0.00 $9,624,504 $61 $17,768,529 $313
$14,631,983 280.27 $19,127.00 $210 $0.004 $9,497,525 $59 $17,817,170 $316
$0 $0 $0 $0

$37,923,510.98 $147.39 $9,988,693 38.82 $37,923,511 $147 $9,988,693 $39

$0 $0 $0 $0

$0 $0 $0 $0

$0 $0 $0 $0

$0 $0 $0 $0

$0 $0 $0 $0 76,508.00 **Tune-up Controls Subtotals**  **Add advanced combustion controls (LBMS)**  **Add Lime Add Caustic**  **DIFF**Table 2B. Energy Recovery Units - Solids: Costs to Meet MACT Floor (4 of 4)

ALIPRiverdale No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator none
ARDomtarIndustries PB1 Energy recovery unit - Biomass Wet Electrostatic Precipitator, General fabric filter, wet scrubber, ACI

ARDomtarIndustries PB2 Energy recovery unit - Coal Wet Scrubber tune-up

ARDomtarIndustries PB3 Energy recovery unit - Biomass Electrostatic Precipitator DIFF, ACI, wet scrubber

ARPlantersCottonOil Boiler #3 (SN-72) Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, wet scrubber, ACI, LBMS
LAInternationalPaperRedRi verMill EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, wet scrubber, ACI, LBMS

LAIPMansfield 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator DIFF, ACI, tune-up, wet scrubber
MEHuberEngineeredW ood LLC Boiler No.1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS
MEHuberEngineeredW ood LLC Dryer Furnace Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Electrostatic Precipitator wet scrubber, LBMS

OKIPValliant Bark Boiler EUG-D1 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber DIFF, ACI, LBMS

ORGPToledo EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass Electrostatic Precipitator fabric filter, ACI, wet scrubber, tune-up TNEastman_NO_CBIDAT A Boiler 18 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 19 Energy recovery unit - Coal Electrostatic Precipitator tune-up TNEastman_NO_CBIDAT A Boiler 20 Energy recovery unit - Coal Electrostatic Precipitator tune-up
TNTempleInland2426 5000F Energy recovery unit - Biomass Mechnical Dust Collector, Wet Scrubber DIFF, ACI, LBMS, caustic
TXInternationalPaperQuee nCity PB02 Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Venturi Scrubber fabric filter, ACI, tune-up

WA LongviewFPP #12 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, ACI, DIFF, caustic

WA LongviewFPP #13 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber CO oxidation, DIFF, ACI, caustic

WA LongviewFPP #20 Power Boiler Energy recovery unit - Biomass Cyclone: Multiple (Multiclone), Wet Electrostatic Precipitator (General), W et Impingement (General), W et Scrubber DIFF, ACI, LBMS

WI NSPW Ashland B20 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber

WI NSPW Ashland B21 Energy recovery unit - Biomass Dry Electrostatic Granular Filter, Selective Non-Catalytic Reduction (NH3 Or Urea Injection) (SNCR) ACI, DIFF, wet scrubber **FacilityID UnitID**  **ControlDevice Consolidated MACT**  **Controls Subcategory**  **ACI Monitoring Costs**  TAC ($/yr) TCI

($) TAC

($/yr) TCI

($) TAC

($/yr) TCI

($) TAC

($/yr) **TCI**

**($) TA** **C**

**($/yr) TCI** 

**($) TA** **C**

**($/yr)**

$9,800 $25,500 $9,700 $0 $0 $18,000 $18,900 $43,500 $38,400 $41,616,703 $12,492,605

$0 $0 $0 $0 $18,000 $18,300 $18,000 $18,300 $7,859,943 $2,215,983
$9,800 $25,500 $9,700 $0 $0 $25,500 $19,500 $23,808,890 $7,961,091

$0 $0 $0 $0 $0 $0 $0 $0
$0 $0 $0 $0 $18,000 $19,600 $18,000 $19,600 $1,844,063 $589,854

$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 $18,000 $18,900 $18,000 $18,900 $4,546,035 $1,438,469

$0 $0 $0 $0 $18,000 $18,100 $18,000 $18,100 $6,693,092 $1,931,046

$0 $0 $0 $0 $0 $0 $0 $0
$0 $0 $0 $0 $18,000 $19,300 $18,000 $19,300 $6,680,068 $1,870,745
$4,300 $25,500 $9,700 $24,300 $5,600 $18,000 $10,900 $67,800 $30,500 $11,146,268 $17,861,930
$6,400 $25,500 $9,700 $24,300 $5,600 $18,000 $14,000 $67,800 $35,700 $9,692,304 $17,804,229
$6,400 $25,500 $9,700 $24,300 $5,600 $18,000 $14,000 $67,800 $35,700 $9,565,325 $17,852,870

$0 $0 $0 $0 $0 $0 $0 $0

$0 $0 $0 $0 $18,000 $18,900 $18,000 $18,900 $37,941,511 $10,007,593

$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 $161,394,203 $92,026,416 **Bag Leak Detection System**  **Total BTF Control, Monitoring, Reporting, and**  **Recordkeeping Cost Testing, Monitoring, and**  **Recordkeeping Subtotals Wet Scrubber Monitoring** 

**System DIFF Monitoring** **PM Filt HCl**  **SO2** ACI Adj Factor gr/dscf ppmvd ppmvd

ALIPRiverdale No. 2 Bark Boiler / BK02 No. 2 Bark Boiler / BK02 Energy recovery unit - Biomass 8400 667 million Btu/hr 667 million Btu/hr 17.415 8.8022222 158368.5556 137835.0786 240472.3403 302.4183673 0.16 0.00142917 0.13066667 4.566667 -0.57

ARDomtarIndustries PB1 PB1 Energy recovery unit - Biomass 8049 580 million Btu/hr 580 million Btu/hr 18.98598576 7.7 47008 44640.69065 70122.0823 400 0.65 0.00806062 1.84497627 52.27565 0.89

ARDomtarIndustries PB2 PB2 Energy recovery unit - Coal 8520 820 million Btu/hr 820 million Btu/hr 11.11271429 189561.5342 189561.5342 326271.2607 400 0.07 0.01434969 14.2598896 372.08 0.60

ARDomtarIndustries PB3 PB3 Energy recovery unit - Biomass 8160 790 million Btu/hr 790 million Btu/hr 18.98598576 198150.8254 198150.8254 352404.8794 400 0.65 0.00806062 1.84497627 52.27565 0.89

ARPlantersCottonOil Boiler #3 (SN-72) Boiler #3 (SN-72) Energy recovery unit - Biomass 8760 25 million Btu/hr 25 million Btu/hr 18.98598576 6115.018215 6115.018215 10883.17598 400 0.65 0.02816626 15.7394963 52.27565 0.89
LAInternationalPaperRedRiverMill EQT011 Hogged Fuel Boiler No. 2 EQT011 Hogged Fuel Boiler No. 2 Energy recovery unit - Biomass 8300 940 million Btu/hr 940 million Btu/hr 21.7 6.7 181353.75 185267.8597 270526.224 312.6469858 0.16 0.00882849 36.7333333 57 0.62

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 1-78 - No. 1 Power Boiler / EQT005 Energy recovery unit - Biomass 8700 760 million Btu/hr 760 million Btu/hr 19.44666667 4.5666667 108161.3333 127096.0512 166714.1581 400 0.27 0.02816626 15.7394963 367.3517 0.52

LAIPMansfield 2-78 - No. 2 Power Boiler 2-78 - No. 2 Power Boiler Energy recovery unit - Biomass 8700 760 million Btu/hr 760 million Btu/hr 19.81823899 6.3025641 164971.8868 173249.3915 254176.1459 400 0.27 0.02816626 15.7394963 173.9394 0.52
MEHuberEngineeredW oodLLC Boiler No.1 Boiler No.1 Energy recovery unit - Biomass 8400 84 million Btu/hr 84 million Btu/hr 18.98598576 20546.4612 20546.4612 30627.26337 400 0.16 0.00205066 0.5220955 2.028772 -3.53
MEHuberEngineeredW oodLLC Dryer Furnace Dryer Furnace Energy recovery unit - Biomass 8000 152 million Btu/hr 152 million Btu/hr 18.98598576 37179.31075 37179.31075 55420.76229 400 0.16 0.00205066 0.5220955 2.028772 -3.53

OKIPValliant Bark Boiler EUG-D1 Bark Boiler EUG-D1 Energy recovery unit - Biomass 8338 900 million Btu/hr 900 million Btu/hr 18.98598576 225741.4466 225741.4466 336739.7102 152.2666667 0.16 0.04800599 2.02443342 2.19 0.69

ORGPToledo EU11 - Hog Fuel Boiler #4 EU11 - Hog Fuel Boiler #4 Energy recovery unit - Biomass 8600 296.6 million Btu/hr 296.6 million Btu/hr 17.09140756 10.502563 39830.39496 29793.81448 60002.07341 368.8095238 0.65 0.0030113 78.3 46.59334 0.89
TNEastman_NO_CBIDATA Boiler 18 Boiler 18 Energy recovery unit - Coal 3700 246 million Btu/hr 246 million Btu/hr 10.65 7.0675 61503.75 61205.08071 95487.13599 395.5 0.61 0.02832109 6.31735246 623.9019 0.74
TNEastman_NO_CBIDATA Boiler 19 Boiler 19 Energy recovery unit - Coal 5500 246 million Btu/hr 246 million Btu/hr 12.18 12.2 52418.25 32808.54496 81381.75811 400 0.61 0.03360944 7.35582135 623.9019 0.70
TNEastman_NO_CBIDATA Boiler 20 Boiler 20 Energy recovery unit - Coal 5500 246 million Btu/hr 246 million Btu/hr 12.63 10.325 52207 39718.63489 81053.65385 400 0.61 0.03047532 5.27888356 623.9019 0.78
TNPackagingCorpCounce Combination Boiler #2 Combination Boiler #2 Energy recovery unit - Coal 8566 860 million Btu/hr 860 million Btu/hr 11.52857143 6.925 180318.4167 181291.3578 277933.1413 363.1131313 0.27 0.00340902 4.99430965 235.8304 -1.17
TNTempleInland2426 5000F 5000F Energy recovery unit - Biomass 8544 527 million Btu/hr 527 million Btu/hr 26.06 7.0386364 95909 95642.41187 142303.0908 148.809375 0.98 0.09593332 0.64333333 79.16 0.35
TXInternationalPaperQueenCity PB02 PB02 Energy recovery unit - Biomass 8400 487.075 million Btu/hr 19.9377551 11.347811 257292.2524 176813.2452 369467.0198 135.7777778 0.16 0.04720181 0.06813333 1.21365 0.89

WA LongviewFPP #12 Power Boiler #12 Power Boiler Energy recovery unit - Biomass 7000 316.25 million Btu/hr 316.25 million Btu/hr 17.912 15.367 97527.65 38821.6178 145378.0689 139 0.16 0.0081248 0.38 55.4 1.00

WA LongviewFPP #13 Power Boiler #13 Power Boiler Energy recovery unit - Biomass 7000 316.25 million Btu/hr 316.25 million Btu/hr 16.21071429 16.1425 118936.25 40707.85679 177290.3501 400 0.16 0.00725509 0.79 18.63333 0.99

WA LongviewFPP #20 Power Boiler #20 Power Boiler Energy recovery unit - Biomass 8000 900 million Btu/hr 900 million Btu/hr 17.28275862 11.158276 104383.1897 73156.27613 156235.7564 137 0.16 0.00590023 0.4 5.666667 0.13

WI NSPW Ashland B20 B20 Energy recovery unit - Biomass 8200 275 million Btu/hr 275 million Btu/hr 18.98598576 68566.5 68566.5 106025.0668 400 0.26 0.01249413 0.09996935 33.83567 0.11

WI NSPW Ashland B21 B21 Energy recovery unit - Biomass 8200 275 million Btu/hr 275 million Btu/hr 18.98598576 71234.10227 71234.10227 110150.007 400 0.26 0.01249413 0.09996935 29.38667 0.11 **Stack Gas Temp**  **(°F) FacilityID**  **UnitID Fraction PM that is**  **PM 2.5 Design**  **Capacity Units**  **Average**

**Moisture (%) Average** 

**O2 (%) Stack Gas Flow** 

**Rate (dscfm) Emissions Unit ID**  **Subcategory Stack Gas Flow**  **Rate (acfm) dscfm @ 7% O2**  **Operating Hours (hr/yr)**  **Design Capacity Design**  **Capacity Units**  **Design**

**Capacity**

### FACName Unit ID Exhaust gas flow (acfm) Temperat

ure (F) Actual

Exhaust Flow rate (scfm) Unit Input

Flow (scfm) Equipm en

t Cost ($) Additional

Purchase Equipm ent Cost(Instruments, taxes, freight)

ALIPRiverdale No. 2 Bark Boiler / BK02 240472.34 302.418367 

### 166535.1 174861.8 794416.1 278045.6417

ARDomtarIndustries PB1 70122.0823 400 

### 43051.7 45204.28 378981.8 132643.6311

ARDomtarIndustries PB2 326271.261 400 

### 200315.4 210331.1 878881.2 307608.4148

ARDomtarIndustries PB3 352404.879 400 

### 216360.2 227178.2 916722.4 320852.8264

ARPlantersCottonOil Boiler #3 (SN-72) 10883.176 400 

### 6681.764 7015.852 136760.4 47866.12336 CAW heelabratorSha sta Boiler#1 130661.45 358.506957 

### 84286.69 88501.03 547324.7 191563.6408 CAW heelabratorSha sta Boiler#2 122025.256 400 

### 74917.83 78663.72 513154.1 179603.9503 CAW heelabratorSha sta Boiler#3 128516.954 400 

### 78903.43 82848.6 527914.3 184770.0117

LAInternationalPaper RedRiverMill EQT011 Hogged Fuel Boiler No. 2 270526.224 312.646986 

### 184868.2 194111.6 841128.9 294395.1292

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 166714.158 400 

### 102354.7 107472.5 608684.6 213039.6228

LAIPMansfield 2-78 - No. 2 Power Boiler 254176.146 400 

### 156052.3 163854.9 766655.8 268329.5377 MEHuberEngineered Wo odLLC Boiler No.1 30627.2634 400 

### 18803.72 19743.9 240880.1 84308.04743 MEHuberEngineered Wo odLLC Dryer Furnace 55420.7623 400 

### 34025.77 35727.06 333207.2 116622.5305

OKIPValliant Bark Boiler EUG-D1 336739.71 152.266667 

### 290394 304913.7 1076869 376904.0988

ORGPToledo EU11 - Hog Fuel Boiler #4 60002.0734 368.809524 

### 38224.82 40136.06 355110.5 124288.6632 TNEastman_NO_CBI DATA Boiler 18 95487.136 395.5 

### 58933.03 61879.68 450013.5 157504.733 TNEastman_NO_CBI DATA Boiler 19 81381.7581 400 

### 49964.61 52462.84 411150.2 143902.5857 TNEastman_NO_CBI DATA Boiler 20 81053.6539 400 

### 49763.17 52251.33 410242.5 143584.8857 TNPackagingCorpCo unce Combination Boiler #2 277933.141 363.113131 

### 178285 187199.2 824607.2 288612.5356
TNTempleInland2426 5000F 142303.091 148.809375 

### 123414.7 129585.4 674293.7 236002.806 TXInternationalPaper QueenCity PB02 369467.02 135.777778 

### 327435.2 343806.9 1149972 402490.2588

WA LongviewFPP #12 Power Boiler 145378.069 139 

### 128146.3 134553.6 688316.6 240910.8016WA LongviewFPP #13 Power Boiler 177290.35 400 

### 108848 114290.4 629516.1 220330.6196

WA LongviewFPP #20 Power Boiler 156235.756 137 

### 138178.4 145087.3 717293.7 251052.7948 WI NSPW Ashland B20 106025.067 400 

### 65094.46 68349.18 475173.5 166310.7259 WI NSPW Ashland B21 110150.007 400 

### 67626.98 71008.33 485200.2 169820.054

### Direct Installation

Costs Indirect

Installation Costs TCI $ $/scfm a. Catalyst CRF, 2-y r life, 7% interest c.

Equipm en t CRF, 20- yr life, 7% interest Power of fan

302434.2166 235941.5874 $2,372,954.26 $14.25 0.553092 0.094393 204.5883327
144278.3724 112557.5955 $1,132,034.54 $26.29 0.553092 0.094393 52.8890098
334590.0672 261027.712 $2,625,254.96 $13.11 0.553092 0.094393 246.0874427
348996.2029 272266.5412 $2,738,288.14 $12.66 0.553092 0.094393 265.7985119
52064.66618 40617.82468 $408,508.91 $61.14 0.553092 0.094393 8.2085469
208366.5087 162555.4323 $1,634,881.80 $19.40 0.553092 0.094393 103.5462038
195357.7825 152406.7807 $1,532,812.95 $20.46 0.553092 0.094393 92.0365561
200976.9814 156790.5528 $1,576,902.21 $19.99 0.553092 0.094393 96.9328664

320217.7877 249815.2953 $2,512,487.42 $13.59 0.553092 0.094393 227.1105659

231726.2412 180779.3371 $1,818,166.54 $17.76 0.553092 0.094393 125.7427968

291865.8714 227696.7791 $2,290,033.09 $14.67 0.553092 0.094393 191.7102891
91703.06759 71541.40025 $719,519.07 $38.26 0.553092 0.094393 23.1003641
126851.9925 98962.54735 $995,303.97 $29.25 0.553092 0.094393 41.8006589
409963.9726 319830.0496 $3,216,652.43 $11.08 0.553092 0.094393 356.7490302

135190.5545 105467.8084 $1,060,729.85 $27.75 0.553092 0.094393 46.9591912
171320.1481 133654.0163 $1,344,209.26 $22.81 0.553092 0.094393 72.3992283
156524.8982 122111.6227 $1,228,123.02 $24.58 0.553092 0.094393 61.3815286
156179.3314 121842.0316 $1,225,411.64 $24.62 0.553092 0.094393 61.1340587
313927.978 244908.3516 $2,463,136.42 $13.82 0.553092 0.094393 219.0230837
256703.6235 200265.2382 $2,014,143.65 $16.32 0.553092 0.094393 151.6149702
437794.4044 341541.7339 $3,435,015.09 $10.49 0.553092 0.094393 402.2540827
262042.1205 204430.0231 $2,056,030.48 $16.04 0.553092 0.094393 157.4277022

### 239656.7625 186966.2686 $1,880,390.86 $17.28 0.553092 0.094393 133.7198035

273073.7114 213036.2288 $2,142,586.36 $15.51 0.553092 0.094393 169.7521121 180898.5524 141126.5302 $1,419,363.18 $21.80 0.553092 0.094393 79.9685437 184715.6987 144104.4458 $1,449,313.21 $21.43 0.553092 0.094393 83.0797462

### Electricity

Cost $/y r Operating

Labor $/y r Superviso

ry Labor Maintenan

ce labor Maintenan

ce Materials Catalyst

replacement Volum e Catalyst

Replacem ent Cost Capital

Recovery Overhead

120265.4 18165 2724.75 18165 18165 874.3 463865.6 176701.6 384810.5
31090.33 18165 2724.75 18165 18165 226.0 119915.9 94631.3 124935.6
144660.3 18165 2724.75 18165 18165 1051.7 557957.1 190924.9 455902.3
156247.3 18165 2724.75 18165 18165 1135.9 602648.2 197038.4 489669.2
4825.321 18165 2724.75 18165 18165 35.1 18611.3 36663.03 48393.85
60868.71 18165 2724.75 18165 18165 442.5 234771.6 130387.6 211716
54102.87 18165 2724.75 18165 18165 393.3 208675.6 123413.4 191998.9
56981.12 18165 2724.75 18165 18165 414.2 219777.1 126443.4 200386.8

133504.9 18165 2724.75 18165 18165 970.6 514930.6 184666.8 423393.1

73916.78 18165 2724.75 18165 18165 537.4 285098.2 142557.9 249740.8

112695.2 18165 2724.75 18165 18165 819.3 434667.1 171851.1 362749.2
13579.34 18165 2724.75 18165 18165 98.7 52375.7 62578.1 73904.9
24572.14 18165 2724.75 18165 18165 178.6 94775.1 84287.86 105940.2
209711.7 18165 2724.75 18165 18165 1524.6 808861.4 221170.4 645475.8

27604.54 18165 2724.75 18165 18165 200.7 106471.1 89271.26 114777.3
42559.24 18165 2724.75 18165 18165 309.4 164151.7 110149.5 158358.4
36082.58 18165 2724.75 18165 18165 262.3 139171.1 101738.4 139484.1
35937.11 18165 2724.75 18165 18165 261.3 138610.0 101539.7 139060.1
128750.8 18165 2724.75 18165 18165 936.0 496593.7 181877.7 409538.5
89125.51 18165 2724.75 18165 18165 647.9 343758.5 155076.7 294062.2
236461.5 18165 2724.75 18165 18165 1719.0 912035.6 231264.2 723430.1
92542.47 18165 2724.75 18165 18165 672.8 356937.8 157686.9 304020

### 78605.99 18165 2724.75 18165 18165 571.5 303184.5 146587.6 263406.2

99787.27 18165 2724.75 18165 18165 725.4 384881.0 163008.5 325132.8 47008.8 18165 2724.75 18165 18165 341.7 181313.7 115493.9 171325.3 48837.69 18165 2724.75 18165 18165 355.0 188367.7 117601.9 176655.1

### Adm in/Prope

rty Taxes/Insura nce Total Annual

costs $/yr $/scfm

$94,918.17 $1,297,781 7.79 $45,281.38 $473,074 10.99 $105,010.20 $1,511,675 7.55 $109,531.53 $1,612,354 7.45 $16,340.36 $182,054 27.25 $65,395.27 $760,359 9.02 $61,312.52 $696,723 9.30 $63,076.09 $723,884 9.17

$100,499.50 $1,414,215 7.65

$72,726.66 $881,260 8.61

$91,601.32 $1,230,784 7.89 $28,780.76 $288,439 15.34 $39,812.16 $406,607 11.95 $128,666.10 $2,071,105 7.13

$42,429.19 $437,773 11.45 $53,768.37 $586,207 9.95 $49,124.92 $522,821 10.46 $49,016.47 $521,383 10.48 $98,525.46 $1,372,506 7.70 $80,565.75 $1,019,808 8.26 $137,400.60 $2,297,812 7.02 $82,241.22 $1,050,648 8.20

### $75,215.63 $924,220 8.49

$85,703.45 $1,115,733 8.07 $56,774.53 $629,136 9.66 $57,972.53 $646,655 9.56

### MACT

Floor Em ission lim it (mg/dscm ) MACT Floor Em ission limit (gr/dscf) Meets limit? Facility Name 9.20 0.00 

### Yes ALIPRiverdale 9.20 0.00 

### No ARDomtarIndustries 9.20 0.00 

### No ARDomtarIndustries 9.20 0.00 

### No ARDomtarIndustries 9.20 0.00 

### No ARPlantersCottonOil CAW heelabratorShasta CAW heelabratorShasta CAW heelabratorShasta 9.20 0.00 

### No LAInternationalPaperRedRiverMill 9.20 0.00 

### No LAIPMansfield 9.20 0.00 

### No LAIPMansfield 9.20 0.00 

### Yes MEHuberEngineeredW oodLLC 9.20 0.00 

### Yes MEHuberEngineeredW oodLLC 9.20 0.00 

### No OKIPValliant 9.20 0.00 

### Yes ORGPToledo 9.20 0.00 

### No TNEastman_NO_CBIDATA 9.20 0.00 

### No TNEastman_NO_CBIDATA 9.20 0.00 

### No TNEastman_NO_CBIDATA 9.20 0.00 

### Yes TNPackagingCorpCounce 9.20 0.00 

### No TNTempleInland2426 9.20 0.00 

### No TXInternationalPaperQueenCity 9.20 0.00 

### No WA LongviewFPP 9.20 0.00 

### No WA LongviewFPP 9.20 0.00 

### No WA LongviewFPP 9.20 0.00 

### No WI NSPW Ashland 9.20 0.00 

### No WI NSPW Ashland

### Combustor ID Design Capacity (mmbtu/hr) Annual

operating hours, hr/y r (H) Exhaust gas flow rate,

dscfm (Q) No. 2 Bark Boiler / BK02 667 8400 158368.5556 PB1 580 8049 47008 PB2 820 8520 189561.5342 PB3 790 8160 198150.8254 Boiler #3 (SN-72) 25 8760 6115.018215 Boiler#1 339 8202 87594.98246 Boiler#2 339 8186 81539.6 Boiler#3 339 8035 85326.91304 EQT011 Hogged Fuel Boiler No. 2 940 8300 181353.75 1-78 - No. 1 Power Boiler / EQT005 760 8700 108161.3333 2-78 - No. 2 Power Boiler 760 8700 164971.8868 Boiler No.1 84 8400 20546.4612 Dryer Furnace 152 8000 37179.31075 Bark Boiler EUG-D1 900 8338 225741.4466 EU11 - Hog Fuel Boiler #4 296.6 8600 39830.39496 Boiler 18 246 3700 61503.75 Boiler 19 246 5500 52418.25 Boiler 20 246 5500 52207 Combination Boiler #2 860 8566 180318.4167 5000F 527 8544 95909 PB02 487.075 8400 257292.2524 #12 Power Boiler 316.25 7000 97527.65 #13 Power Boiler 316.25 7000 118936.25 #20 Power Boiler 900 8000 104383.1897 B20 275 8200 68566.5 B21 275 8200 71234.10227 

### Input Parameters

### Actual gas flow into fabric

filter, acfm (AQ) PM concentration, gr/dscf (PM) a.

lb/m in b. scfm Operating

labor rate, $/hr (LR) Electricity

cost, $/kW h (EC) Compress

ed air cost, $/1,000 ft3 (CAC) Dust

disposal cost, $/ton (DDC) 240472.3403 0.001429166 

### 846.9633 18115.6 51.26 0.069981 0.31 42.14111 70122.0823 0.008060621 

### 251.4012 5377.193 51.26 0.069981 0.31 42.14111 326271.2607 0.014349692 

### 1013.785 21683.73 51.26 0.069981 0.31 42.14111 352404.8794 0.008060621 

### 1059.721 22666.25 51.26 0.069981 0.31 42.14111 10883.17598 0.028166263 

### 32.70344 699.4901 51.26 0.069981 0.31 42.14111 130661.4498 1.04E-02 

### 468.4625 10019.89 51.26 0.069981 0.31 42.14111 122025.2559 8.73E-03 

### 436.078 9327.224 51.26 0.069981 0.31 42.14111 128516.9539 8.70E-03 

### 456.3328 9760.451 51.26 0.069981 0.31 42.14111 270526.224 0.008828487 

### 969.8893 20744.85 51.26 0.069981 0.31 42.14111 166714.1581 0.028166263 

### 578.4524 12372.45 51.26 0.069981 0.31 42.14111 254176.1459 0.028166263 

### 882.2782 18870.95 51.26 0.069981 0.31 42.14111 30627.26337 0.002050665 

### 109.8835 2350.287 51.26 0.069981 0.31 42.14111 55420.76229 0.002050665 

### 198.8369 4252.9 51.26 0.069981 0.31 42.14111 336739.7102 0.048005985 

### 1207.277 25822.31 51.26 0.069981 0.31 42.14111 60002.07341 0.003011301 

### 213.015 4556.155 51.26 0.069981 0.31 42.14111 95487.13599 0.028321089 

### 328.9253 7035.346 51.26 0.069981 0.31 42.14111 81381.75811 0.03360944 

### 280.3355 5996.065 51.26 0.069981 0.31 42.14111 81053.65385 0.03047532 

### 279.2057 5971.901 51.26 0.069981 0.31 42.14111 277933.1413 0.00340902 

### 964.3523 20626.42 51.26 0.069981 0.31 42.14111 142303.0908 0.095933317 

### 512.9263 10970.92 51.26 0.069981 0.31 42.14111 369467.0198 0.047201814 

### 1376.012 29431.37 51.26 0.069981 0.31 42.14111 145378.0689 0.008124801 

### 521.5829 11156.08 51.26 0.069981 0.31 42.14111 177290.3501 0.007255094 

### 636.0772 13604.99 51.26 0.069981 0.31 42.14111 156235.7564 0.005900227 

### 558.2467 11940.28 51.26 0.069981 0.31 42.14111 106025.0668 0.012494133 

### 366.6972 7843.246 51.26 0.069981 0.31 42.14111 110150.007 0.012494133 

### 380.9637 8148.39 51.26 0.069981 0.31 42.14111 Wa ter vapor in gas from incinerator (7.1% by weight) Input Parameters

### a. Bag

CRF, 2-y r life, 7% interest b.

Cage CRF, 4-y r life, 7% interest c.

Equipm en t CRF, 20- yr life, 7% interest a. 2008 b. 1989 **TCI $**  $/dscfm Electricity Operating labor 0.553092 0.295228 0.094393 575.4 357.5 $17,602,551.77 111.1492853 501438.1 53824.05 0.553092 0.295228 0.094393 575.4 357.5 $5,849,907.62 124.4449374 143566.3 51574.97 0.553092 0.295228 0.094393 575.4 357.5 $21,006,062.75 110.813952 608497.5 54592.97 0.553092 0.295228 0.094393 575.4 357.5 $21,956,117.86 110.805079 609131.5 52286.22 0.553092 0.295228 0.094393 575.4 357.5 $1,366,566.59 223.4771091 21598.54 56130.8 0.553092 0.295228 0.094393 575.4 357.5 $10,685,510.70 121.9877029 271424.4 52555.34 0.553092 0.295228 0.094393 575.4 357.5 $9,924,736.95 121.7167726 252262.7 52452.82 0.553092 0.295228 0.094393 575.4 357.5 $10,413,845.61 122.0464357 259047.9 51485.27 0.553092 0.295228 0.094393 575.4 357.5 $20,066,843.93 110.6502839 567178.3 53183.29 0.553092 0.295228 0.094393 575.4 357.5 $13,619,071.58 125.9144203 355160.1 55746.34 0.553092 0.295228 0.094393 575.4 357.5 $18,314,980.15 111.0187954 540940.6 55746.34 0.553092 0.295228 0.094393 575.4 357.5 $2,926,136.44 142.415592 66276.94 53824.05 0.553092 0.295228 0.094393 575.4 357.5 $4,751,446.30 127.7981277 113136.9 51261 0.553092 0.295228 0.094393 575.4 357.5 $24,853,265.41 110.0961555 708890.9 53426.78 0.553092 0.295228 0.094393 575.4 357.5 $5,048,247.27 126.7435906 130192 55105.58 0.553092 0.295228 0.094393 575.4 357.5 $7,536,974.11 122.5449524 86155.37 23708.21 0.553092 0.295228 0.094393 575.4 357.5 $6,480,721.45 123.6348303 109285.9 35241.94 0.553092 0.295228 0.094393 575.4 357.5 $6,456,465.87 123.6705015 108849.1 35241.94 0.553092 0.295228 0.094393 575.4 357.5 $19,965,361.17 110.7228066 582021.8 54887.72 0.553092 0.295228 0.094393 575.4 357.5 $11,759,893.51 122.6151197 309442.9 54746.75 0.553092 0.295228 0.094393 575.4 357.5 $28,248,947.58 109.7932305 813780.9 53824.05 0.553092 0.295228 0.094393 575.4 357.5 $11,989,636.47 122.9357671 257781.9 44853.38 0.553092 0.295228 0.094393 575.4 357.5 $15,085,881.16 126.8400606 314111.7 44853.38 0.553092 0.295228 0.094393 575.4 357.5 $12,948,701.46 124.0496818 315222.9 51261 0.553092 0.295228 0.094393 575.4 357.5 $8,374,619.65 122.1386486 212708 52542.53 0.553092 0.295228 0.094393 575.4 357.5 $8,697,552.55 122.0981563 220930.2 52542.53 Cost Index Capital recovery

factors Total Capital Investment

### Supervisory

labor Maintenance

labor Maintenance

ma terials Compressed

air Dust

disposal a. Bag

cost b. Bag replaceme nt labor cost c. Bag replaceme nt cost 8073.6075 29603.2275 352051.0353 75357.7993 343.3682 336297.6 29349.65 202236.5 7736.24604 28366.23549 116998.1523 21056.2255 550.8221 98064.87 8558.4 58972.46 8188.94475 30026.13075 420121.2551 103705.6 4185.637 456286.3 39821.41 274393.1 7842.933 28757.421 439122.3572 107279.283 2353.877 492833.9 43011.02 296371.4 8419.61925 30871.93725 27331.33186 3556.66981 272.4961 15219.99 1328.292 9152.717 7883.30104 28905.43714 213710.2139 39980.7585 1351.599 182728.4 15947.23 109885.9 7867.92274 28849.05004 198494.7391 37265.3546 1051.986 170650.8 14893.18 102622.9 7722.79003 28316.89678 208276.9122 38523.8866 1076.934 179729.4 15685.49 108082.4 7977.49313 29250.80813 401336.8785 83766.6706 2400.049 378327.6 33017.73 227511.7 8361.95063 30660.48563 272381.4317 54109.75 4786.848 233147.7 20347.46 140206.1 8361.95063 30660.48563 366299.6029 82496.9388 7301.088 355462.2 31022.2 213761.4 8073.6075 29603.2275 58522.72873 9597.7906 63.9205 42831.85 3738.057 25757.43 7689.15 28193.55 95028.92604 16540.4101 110.1578 77505.26 6764.104 46608.69 8014.01659 29384.72749 497065.3083 104746.619 16319.16 470926.3 41099.08 283197.1 8265.83625 30308.06625 100964.9455 19250.7875 186.2929 83912.16 7323.253 50461.56 3556.23188 13039.51688 150739.4823 13180.4544 1163.972 133537.6 11654.2 80304.39 5286.29063 19383.06563 129614.4289 16698.3496 1749.99 113811.4 9932.644 68441.81 5286.29063 19383.06563 129129.3174 16631.0274 1580.407 113352.5 9892.598 68165.87 8233.15736 30188.24366 399307.2234 88818.247 950.992 388686.1 33921.74 233740.9 8212.0122 30110.7114 235197.8703 45358.571 14197.74 199009.1 17368.09 119676.5 8073.6075 29603.2275 564978.9516 115781.389 18424.42 516695.1 45093.45 310720.6 6728.00625 24669.35625 239792.7293 37964.7659 1001.769 203309.4 17743.39 122262.5 6728.00625 24669.35625 301717.6233 46298.5009 1090.899 247938.4 21638.29 149100.6 7689.15 28193.55 258974.0292 46628.7972 889.8533 218493.8 19068.57 131393.8 7881.37875 28898.38875 167492.393 32434.4246 1268.706 148274.8 12940.36 89166.75 7881.37875 28898.38875 173951.0511 33696.2966 1318.066 154043.4 13443.81 92635.82 Direct Annual Operating Costs, $/yr

Bag replacement

### a.

Number of bags b.

Cage replaceme nt labor cost c.

Cage replaceme nt cost Overhead Property taxes, insurance, and adm inistra tion Capital

recovery **TA C** 

**$/yr** ($/y r) /

dscfm **Number of**

**Ductlines** 

### 3817.021 29349.65 24752.61 266131.2 704102.1 1640130 3,876,760 24.47936 2 

### 1113.049 8558.4 7217.897 122805.4 233996.3 545942 1,338,783 28.4799 1 

### 5178.909 39821.41 33584.17 307757.6 840242.5 1953753 4,639,048 24.47252 2 

### 5593.728 43011.02 36274.19 316805.4 878244.7 2041103 4,815,572 24.30256 2 

### 172.7488 1328.292 1120.241 73652.21 54662.66 128024.5 414,794 67.83197 1 

### 2073.991 15947.23 13449.41 181832.6 427420.4 996994.6 2,345,394 26.77544 1 

### 1936.909 14893.18 12560.46 172598.7 396989.5 925952.5 2,188,969 26.84547 1 

### 2039.952 15685.49 13228.67 177481.1 416553.8 971542.5 2,281,339 26.73645 1 

### 4294.067 33017.73 27846.15 295049.1 802673.8 1870064 4,368,238 24.08684 2 

### 2646.256 20347.46 17160.44 220290.1 544762.9 1270690 2,974,316 27.49889 1 

### 4034.542 31022.2 26163.19 276641 732599.2 1706157 4,047,129 24.53224 2 

### 486.147 3738.057 3152.565 90014.17 117045.5 273477.7 735,410 35.79252 1 

### 879.6946 6764.104 5704.642 109303.6 190057.9 443564.9 1,107,200 29.78 1 

### 5345.075 41099.08 34661.73 352734.5 994130.6 2315969 5,398,540 23.91471 2 

### 952.4139 7323.253 6176.211 116786.7 201929.9 471172.6 1,190,800 29.89678 1 

### 1515.669 11654.2 9828.805 114626.1 301479 702929.1 1,500,711 24.40031 1 

### 1291.774 9932.644 8376.892 113715.4 259228.9 604483.1 1,371,506 26.16467 1 

### 1286.566 9892.598 8343.119 113424.4 258258.6 602222.8 1,366,516 26.17496 1 

### 4411.637 33921.74 28608.57 295569.8 798614.4 1859825 4,380,766 24.29461 2 

### 2258.779 17368.09 14647.73 196960.4 470395.7 1097372 2,596,318 27.07064 1 

### 5864.556 45093.45 38030.46 393887.9 1129958 2633581 6,110,645 23.74982 2 

### 2307.588 17743.39 14964.24 189626.1 479585.5 1118784 2,538,014 26.02353 1 

### 2814.133 21638.29 18249.08 226781 603435.2 1408204 3,145,239 26.44475 1 

### 2479.933 19068.57 16081.86 207670.6 517948.1 1208345 2,790,299 26.7313 1 

### 1682.938 12940.36 10913.51 154088.8 334984.8 781058 1,873,438 27.32293 1 

### 1748.413 13443.81 11338.1 157964 347902.1 811173 1,940,231 27.23739 1 

### Total Annual Cost Indirect Annual Costs, $/yr Cage replacement**TA C - Duct**  TCI - Duct - FRP TCI - Duct -

SS TCI - Duct -

CS Duct

Diameter CRF-DUCT elec (Mw) 

### Dust disposal cost ($/y r) 18,717 475,159 139,268 94,976 10.0991 0.09439293 7.16E+03 343 24,238 638,958 180,352 118,874 5.4535 0.09439293 2.05E+03 551 32,155 880,518 239,262 152,243 11.7635 0.09439293 8.69E+03 4,186 37,585 1,049,722 279,661 174,681 12.2256 0.09439293 8.70E+03 2,354 3,738 70,726 27,814 24,233 2.1485 0.09439293 3.09E+02 272 96,435 3,000,218 717,558 405,991 7.4443 0.09439293 3.88E+03 1,352 80,378 2,451,161 598,085 344,359 7.1940 0.09439293 3.60E+03 1,052 92,206 2,854,601 686,095 389,837 7.3829 0.09439293 3.70E+03 1,077 22,752 594,441 169,295 112,502 10.7116 0.09439293 8.10E+03 2,400 197,964 6,672,476 1,473,023 782,886 8.4088 0.09439293 5.07E+03 4,787 20,477 526,877 152,365 102,664 10.3828 0.09439293 7.73E+03 7,301 7,931 173,992 59,011 45,590 3.6041 0.09439293 9.47E+02 64 16,504 410,932 122,805 85,202 4.8482 0.09439293 1.62E+03 110 34,244 945,300 254,802 160,912 11.9508 0.09439293 1.01E+04 16,319 18,659 473,482 138,841 94,724 5.0447 0.09439293 1.86E+03 186 44,650 1,273,459 332,234 203,466 6.3639 0.09439293 1.23E+03 1,164 32,011 876,058 238,189 151,643 5.8751 0.09439293 1.56E+03 1,750 31,758 868,240 236,306 150,589 5.8632 0.09439293 1.55E+03 1,580 23,849 627,288 177,460 117,211 10.8572 0.09439293 8.31E+03 951 122,491 3,912,171 911,438 504,523 7.7688 0.09439293 4.42E+03 14,198 41,537 1,174,426 309,072 190,836 12.5180 0.09439293 1.16E+04 18,424 130,328 4,191,053 969,757 533,866 7.8523 0.09439293 3.68E+03 1,002 241,733 8,339,899 1,798,707 940,998 8.6714 0.09439293 4.49E+03 1,091 161,645 5,324,253 1,202,781 650,008 8.1403 0.09439293 4.50E+03 890 56,700 1,662,825 421,894 251,720 6.7058 0.09439293 3.04E+03 1,269 62,131 1,841,154 462,312 273,195 6.8350 0.09439293 3.16E+03 1,318

### Dust disposal unit cost ($/ton) Dust amount (tpy) 42 

### 8.148059 42 

### 13.0709 42 

### 99.32432 42 

### 55.85702 42 

### 6.466277 42 

### 32.07317 42 

### 24.96342 42 

### 25.55543 42 

### 56.95268 42 

### 113.5909 42 

### 173.2533 42 

### 1.516821 42 

### 2.614022 42 

### 387.2503 42 

### 4.420694 42 

### 27.62081 42 

### 41.52692 42 

### 37.50273 42 

### 22.56685 42 

### 336.9095 42 

### 437.2078 42 

### 23.77178 42 

### 25.88681 42 

### 21.11604 42 

### 30.10615 42 

### 31.27744max test avg

SO2 max test avg

HCl **Baseline HCl**

**conc (ppmvd@7%O**  **2) HCl** 

**Emission Limit**  **(ppmvd@7 % O2))**  **Meet HCl**

**limit? Facility** 

**Name** 4.56666667 0.13066667 4.6 0.45 no ALIPRiverdale 52.2756513 1.84497627 1.844976268 0.45 no ARDomtarIndustries 372.080019 14.2598896 14.25988955 0.45 no ARDomtarIndustries 52.2756513 1.84497627 1.844976268 0.45 no ARDomtarIndustries 52.2756513 15.7394963 15.73949633 0.45 no ARPlantersCottonOil 

### 16.2 12.3733333 12.37333333 0.45 no CAW heelabratorShasta 

### 12.98988 6.45 6.45 0.45 no CAW heelabratorShasta 

### 18.93333 10.3966667 10.39666667 0.45 no CAW heelabratorShasta

57 36.7333333 36.73333333 0.45 no LAInternationalPaperRedRiv erMill 367.351746 15.7394963 15.73949633 0.45 no LAIPMansfield 173.939364 15.7394963 15.73949633 0.45 no LAIPMansfield

2.02877165 0.5220955 0.522095503 0.45 no MEHuberEngineeredW oodLL C

2.02877165 0.5220955 0.522095503 0.45 no MEHuberEngineeredW oodLL C 2.19 2.02443342 2.024433417 0.45 no OKIPValliant 46.5933449 78.3 78.3 0.45 no ORGPToledo 623.901948 6.31735246 6.317352457 0.45 no TNEastman_NO_CBIDATA 623.901948 7.35582135 7.355821354 0.45 no TNEastman_NO_CBIDATA 623.901948 5.27888356 5.27888356 0.45 no TNEastman_NO_CBIDATA 235.830388 4.99430965 4.994309645 0.45 no TNPackagingCorpCounce 79.16 0.64333333 79.16 0.45 no TNTempleInland2426

1.21364981 0.06813333 1.213649811 0.45 no TXInternationalPaperQueen City 55.4 0.38 55.4 0.45 no WA LongviewFPP 18.6333333 0.79 0.79 0.45 no WA LongviewFPP 5.66666667 0.4 5.666666667 0.45 no WA LongviewFPP 33.8356667 0.09996935 33.83566667 0.45 no WI NSPW Ashland 29.3866667 0.09996935 29.38666667 0.45 no WI NSPW Ashland

1493892.468 20.9715911 732397.709 10.28156017**Combustor ID Flowrate (dscfm)**  **Flowrate (acfm) Efficiency**  **(%) Temperatur** 

**e (deg F)** No. 2 Bark Boiler / BK02 158368.5556 240472.3403 90.2173913 302.418367 PB1 47008 70122.0823 75.6094424 400 PB2 189561.5342 326271.2607 96.8442953 400 PB3 198150.8254 352404.8794 75.6094424 400 Boiler #3 (SN-72) 6115.018215 10883.17598 97.1409504 400 Boiler#1 87594.98246 130661.4498 96.3631466 358.506957 Boiler#2 81539.6 122025.2559 93.0232558 400 Boiler#3 85326.91304 128516.9539 95.6716896 400
EQT011 Hogged Fuel Boiler No. 2 181353.75 270526.224 98.7749546 312.646986 1-78 - No. 1 Power Boiler / EQT005 108161.3333 166714.1581 97.1409504 400 2-78 - No. 2 Power Boiler 164971.8868 254176.1459 97.1409504 400

Boiler No.1 20546.4612 30627.26337 13.8088726 400
Dryer Furnace 37179.31075 55420.76229 13.8088726 400 Bark Boiler EUG-D1 225741.4466 336739.7102 77.7715584 152.266667 EU11 - Hog Fuel Boiler #4 39830.39496 60002.07341 99.4252874 368.809524 Boiler 18 61503.75 95487.13599 92.8767628 395.5 Boiler 19 52418.25 81381.75811 93.8823963 400 Boiler 20 52207 81053.65385 91.4754702 400 Combination Boiler #2 180318.4167 277933.1413 90.9897457 363.113131 5000F 95909 142303.0908 99.4315311 148.809375

PB02 257292.2524 369467.0198 62.9217591 135.777778 #12 Power Boiler 97527.65 145378.0689 99.1877256 139 #13 Power Boiler 118936.25 177290.3501 43.0379747 400 #20 Power Boiler 104383.1897 156235.7564 92.0588235 137 B20 68566.5 106025.0668 98.6700425 400 B21 71234.10227 110150.007 98.4686933 400**Inlet Moisture**

**(percent) Inlet HCl** 

**Loading (lb/hr)**  **Inlet HCl**

**Loading (mole**  **fraction) TCI**  TCI - Pack TCI - Pump 17.415 4.132864702 0.000004 5,609,317 1,218,536 471,371 18.98598576 0.492024761 0.000002 835,748 53,919 34,363 11.11271429 15.33524707 0.000014 10,868,354 3,072,473 799,441 18.98598576 2.074011072 0.000002 7,139,697 1,354,887 863,474 18.98598576 0.546025577 0.000015 254,589 21,083 5,333

17 6.148799665 0.000013 2,593,218 471,962 128,060 17.25454545 2.983683083 0.000007 2,199,890 354,124 119,596 17.50847458 5.032740697 0.000011 2,488,322 439,835 125,959

21.7 37.79299245 0.000036 9,159,619 2,596,015 530,282 19.44666667 9.658001388 0.000017 4,289,225 968,868 245,093 19.81823899 14.73076064 0.000017 7,543,392 1,969,544 498,233

18.98598576 0.060857119 0.000001 321,052 2,480 15,009

18.98598576 0.110122405 0.000001 546,374 4,488 27,159 18.98598576 2.592621999 0.000002 7,047,494 1,379,830 825,091 17.09140756 17.6929714 0.000083 1,149,650 168,695 29,404 10.65 2.204251295 0.000007 1,778,259 274,946 93,586 12.18 2.187449783 0.000008 1,596,867 247,830 79,762 12.63 1.563490408 0.000006 1,498,887 217,521 79,440 11.52857143 5.109047623 0.000005 6,490,660 1,458,187 544,801 26.06 43.0714556 0.000062 3,580,115 801,863 139,470

19.9377551 1.771513646 0.000001 6,497,869 998,828 905,281 17.912 30.65221937 0.000043 3,490,275 762,643 142,484 16.21071429 0.533047282 0.000001 2,252,224 163,125 260,642 17.28275862 3.355696159 0.000004 3,358,029 647,034 229,688 18.98598576 13.1616737 3.609E-05 2,515,327 499,222 103,914 18.98598576 11.87579475 3.1344E-05 2,546,872 501,720 107,957TCI - Tower **TA C**  Fixed Capital Recovery Overhead Cost 2,107,154 3,990,406 2,891,320 2,463,491 203,456 477,452 304,831 176,055 91,761 50,864 3,485,097 8,876,877 6,655,488 5,966,434 254,320 2,614,646 5,916,976 4,459,410 3,919,502 254,320 145,921 187,807 89,000 27,953 50,864 1,155,380 1,227,701 774,900 569,443 101,728 1,015,431 1,061,224 672,796 483,072 101,728 1,118,602 1,182,747 747,670 546,409 101,728
3,074,036 6,610,487 4,592,549 4,022,708 203,456 1,689,502 2,575,580 1,736,963 1,412,801 152,592 2,638,499 5,337,554 3,818,087 3,312,895 203,456
199,838 196,643 98,956 35,250 50,864
338,205 239,191 132,708 59,989 50,864 2,565,671 5,844,870 4,405,105 3,868,885 254,320 580,123 444,336 223,075 126,225 50,864 835,207 903,840 563,345 390,487 101,728 753,360 839,023 516,258 350,655 101,728 717,666 798,995 490,823 329,139 101,728 2,390,673 4,553,740 3,313,641 2,850,558 203,456 1,482,119 1,772,871 1,031,087 786,155 101,728
2,494,432 5,432,891 4,081,390 3,567,155 254,320 1,457,511 1,674,521 1,007,766 766,427 101,728 1,100,809 1,469,966 984,527 741,846 152,592 1,396,396 2,039,205 1,392,994 1,106,081 152,592 1,099,540 1,252,561 754,680 552,339 101,728 1,114,353 1,255,109 762,869 559,266 101,728Administrative Cost Property Tax Insurance Variable Cost of Caustic Cost of W W

disposal 112,186 56,093 56,093 1,099,086 44,049 1,807.01 16,715 8,357 8,357 128,777 1,239 50.84 217,367 108,684 108,684 2,221,389 247,388 10,148.42 142,794 71,397 71,397 1,457,566 26,122 1,071.57 5,092 2,546 2,546 98,807 1,767 72.49 51,864 25,932 25,932 452,802 37,575 1,541.41 43,998 21,999 21,999 388,429 18,493 758.64 49,766 24,883 24,883 435,077 32,082 1,316.08
183,192 91,596 91,596 2,017,938 446,936 18,334.31 85,784 42,892 42,892 838,617 93,768 3,846.58 150,868 75,434 75,434 1,519,467 190,692 7,822.60
6,421 3,211 3,211 97,687 28 1.15
10,927 5,464 5,464 106,483 51 2.08 140,950 70,475 70,475 1,439,765 23,912 980.93 22,993 11,497 11,497 221,260 56,480 2,316.95 35,565 17,783 17,783 340,496 13,570 556.65 31,937 15,969 15,969 322,765 13,683 561.33 29,978 14,989 14,989 308,172 9,530 390.93 129,813 64,907 64,907 1,240,099 59,292 2,432.30 71,602 35,801 35,801 741,783 202,009 8,286.87
129,957 64,979 64,979 1,351,501 12,863 527.67 69,805 34,903 34,903 666,755 141,099 5,788.18 45,044 22,522 22,522 485,439 2,293 94.06 67,161 33,580 33,580 646,211 21,433 879.24 50,307 25,153 25,153 497,881 86,531 3,549.69 50,937 25,469 25,469 492,240 77,918 3,196.35Cost of

solvent (water) Cost of labor

and supervisor Cost of

maintenance Electricity Cost (Total) **Number of Ductlines**  **TA C - Duct**  TCI - Duct - FRP TCI - Duct - SS 795.87 123,802 215,292 713,340 2 74,990 2,157,392 557,991 5.60 30,950 53,823 42,707 1 24,238 638,958 180,352 5,587.17 154,752 269,115 1,534,398 2 54,812 1,458,126 407,846 589.95 154,752 269,115 1,005,916 2 51,656 1,348,158 384,369 7.98 30,950 53,823 12,186 1 3,738 70,726 27,814 339.45 61,901 107,646 243,799 1 96,435 3,000,218 717,558 167.07 61,901 107,646 199,463 1 80,378 2,451,161 598,085 289.82 61,901 107,646 231,843 1 92,206 2,854,601 686,095
8,075.10 123,802 215,292 1,205,500 2 65,404 1,824,643 486,665 1,270.63 92,851 161,469 485,412 1 132,648 4,236,857 987,016 3,445.36 123,802 215,292 978,414 2 70,132 1,988,455 521,845

0.13 30,950 53,823 12,884 1 7,931 173,992 59,011

0.23 30,950 53,823 21,657 1 16,504 410,932 122,805 540.04 154,752 269,115 990,465 2 53,448 1,410,702 397,698 255.12 30,950 53,823 77,434 1 18,659 473,482 138,841 122.58 61,901 107,646 156,700 1 44,650 1,273,459 332,234 123.61 61,901 107,646 138,850 1 32,011 876,058 238,189 86.09 61,901 107,646 128,619 1 31,758 868,240 236,306 1,071.27 123,802 215,292 838,210 2 63,568 1,761,139 473,002 1,824.92 61,901 107,646 360,116 1 122,491 3,912,171 911,438

290.51 154,752 269,115 913,953 2 49,990 1,289,603 371,966 1,274.66 61,901 107,646 349,047 1 130,328 4,191,053 969,757 31.07 92,851 161,469 228,701 1 118,567 3,715,579 882,243 290.44 92,851 161,469 369,288 1 150,476 4,909,041 1,119,675 781.71 61,901 107,646 237,472 1 56,700 1,662,825 421,894 703.90 61,901 107,646 240,875 1 62,131 1,841,154 462,312TCI - Duct -

CS Duct

Diameter **Wa stewater** 

**Disposal Am**  **ount Electricity** 

**Am ount (Fan)**  **Electricity A** **mount (Pump)**  **TCI (Total) TCI ($/dscfm)**  338,953 10.0991 332,225 2,170,804 377,527 6,167,308 39 118,874 5.4535 9,348 500,182 110,087 1,016,100 22 266,584 11.7635 1,865,826 3,872,954 512,226 11,276,199 59 255,678 12.2256 197,012 2,321,569 553,254 7,524,066 38 24,233 2.1485 13,328 157,051 17,086 282,403 46 405,991 7.4443 283,395 1,536,761 205,130 3,310,777 38 344,359 7.1940 139,480 1,233,546 191,572 2,797,975 34 389,837 7.3829 241,966 1,454,704 201,764 3,174,417 37
304,304 10.7116 3,370,832 3,881,811 424,709 9,646,284 53 546,329 8.4088 707,208 2,050,379 261,731 5,276,241 49 321,370 10.3828 1,438,215 3,096,239 399,041 8,065,237 49
45,590 3.6041 211 136,025 48,083 380,063 18
85,202 4.8482 382 222,463 87,007 669,179 18 261,839 11.9508 180,347 2,302,006 528,660 7,445,192 33 94,724 5.0447 425,981 1,012,303 94,200 1,288,491 32 203,466 6.3639 102,342 969,680 149,909 2,110,493 34 151,643 5.8751 103,202 864,290 127,764 1,835,055 35 150,589 5.8632 71,873 791,706 127,249 1,735,193 33 297,700 10.8572 447,188 2,558,078 436,338 6,963,663 39 504,523 7.7688 1,523,572 2,349,544 223,407 4,491,553 47
250,044 12.5180 97,015 2,031,959 580,040 6,869,835 27 533,866 7.8523 1,064,179 2,265,633 228,235 4,460,032 46 496,102 8.6714 17,293 811,012 278,335 3,134,467 26 609,509 8.1403 161,652 1,513,710 245,280 4,477,704 43 251,720 6.7058 652,624 1,530,237 166,453 2,937,220 43 273,195 6.8350 587,661 1,548,075 172,929 3,009,184 42**TA C (Total)**  **TA C ($/dscfm)**  Duct - Capital Recovery Duct -

Administrativ e Cost Duct - Property Tax Duct -

Insurance **Solvent (water)**

**Am ount**  Ds (Scrubber

Diameter) 4,140,356 26 52,493 11,234 5,617 5,617 1,328,901 28.68789 353,297 8 16,967 3,631 1,815 1,815 9,348 15.49150 8,986,478 47 38,368 8,211 4,105 4,105 9,329,130 33.41608 6,020,268 30 36,159 7,738 3,869 3,869 985,062 34.72858 195,282 32 2,617 560 280 280 13,328 6.10301 1,420,532 16 67,504 14,446 7,223 7,223 566,789 21.14656 1,221,949 15 56,265 12,041 6,020 6,020 278,959 20.43577 1,367,123 16 64,544 13,813 6,906 6,906 483,932 20.97231
6,741,269 37 45,783 9,798 4,899 4,899 13,483,327 30.42782 2,840,823 26 92,854 19,871 9,935 9,935 2,121,624 23.88649 5,477,791 33 49,093 10,506 5,253 5,253 5,752,860 29.49399
212,501 10 5,551 1,188 594 594 211 10.23812
272,193 7 11,553 2,472 1,236 1,236 382 13.77217 5,951,744 26 37,414 8,006 4,003 4,003 901,734 33.94793 481,647 12 13,061 2,795 1,398 1,398 425,981 14.33010 993,122 16 31,255 6,689 3,344 3,344 204,685 18.07751 903,032 17 22,408 4,795 2,398 2,398 206,404 16.68897 862,498 17 22,230 4,757 2,379 2,379 143,746 16.65530 4,680,851 26 44,498 9,523 4,761 4,761 1,788,750 30.84155 2,017,803 21 85,744 18,349 9,175 9,175 3,047,143 22.06852
5,532,850 22 34,993 7,488 3,744 3,744 485,073 35.55936 1,935,126 20 91,230 19,523 9,762 9,762 2,128,357 22.30568 1,707,053 14 82,997 17,761 8,881 8,881 51,880 24.63251 2,340,098 22 105,333 22,541 11,271 11,271 484,956 23.12365 1,365,937 20 39,690 8,494 4,247 4,247 1,305,247 19.04892 1,379,347 19 43,492 9,307 4,654 4,654 1,175,323 19.41594Scrubber

Diameter Exponent (S1) Scrubber

Diameter Exponent (S2) Hpack

(Packing Constant) Number of

Packed Scrubbers CRFduct Hpack - A Hpack - B Hpack D Hpack E -1.32 4.40 5.346127 4 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 3.245018 1 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 7.948137 5 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 3.245018 5 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 8.175182 1 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 7.621775 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 6.123523 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 7.221471 2 0.0944 1,582.6156 2,271 1 1,052

-1.32 4.40 10.124276 4 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 8.175177 3 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 8.175177 4 0.0944 1,582.6156 2,271 1 1,052

-1.32 4.40 0.341764 1 0.0944 1,582.6156 2,271 1 1,052

-1.32 4.40 0.341764 1 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 3.458498 5 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 11.864837 1 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 6.075734 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 6.425749 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 5.662717 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 5.535272 4 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 11.890006 2 0.0944 1,582.6156 2,271 1 1,052

-1.32 4.40 2.281766 5 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 11.069256 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 1.294318 3 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 5.825748 3 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 9.935301 2 0.0944 1,582.6156 2,271 1 1,052 -1.32 4.40 9.611092 2 0.0944 1,582.6156 2,271 1 1,052Hpack F Elec (Mw) Wa ter (gal/yr) 339.37 1.02E+04 334631.086 339.37 6.10E+02 9415.27275 339.37 2.19E+04 1879337.44 339.37 1.44E+04 198439.012 339.37 1.74E+02 13424.1032 339.37 3.48E+03 285446.786 339.37 2.85E+03 140489.587 339.37 3.31E+03 243718.17

339.37 1.72E+04 3395241.79 339.37 6.93E+03 712329.262 339.37 1.40E+04 1448629.85

339.37 1.84E+02 212.686302

339.37 3.09E+02 384.860927 339.37 1.41E+04 181652.821 339.37 1.11E+03 429065.735 339.37 2.24E+03 103083.618 339.37 1.98E+03 103949.445 339.37 1.84E+03 72393.5356 339.37 1.20E+04 450425.947 339.37 5.14E+03 1534604.71

339.37 1.31E+04 97717.2381 339.37 4.99E+03 1071885.02 339.37 3.27E+03 17418.4187 339.37 5.28E+03 162822.779 339.37 3.39E+03 657349.519 339.37 3.44E+03 591916.945**Activated Carbon Injection Model Costs**
Unit-specific field Unit-specific field Unit-specific field Unit-specific field Unit-specific field

Facility name Combustion equipment Annual operating hours (H) Exhaust gas flow

rate (Q) Operating labor

rate (LR) Activated carbon

cost (ACC) Dust disposal cost (DDC) Capital recovery factor, 20-yr

equipment life, 7% interest (CRF) Cost Index 2008 Cost Index

1990 ACI Adjustment

Factor (AF) Total Unit cost Operating labor Supervisory labor Maintenance hr/yr dscfm $/hr $/lb $/ton $ $/dscfm $/yr $/yr $/yr = [i x (1 + i) a] / [(1 + i) a - 1], where i = interest rate, a = equipment life = 4,500 x (Q/1,976) 0.6x (1.2 retrofit factor) x (575.4/361.3) = $ / Q = (0.25 hr/8-hr shift) x H x LR = 0.15 x

(operating labor) = 0.2 x TCI

ALIPRiverdale No. 2 Bark Boiler / BK02 8400 158368.5556 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.90 $119,351 $0.75 $9,083 $1,362 $23,870 ARDomtarIndustries PB1 8049 47008 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.89 $57,587 $1.23 $8,703 $1,305 $11,517 ARDomtarIndustries PB2 8520 189561.5342 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.60 $132,945 $0.70 $9,212 $1,382 $26,589 ARDomtarIndustries PB3 8160 198150.8254 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.89 $136,528 $0.69 $8,823 $1,323 $27,306 ARPlantersCottonOil Boiler #3 (SN-72) 8760 6115.018215 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.89 $16,938 $2.77 $9,472 $1,421 $3,388 LAInternationalPaperRedRiverMill EQT011 Hogged Fuel Boiler No. 2 8300 181353.75 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.62 $129,461 $0.71 $8,974 $1,346 $25,892 LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 8700 108161.3333 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.52 $94,944 $0.88 $9,407 $1,411 $18,989 LAIPMansfield 2-78 - No. 2 Power Boiler 8700 164971.8868 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.52 $122,312 $0.74 $9,407 $1,411 $24,462 MEHuberEngineeredW oodLLC Boiler No.1 8400 20546.4612 $34.60 $1.38 $34.29 0.09439 575.4 361.3 -3.53 $35,048 $1.71 $9,083 $1,362 $7,010 MEHuberEngineeredW oodLLC Dryer Furnace 8000 37179.31075 $34.60 $1.38 $34.29 0.09439 575.4 361.3 -3.53 $50,027 $1.35 $8,650 $1,298 $10,005 OKIPValliant Bark Boiler EUG-D1 8338 225741.4466 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.69 $147,635 $0.65 $9,015 $1,352 $29,527 ORGPToledo EU11 - Hog Fuel Boiler #4 8600 39830.39496 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.89 $52,138 $1.31 $9,299 $1,395 $10,428 TNEastman_NO_CBIDATA Boiler 18 3700 61503.75 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.74 $67,665 $1.10 $4,001 $600 $13,533 TNEastman_NO_CBIDATA Boiler 19 5500 52418.25 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.70 $61,477 $1.17 $5,947 $892 $12,295 TNEastman_NO_CBIDATA Boiler 20 5500 52207 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.78 $61,328 $1.17 $5,947 $892 $12,266 TNPackagingCorpCounce Combination Boiler #2 8566 180318.4167 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.90 $129,017 $0.72 $9,262 $1,389 $25,803 TNTempleInland2426 5000F 8544 95909 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.35 $88,336 $0.92 $9,238 $1,386 $17,667 TXInternationalPaperQueenCity PB02 8400 257292.2524 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.89 $159,691 $0.62 $9,083 $1,362 $31,938 WA LongviewFPP #12 Power Boiler 7000 97527.65 $34.60 $1.38 $34.29 0.09439 575.4 361.3 1.00 $89,228 $0.91 $7,569 $1,135 $17,846 WA LongviewFPP #13 Power Boiler 7000 118936.25 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.99 $100,511 $0.85 $7,569 $1,135 $20,102 WA LongviewFPP #20 Power Boiler 8000 104383.1897 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.13 $92,940 $0.89 $8,650 $1,298 $18,588 WI NSPW Ashland B20 8200 68566.5 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.11 $72,226 $1.05 $8,866 $1,330 $14,445 WI NSPW Ashland B21 8200 71234.10227 $34.60 $1.38 $34.29 0.09439 575.4 361.3 0.11 $73,899 $1.04 $8,866 $1,330 $14,780 **Facility/Unit ID Capital Investment**  **Direct Annual Costs**Activated carbon Dust disposal Overhead Property taxes, insurance, and administration Capital recovery $/yr $/yr $/yr $/yr $/yr $/yr ($/yr) / dscfm Elec Water ACI Dust = 0.00127 x Q x H x ACC x AF = 0.00127 x Q x (1 ton/2,000 lb) x H x DDC x AF = 0.6 x (labor + maintenance materials) = 0.04 x TCI = CRF x TCI = Direct Annual Costs + Indirect Annual Costs = ($/yr) / Q lb/yr ton/yr $2,098,329 $26,069 $20,589 $4,774 $11,266 $2,195,342 $13.86 1,520,528 760.26 Note: $592,746 $7,364 $12,916 $2,303 $5,436 $642,291 $13.66 429,526 214.76 Factor of 1.27 x 10 -3for activated carbon is based on injecting carbon at a rate to achieve a carbon concentration of 338 $1,692,481 $21,027 $22,310 $5,318 $12,549 $1,790,868 $9.45 1,226,436 613.22 mg/dscm (achieving reductions of 90% for Hg, 98% for CDD/CDF). $2,533,035 $31,470 $22,471 $5,461 $12,887 $2,642,777 $13.34 1,835,533 917.77 $83,918 $1,043 $8,568 $678 $1,599 $110,085 $18.00 60,810 30.41 Sources: $1,631,464 $20,269 $21,728 $5,178 $12,220 $1,727,072 $9.52 1,182,220 591.11 1. Cost equations: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Model Plant Description and Cost Report (II-A-112). $862,722 $10,718 $17,884 $3,798 $8,962 $933,891 $8.63 625,161 312.58 2. Operating labor rate: Bureau of Labor Statistics, Occupational Employment Statistics, May 2007 National Industry-Specific Occupational $1,315,857 $16,348 $21,168 $4,892 $11,545 $1,405,092 $8.52 953,520 476.76 Employment and W age Estimates. -$1,069,161 -$13,283 $10,473 $1,402 $3,308 -$1,049,807 -$51.09 -774,754 -387.38 information from Norit, an activated carbon vendor. -$1,842,545 -$22,892 $11,972 $2,001 $4,722 -$1,826,789 -$49.13 -1,335,178 -667.59 4. Dust disposal cost: NSW MA’s 2005 Tip Fee Survey. $2,281,174 $28,341 $23,937 $5,905 $13,936 $2,393,188 $10.60 1,653,025 826.51 $536,622 $6,667 $12,673 $2,086 $4,921 $584,089 $14.66 388,856 194.43 $295,609 $3,673 $10,880 $2,707 $6,387 $337,390 $5.49 214,210 107.10 $352,230 $4,376 $11,481 $2,459 $5,803 $395,483 $7.54 255,239 127.62 $390,914 $4,857 $11,463 $2,453 $5,789 $434,580 $8.32 283,271 141.64 $2,436,371 $30,269 $21,873 $5,161 $12,178 $2,542,307 $14.10 1,765,486 882.74 $504,910 $6,273 $16,975 $3,533 $8,338 $568,321 $5.93 365,877 182.94 $3,385,799 $42,065 $25,430 $6,388 $15,074 $3,517,138 $13.67 2,453,477 1,226.74 $1,196,489 $14,865 $15,930 $3,569 $8,422 $1,265,825 $12.98 867,021 433.51 $1,441,332 $17,907 $17,284 $4,020 $9,487 $1,518,837 $12.77 1,044,444 522.22 $190,361 $2,365 $17,121 $3,718 $8,773 $250,873 $2.40 137,943 68.97 $108,661 $1,350 $14,785 $2,889 $6,818 $159,144 $2.32 78,740 39.37 $112,888 $1,403 $14,986 $2,956 $6,976 $164,184 $2.30 81,803 40.90 15,313,194 Total cost **Indirect Annual Costs Total Annual Cost**  **Direct Annual Costs**1. Cost equations: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Model Plant Description and Cost Report (II-A-112).

# Selectiv**e Noncataly tic Reduction Costs**  **Parameters/Costs Equation**  **facname facname**  **facname facname**  unitid unitid unitid unitid A. Parameters 1. Incinerator capacity, lb/hr (C) 1,500 500 100 125 2. Annual operating hours, hr/yr (H) 6,000 2,000 4,000 1,500 3. Exhaust gas flow rate, dscfm (Q) 4,000 1,800 900 600 4. NO X 

### , lb/MMBtu 0.28 0.28 0.28 0.28 5. Heating value, Btu/lb (HV) 8,500 8,500 8,500 8,500 6. Urea solution cost, $/gal (U) $0.85 $0.85 $0.85 $0.85 7. Electricity cost, $/kW h (EC) $0.07 $0.07 $0.07 $0.07 8. W ater cost, $/1,000 gal (W C) $0.20 $0.20 $0.20 $0.20 9. Capital recovery factor, 20-yr equipment life, 7% interest (CRF) = [i x (1 + i) a

### ] / [(1 + i) a 

### - 1], where i = interest rate, a = equipment life 0.09439 0.09439 0.09439 0.09439

10. Cost index a. 2008 575.4 575.4 575.4 575.4 b. 1998 390.6 390.6 390.6 390.6 B. Total Capital Investment (TCI) 1. Total Direct Capital Cost, $ (DC) = [$950/(MMBtu/hr)] x [(C x HV) / 10 6 

### ] x [(2,375 MMBtu/hr / (C x HV)] 0.577

### x (0.66 + 0.85 x 45% NO X 

### removal efficiency) x (1.2 retrofit factor) x (575.4/390.6) $455,625 $286,276 $144,917 $159,263

2. Indirect Installation Costs, $ (IC) = 0.2 x DC $91,125 $57,255 $28,983 $31,853 3. Other Capital Costs, $ (OC) = [0.173 x (DC + IC)] + (119.3 gal x U) $94,689 $59,532 $30,186 $33,164 4. Total a. $ = DC + IC + OC $641,439 $403,064 $204,087 $224,279 b. $/dscfm = $ / Q $160.36 $223.92 $226.76 $373.80 C. Direct Annual Costs, $/yr 1. Maintenance = 0.015 x TCI $9,622 $6,046 $3,061 $3,364 2. Reagent = (0.36 gal/hr) x H x U $1,836 $612 $1,224 $459 3. Electricity = kW [0.47 x NO X 

### x (C x HV) / 10 6 

### ] / 9.5 x H x EC $71 $8 $3 $1 4. W ater = (1.62 gal/hr) x H x W C $1,944 $648 $1,296 $486 D. Indirect Annual Costs, $/yr 1. Capital recovery = CRF x TCI $60,547 $38,046 $19,264 $21,170
E. Total Annual Cost 1. $/yr = Direct Annual Costs + Indirect Annual Costs $74,020 $45,360 $24,849 $25,481 2. ($/yr) / dscfm = ($/yr) / Q $18.50 $25.20 $27.61 $42.47

Sources: 1. Cost equations, urea solution cost: OAQPS Control Cost Manual. Section 4.2: NO X 

### Post-Combustion, Chapter 1: Selective Noncatalytic Reduction. 2. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Heating value: Process Description Report (II-A-110). 3. Electricity cost: Energy Information Administration. Average Industrial Retail Price of Electricity: October 2009. 4. W ater cost: Air Compliance Advisor, version 7.5. 5. NO X 

### removal efficiency: Clean Air Technology Center. EPA Technical Bulletin: Nitrogen Oxides (NO X 

### )--W hy and How They Are Controlled. 456/F-99-006R. November 1999.

# Energy

**Recovery**

**Unit Selective Noncataly tic Reduction Costs** 

Facility Name Combustion Equipment Unit Heat Input Capacity (HI) Annual operating

hours (H) Exhaust gas

flow rate (Q) NO X



### MMBtu/hr hr/y r dscfm lb/MMBtu

ALIPRiverdale No. 2 Bark Boiler / BK02 667 8400 161206.3333 0.28

ARDomtarIndustries PB1 580 8049 47008 0.28

ARDomtarIndustries PB2 820 8520 189561.5342 0.28

ARDomtarIndustries PB3 790 8160 198150.8254 0.28

ARPlantersCottonOil Boiler #3 (SN-72) 25 8760 6115.018215 0.28 CAW heelabratorShasta Boiler#1 339 8202 87592 0.28 CAW heelabratorShasta Boiler#2 339 8186 81802.52273 0.28 CAW heelabratorShasta Boiler#3 339 8035 86154.38636 0.28
LAInternationalPaperRedRiverMill EQT011 Hogged Fuel Boiler No. 2 940 8300 181353.6667 0.28

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 760 8700 108161.3333 0.28
LAIPMansfield 2-78 - No. 2 Power Boiler 760 8700 164905.1955 0.28 MEHuberEngineeredW oodLLC Boiler No.1 84 8400 20546.4612 0.28 MEHuberEngineeredW oodLLC Dryer Furnace 152 8000 37179.31075 0.28 OKIPValliant Bark Boiler EUG-D1 900 8338 225741.4466 0.28 ORGPToledo EU11 - Hog Fuel Boiler #4 296.6 8600 40252.70748 0.28 TNEastman_NO_CBIDATA Boiler 18 246 3700 61503.66667 0.28 TNEastman_NO_CBIDATA Boiler 19 246 5500 52418.33333 0.28 TNEastman_NO_CBIDATA Boiler 20 246 5500 52207 0.28 TNPackagingCorpCounce Combination Boiler #2 860 8566 180318.3333 0.28 TNTempleInland2426 5000F 527 8544 95396.25 0.28 TXInternationalPaperQueenCity PB02 203.9795881 8400 247680.9744 0.28 WA LongviewFPP #12 Power Boiler 316.25 7000 97527.64444 0.28 WA LongviewFPP #13 Power Boiler 316.25 7000 118936.1667 0.28 WA LongviewFPP #20 Power Boiler 900 8000 104811.5814 0.28 WI NSPW Ashland B20 275 8200 68566.5 0.28 WI NSPW Ashland B21 275 8200 71234.10227 0.28



### Facility/Unit ID

### Urea solution

cost (U) Electricity

cost (EC) Wa ter

cost (W C) Capital recovery factor, 20-y r equipm ent life, 7% interest (CRF) Cost Index - 2008 Cost Index -

1998 $/gal $/kW h $/1000 gal
= [i x (1 + i) a 

### ] / [(1 + i) a 

### - 1], where i = interest rate, a = equipment life
$0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6

$0.85 $0.07 $0.20 0.09439 575.4 390.6

$0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6
$0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6 $0.85 $0.07 $0.20 0.09439 575.4 390.6



### Parameters

### Total Direct Capital Cost (DC) Indirect Installation Costs (IC) Other Capital

Costs (OC) $ $ $ = [$950/(MMBtu/hr)] x (HI) x [2,375 MMBtu/hr / HI] 0.577

### x (0.66 + 0.85 x 45% NO X



### removal efficiency) x (1.2 retrofit factor) x (575.4/390.6) = 0.2 x DC = [0.173 x (DC + IC)] + (119.3 gal x U) $2,429,862 $485,972 $504,541 $2,290,374 $458,075 $475,583

$2,651,671 $530,334 $550,588

$2,610,193 $522,039 $541,978 $605,766 $121,153 $125,858 $1,824,950 $364,990 $378,961 $1,824,950 $364,990 $378,961 $1,824,950 $364,990 $378,961 $2,809,374 $561,875 $583,327
$2,567,796 $513,559 $533,176 $2,567,796 $513,559 $533,176 $1,011,455 $202,291 $210,079 $1,299,859 $259,972 $269,952 $2,758,170 $551,634 $572,697 $1,724,665 $344,933 $358,142 $1,593,463 $318,693 $330,904 $1,593,463 $318,693 $330,904 $1,593,463 $318,693 $330,904 $2,705,635 $541,127 $561,791 $2,199,390 $439,878 $456,695 $1,472,081 $294,416 $305,705 $1,772,105 $354,421 $367,990 $1,772,105 $354,421 $367,990 $2,758,170 $551,634 $572,697 $1,670,376 $334,075 $346,871 $1,670,376 $334,075 $346,871 

### Total Capital Investment (TCI)

### Total Capital

Investment Total Capital

Investment/dscfm Maintenance Reagent Electricity
$ $/dscfm $/yr $/yr $/yr

= DC + IC + OC = $ / Q = 0.015 x TCI = (0.36 gal/hr) x H x U = kW [0.47 x NO X 

### x HI / 10 6 

### ] / 9.5 x H x EC $3,420,376 $21.22 $51,306 $2,570 $5,185 $3,224,032 $68.58 $48,360 $2,463 $4,320

$3,732,594 $19.69 $55,989 $2,607 $6,465

$3,674,210 $18.54 $55,113 $2,497 $5,965 $852,778 $139.46 $12,792 $2,681 $203 $2,568,901 $29.33 $38,534 $2,510 $2,573 $2,568,901 $31.40 $38,534 $2,505 $2,568 $2,568,901 $29.82 $38,534 $2,459 $2,521 $3,954,576 $21.81 $59,319 $2,540 $7,220
$3,614,532 $33.42 $54,218 $2,662 $6,118 $3,614,532 $21.92 $54,218 $2,662 $6,118 $1,423,825 $69.30 $21,357 $2,570 $653 $1,829,783 $49.22 $27,447 $2,448 $1,125 $3,882,501 $17.20 $58,238 $2,551 $6,944 $2,427,740 $60.31 $36,416 $2,632 $2,360 $2,243,060 $36.47 $33,646 $1,132 $842 $2,243,060 $42.79 $33,646 $1,683 $1,252 $2,243,060 $42.96 $33,646 $1,683 $1,252 $3,808,554 $21.12 $57,128 $2,621 $6,817 $3,095,963 $32.45 $46,439 $2,614 $4,167 $2,072,202 $8.37 $31,083 $2,570 $1,586 $2,494,516 $25.58 $37,418 $2,142 $2,049 $2,494,516 $20.97 $37,418 $2,142 $2,049 $3,882,501 $37.04 $58,238 $2,448 $6,663 $2,351,322 $34.29 $35,270 $2,509 $2,087 $2,351,322 $33.01 $35,270 $2,509 $2,087 

### Direct A**nnual Costs**

### Indirect Capital Costs

Wa ter Capital recovery
$/yr $/yr $/yr ($/y r) / dscfm
= (1.62 gal/hr) x H x WC = CRF x TCI = Direct Annual Costs + Indirect Annual Costs = ($/yr) / Q

$2,722 $322,859 $384,641 $2.39 $2,608 $304,326 $362,077 $7.70

$2,760 $352,330 $420,152 $2.22

$2,644 $346,819 $413,039 $2.08 $2,838 $80,496 $99,009 $16.19 $2,657 $242,486 $288,760 $3.30 $2,652 $242,486 $288,745 $3.53 $2,603 $242,486 $288,602 $3.35 $2,689 $373,284 $445,051 $2.45
$2,819 $341,186 $407,004 $3.76 $2,819 $341,186 $407,004 $2.47 $2,722 $134,399 $161,701 $7.87 $2,592 $172,719 $206,331 $5.55 $2,702 $366,481 $436,915 $1.94 $2,786 $229,162 $273,356 $6.79 $1,199 $211,729 $248,548 $4.04 $1,782 $211,729 $250,092 $4.77 $1,782 $211,729 $250,092 $4.79 $2,775 $359,501 $428,842 $2.38 $2,768 $292,237 $348,226 $3.65 $2,722 $195,601 $233,562 $0.94 $2,268 $235,465 $279,341 $2.86 $2,268 $235,465 $279,341 $2.35 $2,592 $366,481 $436,421 $4.16 $2,657 $221,948 $264,471 $3.86 $2,657 $221,948 $264,471 $3.71 

### Total A**nnual Costs**
Total cost

### Elec Wa ter

Mw gal/y r

7.76E+01 13,608,000.00 

### Sources:

6.47E+01 13,039,380.00 

### 1. Cost equations, urea solution cost: OAQPS Control Cost Manual. Section 4.2: NO

9.68E+01 13,802,400.00 

### 2. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Heating value: Process Description Report (II-A-110).

8.93E+01 13,219,200.00 

### 3. Electricity cost: Energy

Information Administration. Average Industrial Retail Price of Electricity : October 2009. 3.03E+00 14,191,200.00 

### 4. W ater cost: Air Compliance Advisor, version 7.5. 3.85E+01 13,287,240.00 

### 5. NO X 

### removal efficiency : Clean Air Technology Center. EPA Technical Bulletin: Nitrogen Oxides (NO 3.84E+01 13,261,320.00 

### Novem ber 1999. 3.77E+01 13,016,700.00
1.08E+02 13,446,000.00

9.16E+01 14,094,000.00
9.16E+01 14,094,000.00 9.77E+00 13,608,000.00 1.68E+01 12,960,000.00 1.04E+02 13,507,560.00 3.53E+01 13,932,000.00 1.26E+01 5,994,000.00 1.87E+01 8,910,000.00 1.87E+01 8,910,000.00 1.02E+02 13,876,920.00 6.24E+01 13,841,280.00 2.37E+01 13,608,000.00 3.07E+01 11,340,000.00 3.07E+01 11,340,000.00 9.97E+01 12,960,000.00 3.12E+01 13,284,000.00 3.12E+01 13,284,000.00 

### 1.37E+03 3.30E+08

### 1. Cost equations, urea solution cost: OAQPS Control Cost Manual. Section 4.2: NO X 

### Post-Combustion, Chapter 1: Selective Noncataly tic Reduction.
2. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Heating value: Process Description Report (II-A-110). 3. Electricity

cost: Energy

Information Administration. Average Industrial Retail Price of Electricity : October 2009. 4. W ater cost: Air Compliance Advisor, version 7.5. removal efficiency : Clean Air Technology Center. EPA Technical Bulletin: Nitrogen Oxides (NO X 

### )--W hy and How They

Are Controlled. 456/F-99-006R.

### Post-Combustion, Chapter 1: Selective Noncataly

tic Reduction.
2. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Heating value: Process Description Report (II-A-110).

)--W hy and How They

Are Controlled. 456/F-99-006R.

# Energy

**Recovery**

**Unit Incremental Control Model Costs**

Facility name Combustion

equipm ent Annual

operating hours (H) Exhaust gas

flow rate to FF (Qff) Exhaust gas

flow rate (Q) Unc. HCl

concentration (HClu)* hr/y r acfm dscfm ppm vd

Used for bag replacement only

ALIPRiverdale No. 2 Bark Boiler / BK02 8400 240472.3403 158368.5556 0.130666667

ARDomtarIndustries PB1 8049 70122.0823 47008 1.844976268

ARDomtarIndustries PB2 8520 326271.2607 189561.5342 14.25988955

ARDomtarIndustries PB3 8160 352404.8794 198150.8254 1.844976268 ARPlantersCottonOi l Boiler #3 (SN-72) 8760 10883.17598 6115.018215 15.73949633 CAW heelabratorSh asta Boiler#1 8202 130661.4498 87594.98246 12.37333333 CAW heelabratorSh asta Boiler#2 8186 122025.2559 81539.6 6.45 CAW heelabratorSh asta Boiler#3 8035 128516.9539 85326.91304 10.39666667 LAInternationalPap erRedRiverMill EQT011 Hogged Fuel

Boiler No. 2 8300 270526.224 181353.75 36.73333333

LAIPMansfield 1-78 - No. 1 Power Boiler

/ EQT005 8700 166714.1581 108161.3333 15.73949633

LAIPMansfield 2-78 - No. 2 Power Boiler 8700 254176.1459 164971.8868 15.73949633 MEHuberEngineere dW oodLLC Boiler No.1 8400 30627.26337 20546.4612 0.522095503 MEHuberEngineere dW oodLLC Dryer Furnace 8000 55420.76229 37179.31075 0.522095503 OKIPValliant Bark Boiler EUG-D1 8338 336739.7102 225741.4466 2.024433417

ORGPToledo EU11 - Hog Fuel Boiler #4 8600 60002.07341 39830.39496 78.3 TNEastman_NO_C BIDATA Boiler 18 3700 95487.13599 61503.75 6.317352457 TNEastman_NO_C BIDATA Boiler 19 5500 81381.75811 52418.25 7.355821354 TNEastman_NO_C BIDATA Boiler 20 5500 81053.65385 52207 5.27888356 TNPackagingCorpC ounce Combination Boiler #2 8566 277933.1413 180318.4167 4.994309645 TNTempleInland24 26 5000F 8544 142303.0908 95909 0.643333333 TXInternationalPap erQueenCity PB02 8400 369467.0198 257292.2524 0.068133333 WA LongviewFPP #12 Power Boiler 7000 145378.0689 97527.65 0.38 WA LongviewFPP #13 Power Boiler 7000 177290.3501 118936.25 0.79



### Facility/Unit IDWA LongviewFPP #20 Power Boiler 8000 156235.7564 104383.1897 0.4

WI NSPW Ashland B20 8200 106025.0668 68566.5 0.099969347 WI NSPW Ashland B21 8200 110150.007 71234.10227 0.099969347

### Cont. HCl

concentration (HClc)** Operating

labor rate (LR) Wa stewater (blowdown) flow (B) Caustic

cost (CC) Sewage

disposal cost (SDC) Wa ter cost

(W C) Lim e cost

(LC) Sodium bicarbonate cost (SBC) ppm vd $/hr gpm $/ton $/1,000 gal $/1,000 gal $/ton $/ton

0.5 $34.60 0.004 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.016 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.491 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.066 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.017 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.197 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.095 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.161 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 1.209 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.309 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.471 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.002 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.004 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.083 $357 $3.80 $0.20 $95 $440 

### 0.5 $34.60 0.566 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.071 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.070 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.050 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.163 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.011 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.003 $357 $3.80 $0.20 $95 $440


### 0.5 $34.60 0.007 $357 $3.80 $0.20 $95 $440 

### 0.5 $34.60 0.017 $357 $3.80 $0.20 $95 $440

### 0.5 $34.60 0.008 $357 $3.80 $0.20 $95 $440 

### 0.5 $34.60 0.001 $357 $3.80 $0.20 $95 $440 

### 0.5 $34.60 0.001 $357 $3.80 $0.20 $95 $440

### Dust disposal

cost (DDC) Activated

carbon cost (ACC) Natural gas

cost (NGC) Electricity

cost (EC) Total bag cost
$/ton $/lb $/1,000 ft3 $/kW h Bag CRF, 2-yr life, 7% interest Cage CRF, 4-y r life, 7% interest $/yr

$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $336,298
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $98,065
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $456,286
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $492,834
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $15,220
$43.14 $1.38 $9.58 $0.07 0.55309 0.29523 $182,728
$44.14 $1.38 $9.58 $0.07 0.55309 0.29523 $170,651
$45.14 $1.38 $9.58 $0.07 0.55309 0.29523 $179,729
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $378,328
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $233,148
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $355,462
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $42,832
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $77,505
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $470,926 $42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $83,912
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $133,538
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $113,811
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $113,353
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $388,686
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $199,009
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $516,695
$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $203,309 $42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $247,938 

### Capital recovery

factors

= [i x (1 + i) a 

### ] / [(1 + i) a 

### - 1], where i = interest rate, a = equipment life$42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $218,494 $42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $148,275 $42.14 $1.38 $9.58 $0.07 0.55309 0.29523 $154,043

### Bag replacement

labor cost Total cage

cost Cage replacement labor cost Urea solution

cost (U) Caustic Sewage disposal Makeup

water $/yr $/yr $/yr $/gal = HCl x (3.117E

9 ) x Q x H x CC = B x (60

mi n/hr) x H x SDC = B x (60

mi n/hr) x H x WC $19,810 $21,936 $19,810 $0.85 $665 $7 $0 $5,777 $6,397 $5,777 $0.85 $189 $29 $2 $26,879 $29,763 $26,879 $0.85 $808 $953 $50 $29,031 $32,147 $29,031 $0.85 $809 $123 $6 $897 $993 $897 $0.85 $27 $35 $2 $10,764 $11,919 $10,764 $1.85 $359 $368 $19 $10,053 $11,131 $10,053 $2.85 $334 $178 $9 $10,587 $11,724 $10,587 $3.85 $343 $295 $16 $22,286 $24,678 $22,286 $0.85 $753 $2,288 $120 $13,734 $15,208 $13,734 $0.85 $471 $613 $32 $20,939 $23,186 $20,939 $0.85 $718 $935 $49 $2,523 $2,794 $2,523 $0.85 $86 $4 $0 $4,566 $5,056 $4,566 $0.85 $149 $6 $0 $27,741 $30,718 $27,741 $0.85 $941 $158 $8 $4,943 $5,474 $4,943 $0.85 $171 $1,110 $58 $7,866 $8,711 $7,866 $0.85 $114 $59 $3 $6,704 $7,424 $6,704 $0.85 $144 $88 $5 $6,677 $7,394 $6,677 $0.85 $144 $63 $3 $22,896 $25,354 $22,896 $0.85 $772 $319 $17 $11,723 $12,981 $11,723 $0.85 $410 $22 $1 $30,437 $33,703 $30,437 $0.85 $1,081 $6 $0 $11,976 $13,262 $11,976 $0.85 $341 $11 $1 $14,605 $16,173 $14,605 $0.85 $416 $27 $1 

### Increase Caustic Flow$12,871 $14,252 $12,871 $0.85 $418 $14 $1 $8,734 $9,672 $8,734 $0.85 $281 $2 $0 $9,074 $10,048 $9,074 $0.85 $292 $2 $0

### Makeup lime Dust disposal

$/yr ($/y r) / dscfm $/yr
= Caustic + Sewage disposal + Makeup water = ($/yr) / Q = (2.4E-7 lb/dscf) x HCl x Q x (1 ton/2000 lb) x (60 mi n/hr) x H x LC = HCl x Q x (60 min/hr) x (2.86E-7 lb/dscf) x (1 ton/2,000 lb) x H x DDC = Makeup lime + Dust disposal

$673 $0.00 $119 $63 $182
$220 $0.005 $477 $252 $730
$1,811 $0.010 $15,753 $8,327 $24,080
$939 $0.00 $2,040 $1,079 $3,119
$64 $0.01 $577 $305 $882
$746 $0.01 $6,081 $3,290 $9,371
$521 $0.01 $2,945 $1,630 $4,575
$653 $0.01 $4,876 $2,761 $7,636
$3,161 $0.017 $37,820 $19,992 $57,812
$1,116 $0.010 $10,131 $5,355 $15,486
$1,702 $0.01 $15,452 $8,168 $23,619
$90 $0.004 $62 $33 $94
$156 $0.004 $106 $56 $162 $1,107 $0.00 $2,606 $1,378 $3,984 $1,339 $0.034 $18,346 $9,697 $28,043
$176 $0.00 $983 $520 $1,503
$237 $0.00 $1,451 $767 $2,217
$210 $0.004 $1,037 $548 $1,585
$1,108 $0.006 $5,277 $2,789 $8,066
$433 $0.00 $361 $191 $551
$1,087 $0.00 $101 $53 $154 $353 $0.004 $177 $94 $271 $445 $0.004 $450 $238 $688 

### Total cost **Increase Lime Flow**
Total cost Increase Caustic Flow$432 $0.00 $228 $121 $349 $284 $0.004 $38 $20 $59 $295 $0.004 $40 $21 $61

### Makeup NaHCO 3 

### Dust disposal

($/y r) / dscfm $/yr

= ($/yr) / Q = (2.73E-7 lb/dscf x HCl x Q) x

(1 ton/2000 lb) x (60 min/hr) x H

x SBC = [(HCl x Q x 60 min/hr x 2.10E-7

lb/dscf)] x (1 ton/2,000 lb) x H x

DDC = Makeup NaHCO3 + Dust disposal

$0.00 $626 $46 $673
$0.02 $2,516 $185 $2,701
$0.13 $82,993 $6,114 $89,107
$0.02 $10,750 $792 $11,542
$0.14 $3,038 $224 $3,262
$0.11 $32,035 $2,416 $34,451
$0.06 $15,514 $1,197 $16,712
$0.09 $25,686 $2,027 $27,713
$0.32 $199,251 $14,679 $213,931
$0.14 $53,373 $3,932 $57,305
$0.14 $81,406 $5,997 $87,403
$0.00 $325 $24 $349
$0.00 $560 $41 $601 $0.02 $13,731 $1,012 $14,743 $0.70 $96,652 $7,120 $103,773
$0.02 $5,181 $382 $5,562
$0.04 $7,642 $563 $8,205
$0.03 $5,462 $402 $5,865
$0.04 $27,799 $2,048 $29,847
$0.01 $1,900 $140 $2,040
$0.00 $531 $39 $570 $0.00 $935 $69 $1,004 $0.01 $2,370 $175 $2,545 

### Increase NaHCO3 Flow
Total Cost Total cost$0.00 $1,204 $89 $1,292 $0.00 $203 $15 $217 $0.00 $210 $16 $226

### Activated carbon Dust disposal

($/y r) / dscfm $/yr ($/y r) / dscfm
= ($/yr) / Q = (1.27E -3 ) x Q x

H x ACC = (1.27E -3 ) x Q x (1

ton/2,000 lb) x H x DDC = Activated carbon + Dust disposal = ($/yr) /

Q

$0.00 $2,331,477 $35,597 $2,367,074 $14.95
$0.06 $663,127 $10,125 $673,251 $14.32
$0.47 $2,830,562 $43,217 $2,873,779 $15.16
$0.06 $2,833,798 $43,267 $2,877,065 $14.52
$0.53 $93,883 $1,433 $95,316 $15.59
$0.39 $1,259,163 $19,681 $1,278,844 $14.60
$0.20 $1,169,831 $18,709 $1,188,540 $14.58
$0.32 $1,201,586 $19,652 $1,221,238 $14.31
$1.18 $2,638,077 $40,278 $2,678,355 $14.77
$0.53 $1,649,203 $25,180 $1,674,383 $15.48
$0.53 $2,515,429 $38,406 $2,553,834 $15.48
$0.02 $302,482 $4,618 $307,100 $14.95
$0.02 $521,284 $7,959 $529,243 $14.23 $0.07 $3,298,800 $50,366 $3,349,167 $14.84 $2.61 $600,338 $9,166 $609,504 $15.30
$0.09 $398,828 $6,089 $404,918 $6.58
$0.16 $505,275 $7,715 $512,990 $9.79
$0.11 $503,239 $7,684 $510,922 $9.79
$0.17 $2,707,079 $41,332 $2,748,411 $15.24
$0.02 $1,436,162 $21,927 $1,458,089 $15.20
$0.00 $3,787,815 $57,833 $3,845,648 $14.95 $0.01 $1,196,489 $18,268 $1,214,757 $12.46 $0.02 $1,459,134 $22,278 $1,481,412 $12.46 

### Total cost **Increase Carbon Flow**
Total Cost$0.01 $1,463,536 $22,345 $1,485,881 $14.23 $0.00 $985,391 $15,045 $1,000,436 $14.59 $0.00 $1,023,728 $15,630 $1,039,358 $14.59

### Fan electricity
$/yr ($/y r) / dscfm = (0.32 Btu/lb/ °F) x ( 28.5 lb/lbm ole) x (100 ° F) x (lbmole/385 ft 3 

### ) x (ft 3

### /1,000 Btu) x (Q/0.9) x (60 min/hr) x H x NGC = ($/yr) / Q = 0.746 x (0.0205 x Q) x H x EC

$2,012,596 $12.71 $1,358,994
$572,430 $12.18 $386,530
$2,443,420 $12.89 $1,649,905
$2,446,214 $12.35 $1,651,791
$81,042 $13.25 $54,723
$1,086,944 $12.41 $733,953
$1,009,831 $12.38 $681,882
$1,037,242 $12.16 $700,392
$2,277,262 $12.56 $1,537,708
$1,423,638 $13.16 $961,303
$2,171,389 $13.16 $1,466,217
$261,111 $12.71 $176,313
$449,987 $12.10 $303,851 $2,847,617 $12.61 $1,922,836 $518,229 $13.01 $349,931
$344,280 $5.60 $232,473
$436,168 $8.32 $294,520
$434,410 $8.32 $293,333
$2,336,827 $12.96 $1,577,928
$1,239,735 $12.93 $837,124
$3,269,749 $12.71 $2,207,878 $1,032,843 $10.59 $697,421 $1,259,565 $10.59 $850,514 

### Natural gas **Increase Natural Gas**$1,263,365 $12.10 $853,080 $850,617 $12.41 $574,374 $883,711 $12.41 $596,721

### Pum p electricity Bag replacement
$/yr ($/y r) /

dscfm =0.746 x (0.00267 x Q + 4.554) x H x EC = Fan electricity + pum p electricity = ($/yr) / Q = Bag CRF x [(total bag cost) + (bag

replacement labor cost)]

$178,907 $1,537,900 $9.71 $196,960
$52,170 $438,699 $9.33 $57,434
$216,824 $1,866,729 $9.85 $267,235
$216,988 $1,868,779 $9.43 $288,639
$9,115 $63,838 $10.44 $8,914
$97,454 $831,407 $9.49 $107,019
$90,669 $772,551 $9.47 $99,946
$93,045 $793,437 $9.30 $105,263
$202,161 $1,739,868 $9.59 $221,576
$127,178 $1,088,482 $10.06 $136,548
$192,940 $1,659,158 $10.06 $208,185
$24,870 $201,183 $9.79 $25,085
$41,390 $345,241 $9.29 $45,393 $252,330 $2,175,166 $9.64 $275,809 $47,528 $397,459 $9.98 $49,145
$31,118 $263,591 $4.29 $78,209
$39,608 $334,127 $6.37 $66,656
$39,453 $332,786 $6.37 $66,388
$207,460 $1,785,388 $9.90 $227,643
$110,969 $948,093 $9.89 $116,554
$289,469 $2,497,347 $9.71 $302,614 $92,423 $789,844 $8.10 $119,073 $112,363 $962,877 $8.10 $145,211 

### Increase Scrubber Horsepower
Total cost$112,924 $966,004 $9.25 $127,966 $76,670 $651,044 $9.50 $86,840 $79,580 $676,301 $9.49 $90,219

### Cage replacement
$/yr ($/y r) / dscfm $/yr ($/y r)/dscfm

= Cage CRF x [(total cage cost) + (cage replacement labor cost)] = Bag replacement + Cage replacement = ($/yr) / Q = (0.36 gal/hr) x H x U = ($/yr) / Q

$12,325 $209,285 $1.32 $2,570 $0.02
$3,594 $61,028 $1.30 $2,463 $0.05
$16,722 $283,957 $1.50 $2,607 $0.01
$18,062 $306,701 $1.55 $2,497 $0.01
$558 $9,472 $1.55 $2,681 $0.44
$6,697 $113,716 $1.30 $5,463 $0.06
$6,254 $106,200 $1.30 $8,399 $0.10
$6,587 $111,849 $1.31 $11,137 $0.13
$13,865 $235,441 $1.30 $2,540 $0.01
$8,545 $145,093 $1.34 $2,662 $0.02
$13,027 $221,212 $1.34 $2,662 $0.02
$1,570 $26,655 $1.30 $2,570 $0.13
$2,840 $48,233 $1.30 $2,448 $0.07 $17,259 $293,068 $1.30 $2,551 $0.01 $3,075 $52,220 $1.31 $2,632 $0.07
$4,894 $83,103 $1.35 $1,132 $0.02
$4,171 $70,827 $1.35 $1,683 $0.03
$4,154 $70,542 $1.35 $1,683 $0.03
$14,245 $241,888 $1.34 $2,621 $0.01
$7,293 $123,848 $1.29 $2,614 $0.03
$18,936 $321,550 $1.25 $2,570 $0.01 $7,451 $126,524 $1.30 $2,142 $0.02 $9,087 $154,297 $1.30 $2,142 $0.02 

### Increase NOX Reagent Reagent **Improve FF Performance**
Total cost$8,007 $135,973 $1.30 $2,448 $0.02 $5,434 $92,275 $1.35 $2,509 $0.04 $5,645 $95,865 $1.35 $2,509 $0.04

### Secondary IMPACTS

Sources: 1. Cost equations: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Model Plant Description and Cost Report (II-A-112); W et Scrubber Cost Memorandum (IV-B-30); Dry Injection Fabric Filter Cost
Mem orandum (IV-B-32); and Secondary Chamber Retrofit Cost Memorandum (IV-B-33). 2. Operating labor rate: Bureau of Labor Statistics, Occupational Employ me nt Statistics, May 2008 National Industry-Specific Occupational Employ me nt
and W age Estimates.

3. Lim e cost: U.S. Geological Survey . Mineral Commodity Sum ma ries 2008. Hydrated Lime Average Value, 2007. 4. Dust disposal cost: NSW MA’s 2005 Tip Fee Survey

. 5. Natural gas cost: Energy Information Administration. Natural Gas Prices: 2008.
7. W ater cost, sewage disposal cost: Air Compliance Advisor, version 7.5. 8. Activated carbon cost: The Innovation Group. Chemical Profiles: Carbon, Activated. 2002. Assumed 20% price increase based on online information

### 1. Cost equations: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Model Plant Description and Cost Report (II-A-112); W et Scrubber Cost Memorandum (IV-B-30); Dry Injection Fabric Filter Cost

2. Operating labor rate: Bureau of Labor Statistics, Occupational Employ me nt Statistics, May 2008 National Industry-Specific Occupational Employ me nt

3. Lim e cost: U.S. Geological Survey . Mineral Commodity Sum ma ries 2008. Hydrated Lime Average Value, 2007.

8. Activated carbon cost: The Innovation Group. Chemical Profiles: Carbon, Activated. 2002. Assumed 20% price increase based on online information

### 1. Cost equations: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Model Plant Description and Cost Report (II-A-112); W et Scrubber Cost Memorandum (IV-B-30); Dry

Injection Fabric Filter Cost

# Maintenance and Inspection Costs **Parameters/Costs Equation**  **Values**

A. Parameters 1. Cost index a. 2008 575.4 d. 1992 358.2 B. Maintenance/Inspection Cost, $/yr (rounded) 1. Company

A = $500 x (575.4/358.2) $800 2. Company

B = $350 x (575.4/358.2) $600 3. Company

C = $800 x (575.4/358.2) $1,300 4. Company

D = $750 x (575.4/358.2) $1,200 5. Average = ∑(Companies A-D) / 4 $1,000

Note: Maintenance/inspection costs have been rounded to the nearest $100 to be consistent with level of rounding in original costs.
Source: Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Maintenance/Inspection Programs Memorandum (II-B-88).

## Monitoring Costs

**Parameters/Costs Equation**  **FF WS**  **SNCR Bag leak**  **detector CO** 

**CEMS HCl** 

**CEMS PM CEMS**  **Hg CEMS**  **Multi**

**metal CEMS**  **Dioxin or Hg**

**sorbent trap biweekly**  **monitoring**

A. Parameters 1. Recording lime/carbon flow, min/4-hr period 2. Annual operating hours, hr/yr (H) 3. Cost index a. 2008 575.4 575.4 575.4 575.4 575.4 575.4 575.4 575.4 575.4 575.4 b. 2006 499.6 499.6 499.6 499.6 499.6 499.6 499.6 499.6 499.6 499.6 c. 1997 386.5 386.5 386.5 386.5 386.5 386.5 386.5 386.5 386.5 386.5 d. 1993 359.2 359.2 359.2 359.2 359.2 359.2 359.2 359.2 359.2 359.2 e. 1992 358.2 358.2 358.2 358.2 358.2 358.2 358.2 358.2 358.2 358.2 4. Operating labor wage rate, $/hr (LR) $34.60 $34.60 $34.60 $34.60 $34.60 $34.60 $34.60 $34.60 $34.60 $34.60 5. Capital recovery factor, 20-yr equipment life, 7% interest (CRF) = [i x (1 + i) a ] / [(1 + i) a - 1], where i = interest rate, a = equipment life 0.09439 0.09439 0.09439 0.09439 0.09439 0.09439 0.09439 0.09439 0.09439 0.09439

B. Total Capital Investment, $ (TCI) 1. Planning $700 $700 $700 $800 $4,000 $3,300 $900 $3,300 2. Select type of equipment $400 $400 $400 $4,500 $10,000 $16,100 $12,200 $16,100 3. Provide support facilities $1,500 $1,500 $1,500 $500 $20,600 $20,600 $500 $20,600 4. Purchased equipment cost (PEC) $13,000 $19,300 $5,300 $14,100 $48,400 $51,900 $73,500 $109,900 5. Install and check equipment $1,000 $1,000 $1,000 $4,800 $18,200 $19,300 $19,500 $21,500 6. Perf. spec. tests (certif.) $700 $700 $700 $0 $15,700 $12,800 $35,500 $42,300 7. Prepare QA/QC plan $700 $700 $700 $800 $17,500 $17,500 $15,400 $17,500 8. Total capital cost = Planning + selecting equipment + support facilities + PEC + installation + perf. spec. tests + QA/QC plan $18,000 $24,300 $10,300 $25,500 $134,000 $142,000 $158,000 $231,000 $230,000 $115,000

C. Annual Costs, $/yr 1. Operating labor = (5 min to record lime/carbon flow/4-hr period) x (1 hr/60 min) x H x LR 2. Maintenance materials = 0.02 x TCI $400 $500 $200 3. Operation & maintenance = Day-to-day activities + annual RATA + CGA + annual QA + O&M review and update $6,000 $27,600 $24,600 $27,300 $78,100

4. Recordkeeping and reporting = $1,000 x (525.4/386.5) $1,500 $1,500 $1,500 $200 $1,200 $1,600 $6,300 $1,600 5. Overhead = 0.6 x (labor + maintenance materials) $200 $300 $100 6. Property taxes, insurance, and administration = 0.04 x TCI $700 $1,000 $400 7. Capital recovery = CRF x TCI $1,700 $2,300 $1,000 $3,500 $12,600 $20,200 $22,500 $32,900 8. Total annual cost = Operating labor + maintenance materials + recordkeeping and reporting + overhead + property taxes, insurance, and administration + capital recovery $4,500 $5,600 $3,200 $9,700 $41,400 $46,400 $56,100 $112,600 $63,300 $41,500 **Al l model sizes** Notes: 1. Monitoring costs have been rounded to the nearest $100 to be consistent with level of rounding in original costs. 2. Costs to be replaced include: (a) bag leak detector replacing opacity test; (b) CO CEMS replacing CO test and secondary chamber temperature monitor; (c) HCl CEMS replacing HCl test, HCl sorbent monitor (dry scrubbers) and scrubber liquor pH monitor (wet scrubbers); (d) PM CEMS replacing PM and opacity tests and and pressure drop monitor (wet scrubbers); (e) multi-metal/Hg CEMS replacing flue gas temperature monitor (wet scrubbers); (f) dioxin sorbent trap biweekly monitoring replacing fabric filter inlet temperature monitor; and (g) Hg sorbent trap biweekly monitoring replacing flue gas temperature monitor (wet scrubbers).
Sources: 1. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Testing and Monitoring Options and Costs Memo (IV-B-66). 2. E-mail and attachment from Peter W estlin, EPA, to Mary Johnson, EPA. August 19, 2008. Monitoring Options for SNCR on Medical W aste Incinerators. 3. E-mail from Dan Bivins, EPA, to Mary Johnson, EPA. September 27, 2006. Cost of CO CEMS. 4. E-mail from Dan Bivins, EPA, to Mary Johnson, EPA. July 28, 2006. Some Preliminary Thoughts on the HW I Monitoring. 5. O2 Monitor from in situ monitor in OAQPS Control Cost Manual, assuming 1997 dollars and annualized for 20 year life.

## Monitoring Costs

**Parameters/Costs**

A. Parameters 1. Recording lime/carbon flow, min/4-hr period 2. Annual operating hours, hr/yr (H) 3. Cost index a. 2008 b. 2006 c. 1997 d. 1993 e. 1992 4. Operating labor wage rate, $/hr (LR) 5. Capital recovery factor, 20-yr equipment life, 7% interest (CRF) B. Total Capital Investment, $ (TCI) 1. Planning 2. Select type of equipment 3. Provide support facilities 4. Purchased equipment cost (PEC) 5. Install and check equipment 6. Perf. spec. tests (certif.) 7. Prepare QA/QC plan 8. Total capital cost

C. Annual Costs, $/yr 1. Operating labor
2. Maintenance materials 3. Operation & maintenance

4. Recordkeeping and reporting 5. Overhead 6. Property taxes, insurance, and administration 7. Capital recovery 8. Total annual cost **O2 Monitor AC**  **I**

5 6,000 fill in unit-specific annual operating hours here
575.4 575.4 499.6 499.6 386.5 386.5 359.2 359.2 358.2 358.2 $34.60 $34.60 0.09439 0.09439

$9,826

$4,300

$2,600

$927 $6,900Notes: 1. Monitoring costs have been rounded to the nearest $100 to be consistent with level of rounding in original costs. 2. Costs to be replaced include: (a) bag leak detector replacing opacity test; (b) CO CEMS replacing CO test and secondary chamber temperature monitor; (c) HCl CEMS replacing HCl test, HCl sorbent monitor (dry scrubbers) and scrubber liquor pH monitor (wet scrubbers); (d) PM CEMS replacing PM and opacity tests and and pressure drop monitor (wet scrubbers); (e) multi-metal/Hg CEMS replacing flue gas temperature monitor (wet scrubbers); (f) dioxin sorbent trap biweekly monitoring replacing fabric filter inlet temperature monitor; and (g) Hg sorbent trap biweekly monitoring replacing flue gas temperature monitor (wet scrubbers).
Sources: 1. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR-2006-0534] Testing and Monitoring Options and Costs Memo (IV-B-66). 2. E-mail and attachment from Peter W estlin, EPA, to Mary Johnson, EPA. August 19, 2008. Monitoring Options for SNCR on Medical W aste Incinerators. 3. E-mail from Dan Bivins, EPA, to Mary Johnson, EPA. September 27, 2006. Cost of CO CEMS. 4. E-mail from Dan Bivins, EPA, to Mary Johnson, EPA. July 28, 2006. Some Preliminary Thoughts on the HW I Monitoring. 5. O2 Monitor from in situ monitor in OAQPS Control Cost Manual, assuming 1997 dollars and annualized for 20 year life.

### Recording lime/carbon flow, min/4-hr period Annual operating hours, hr/y r (H) Operating labor wage

rate, $/hr (LR)

ALIPRiverdale No. 2 Bark Boiler / BK02 

### 5 8400 

### 34.6 ARDomtarIndustries PB1 

### 5 8049 

### 34.6 ARDomtarIndustries PB2 

### 5 8520 

### 34.6 ARDomtarIndustries PB3 

### 5 8160 

### 34.6

ARPlantersCottonOil Boiler #3 (SN-72) 

### 5 8760 

### 34.6

LAInternationalPaperRedRiver Mill EQT011 Hogged Fuel Boiler No. 2 

### 5 8300 

### 34.6

LAIPMansfield 1-78 - No. 1 Power Boiler / EQT005 

### 5 8700 

### 34.6

LAIPMansfield 2-78 - No. 2 Power Boiler 

### 5 8700 

### 34.6
MEHuberEngineeredW oodLLC Boiler No.1 

### 5 8400 

### 34.6
MEHuberEngineeredW oodLLC Dryer Furnace 

### 5 8000 

### 34.6

OKIPValliant Bark Boiler EUG-D1 

### 5 8338 

### 34.6

ORGPToledo EU11 - Hog Fuel Boiler #4 

### 5 8600 

### 34.6 TNEastman_NO_CBIDATA Boiler 18 

### 5 3700 

### 34.6 TNEastman_NO_CBIDATA Boiler 19 

### 5 5500 

### 34.6 TNEastman_NO_CBIDATA Boiler 20 

### 5 5500 

### 34.6
TNPackagingCorpCounce Combination Boiler #2 

### 5 8566 

### 34.6 TNTempleInland2426 5000F 

### 5 8544 

### 34.6 TXInternationalPaperQueenCit y PB02 

### 5 8400 

### 34.6

WA LongviewFPP #12 Power Boiler 

### 5 7000 

### 34.6

WA LongviewFPP #13 Power Boiler 

### 5 7000 

### 34.6

WA LongviewFPP #20 Power Boiler 

### 5 8000 

### 34.6 WI NSPW Ashland B20 

### 5 8200 

### 34.6 WI NSPW Ashland B21 

### 5 8200 

### 34.6 Facility ID UnitID Input Parameters

### Operating labor ($/yr) Overhead ($/y r) Total Annual Cost ($/yr)

= (5 min to record lime/carbon flow/4-hr period) x (1 hr/60 min) x H x LR = 0.6 x (labor + ma intenance materials) =Operating labor + Overhead

$6,100 $3,700 $9,800

$5,800 $3,500 $9,300 $6,100 $3,700 $9,800 $5,900 $3,500 $9,400 $6,300 $3,800 $10,100 $6,000 $3,600 $9,600

$6,300 $3,800 $10,100

$6,300 $3,800 $10,100

$6,100 $3,700 $9,800 $5,800 $3,500 $9,300 $6,000 $3,600 $9,600 $6,200 $3,700 $9,900

$2,700 $1,600 $4,300 $4,000 $2,400 $6,400 $4,000 $2,400 $6,400 $6,200 $3,700 $9,900 $6,200 $3,700 $9,900 $6,100 $3,700 $9,800 $5,000 $3,000 $8,000 $5,000 $3,000 $8,000 $5,800 $3,500 $9,300 $5,900 $3,500 $9,400 $5,900 $3,500 $9,400

# Stack Testing Costs **Parameters/Costs Equation**  **Values**

A. Parameters 1. Cost index a. 2008 575.4 d. 1992 358.2 B. Testing Costs, $ **An nual PM, HCl, opacity;**  1. Method 5 (PM) = $8,000 x (575.4/358.2) $12,000 **An nual everything except CO:**  2. Method 9 (opacity) = $1,000 x (575.4/358.2) + $1,500 $2,500 **An nual PM, HCl, CO, Nox, SO2, opacity:**  3. Method 10 (CO) = $4,000 x (575.4/358.2) + $1,000 $7,000 4. Method 26 (HCl) = $5,000 x (575.4/358.2) $7,000 **An nual everything:**  5. Method 29 (metals) = $8,000 x (575.4/358.2) + $2,000 $14,000 6. Method 23 (CDD/CDF) = $21,000 x (575.4/358.2) - $5,000 $26,000 7. Method 7E (NO X 

### ) = $5,000 x (575.4/358.2) $7,000 8. Method 6C (SO 2 

### ) = $5,000 x (575.4/358.2) $7,000

Note: 1. Initial testing costs to be annualized over 15 years at 7% interest. 2. Testing costs have been rounded to the nearest $1,000 (except for opacity) to be consistent with level of rounding in original costs; costs also adjusted based on additional information from EPA. 3. Multiple test costs adjusted by 2/3 in nationwide cost estimates to account for travel, accommodations, methods/sampling trains, etc. common to the tests.
Sources: 1. Memorandum from R. Segall, EPA/EMB, to R. Copland, EPA/SDB. October 14, 1992. Medical W aste Incinerator Study : Emission Measurement and Continuous Monitoring. (II-B-89) 2. E-mail from Jason Dewees, EPA, to Peter W estlin, EPA. August 20, 2008. Monitoring Options for SNCR & Test Cost Questions. 3. E-mail from Jason Dewees, EPA, to Mary Johnson, EPA. August 20, 2008. Re: Monitoring Options for SNCR & Test Cost Questions.

**CRF (15 yr, 7%): 0.109795** 

### Initial Test annualized (TAC)

**$14,333 $50,333**  **$28,333 $55,000**  $6,039

# Visible Emissions Testing Costs **Parameters/Costs Equation**  **Values**

A. Parameters 1. Operating labor rate, $/hr (LR) $34.60 2. Capital recovery

factor, 5-y r equipment life, 7% interest (CRF) = [i x (1 + i) a 

### ] / [(1 + i) a 

### - 1], where i = interest rate, a = equipment life 0.24389

B. Total Capital Investment, $ (TCI) = Com bination light m eter/anemometer ($200) + digital stopwatches (2 each at $25) $250

C. Direct Annual Costs, $/yr 1. Operating labor = (1 hr/reading) x (3 readings/test) x (1 test/y r) x LR $104 D. Indirect Annual Costs, $/yr 1. Overhead = 0.6 x (operating labor) $62 2. Property

taxes, insurance, and adm inistration = 0.04 x TCI $10 3. Capital recovery = CRF x TCI $61 E. Total Annual Cost, $/yr (rounded) = Direct Annual Costs + Indirect Annual Costs $200

Sources: 1. Professional Equipment. 2008. Light Meters Industrial and Professional: Digital Light Meter. W ebsite: http://www.professionalequipment.com. Accessed July

24, 2008. 2. Cole-Parmer. 2008. Digital Stopwatches -Cole Parmer Instrument Catalog. W ebsite: http://www.coleparm er.com. Accessed July 24, 2008.

# Recordkeeping and Reporting Costs **(A) (B)**  **(C) (D)**  **(E) (F)**  **(G)**

**Burden item Person**  **hours per occurrence**  **Number of**

**occurrences per year**  **Technical**

**person-hours per year (C = A**  **x B) Management** 

**person-hours per year (D = C**  **x 0.05) Clerical** 

**person-hours per year (E =**  **C x 0.1) Total person** 

**hours per year (F = C +**  **D + E) Cost, $** 
A. Applications N/A B. Surveys and Studies N/A C. Reporting Requirements 1. Read instructions 1.0 1 1.0 0.05 0.1 1.2 $41 2. Required activities a. Perf. spec. tests (certif.) for CMS 17 1 17 0.9 1.7 20 $696 3. Write report a. Notification of initial performance test i. Pollutants, fugitive ash emissions 2.0 1 2.0 0.1 0.2 2.3 $82 ii. Fugitive ash emissions 1.0 1 1.0 0.05 0.1 1.2 $41 b. Notification of initial CMS demonstration 2.0 1 2.0 0.1 0.2 2.3 $82 c. Report of initial performance test i. Pollutants, fugitive ash emissions 8.0 1 8.0 0.4 0.8 9.2 $328 ii. Fugitive ash emissions 2.0 1 2.0 0.1 0.2 2.3 $82 d. Report of initial CMS demonstration Incl. in C2 e. Annual report i. Results of performance tests conducted during the year 40 1 40 2.0 4.0 46 $1,638 D. Recordkeeping Requirements 1. Read instructions Incl. in C1 2. Plan activities N/A 3. Implement activities N/A 4. Develop record system N/A 5. Time to enter information a. Records of initial performance test Incl. in C3 b. Records of annual and any subsequent compliance tests Incl. in C3
E. Total Labor Burden and Cost 73 3.7 7.3 84 $2,989

Notes: 1. Industry costs are based on the following hourly rates: technical at $34.60, management at $82.23, and clerical at $22.32 (see table below). The composite hourly labor rate is ($34.60/hr) + (0.05 x $82.23/hr) + (0.1 x $22.32/hr) = $40.94/hr. Labor rates were increased by 60% to account for overhead. 2. Person-hours per occurrence for CMS performance specification costs are based on the performance specification costs to certify CMS ($700) divided by the composite hourly labor rate ($40.94/hr). 3. Control device inspection cost already accounted for under monitoring costs. 4. Assume 8 hours for each facility to review the report of the initial performance test for pollutants and fugitive ash. 5. Assume 2 hours for each facility to review the report of the initial performance test for fugitive ash. 6. Assume 40 hours to review report of annual PM, CO, and HCl compliance reports. 7. The average recurrent burden and cost in the first 3 years after promulgation for the sources with recurrent burden are equal to the person-hours added down each column for technical, management, and clerical and the sum of the cost column.

# Recordkeeping and Reporting Costs **(A) (B)**  **(C) (D)**  **(E) (F)**  **(G)**

**Burden item Person**  **hours per occurrence**  **Number of**

**occurrences per year**  **Technical**

**person-hours per year (C = A**  **x B) Management** 

**person-hours per year (D = C**  **x 0.05) Clerical** 

**person-hours per year (E =**  **C x 0.1) Total person** 

**hours per year (F = C +**  **D + E) Cost, $** 

Sources: 1. Bureau of Labor Statistics, Occupational Employment Statistics, May 2008 National Industry-Specific Occupational Employment and W age Estimates. 2. Hospital/Medical/Infectious W aste Incinerators (HMIW I) [EPA-HQ-OAR2006-0534] Testing and Monitoring Options and Costs Memo (IV-B-66).

Labor Rates:

**Parameter Pulp, Paper**  **and Paperboard**  **Mills Pipeline** 

**Transportation Cement and** 

**Concrete Product**  **Manufacturing Pharma** 

**ceutical & Medicine** **Manufac turing**  **Total Loaded** 

1. Technical - Stationary Engineers & Boiler Operators $19.14 $21.11 $18.88 $27.36 $21.62 $34.60 2. Management - Engineering Managers $41.41 $58.22 $43.90 $62.05 $51.40 $82.23 3. Clerical - Office Clerks, General $14.21 $14.15 $12.58 $14.85 $13.95 $22.32 4. Composite labor rate $40.94

### Cost Factor (in 2008$) **Reference/Note Year of Costs** 



### Advanced Combustion Controls (Linkageless Boiler Management System) -- cost is per boiler - TCI LBMS costs are based on a 2008 quote provided to the U.S. Department of Energy. The installed cost for a LBMS on a 20 mmBtu/hr unit was are $19,127. The DOE noted that costs are relatively fixed, regardless of the size of the unit. Assumed to represent $2008, since that was the year the quote was obtained.

**Activated Carbon Injection** Received spreadsheet of HMIWI model costs from Tom Holloway of RTI International. Originally $2004
Received spreadsheet of HMIWI model costs from Tom Holloway of RTI International. Originally $2004 **Packed Scrubber**

Received spreadsheet of HMIWI model costs from Tom Holloway of RTI International. Originally $2004 **Secondary Chamber/Afterburner Retrofit**

Received spreadsheet of HMIWI model costs from Tom Holloway of RTI International. Originally $2004 **Selective Non-Catalytic Reduction** Received spreadsheet of HMIWI model costs from Tom Holloway of RTI International. Originally $2004 **Catalytic Oxidizer** Used catalytic oxidizer costing for all sizes,though some fell outside the appropriate sizerange for the equation. Originally $2004Hospital/Medical/Infectious Waste Incinerators (HMIWI). [EPAHQ-OAR-2006-0534] 19,127 $

**Fabric Filter**

Hospital/Medical/Infectious Waste Incinerators (HMIWI). [EPAHQ-OAR-2006-0534]

EPA Air Pollution Control Cost Manual, Sixth Edition EPA 452/B-02- 001Hospital/Medical/Infectious Waste Incinerators (HMIWI). [EPAHQ-OAR-2006-0534]

Hospital/Medical/Infectious Waste Incinerators (HMIWI). [EPAHQ-OAR-2006-0534]Hospital/Medical/Infectious Waste Incinerators (HMIWI). [EPAHQ-OAR-2006-0534]