Date: February 4, 2013

Subject: Projections of the Number of New, Modified, and Reconstructed Emission

Units for the Kraft Pulp Mill NSPS Review

From: Katie Hanks, Tom Holloway, and Corey Gooden

To: Kelley Spence

U.S. Environmental Protection Agency

Research Triangle Park, NC 27711

I. Introduction

Under section 111(b)(1)(B) of the Clean Air Act (CAA), the U.S. Environmental 

Protection Agency (EPA) is required to review and, if appropriate, revise existing new source 

performance standards (NSPS) at least every 8 years. The NSPS for kraft pulp mills (40 CFR 

part 60, subpart BB) were promulgated in 1978 and last reviewed in 1986, and are due for 

another review. The NSPS regulate emissions of particulate matter (PM) from new, modified, 

and reconstructed recovery furnaces, smelt dissolving tanks (SDTs), and lime kilns at kraft pulp 

mills. The NSPS also regulate emissions of total reduced sulfur (TRS) compounds from new, 

modified and reconstructed digesters, brown stock washers, multiple-effect evaporators, 

condensate strippers, recovery furnaces, SDTs, and lime kilns at kraft pulp mills. 

The purpose of this memorandum is to present the information reviewed and 

methodology used to project the number of new, modified, and reconstructed emission units that 

may trigger NSPS in the 5-year period following the applicability date for the NSPS review. The 

kraft pulp mill NSPS review is scheduled to be signed for proposal by May 15, 2013. The date of 

proposal represents the applicability date for NSPS revisions, such that new sources or sources 

that are modified or reconstructed following the applicability date would be subject to the revised 

NSPS. Economic impact analyses consider the impacts of an NSPS over the 5 years following 

applicability of the NSPS. Therefore it is necessary to project the number of new, modified, or 

reconstructed emission units that would become subject to the revised NSPS in the 5-year time 

period from 2013 to 2018. Subpart A of 40 CFR part 60 defines terminology that relates to when 

new sources commence construction, modification, or reconstruction. Attachment 1 to this 

memorandum contains the pertinent definitions from 40 CFR part 60 subpart A.

The emission units represented in the projections include:

• Direct contact evaporator (DCE) recovery furnaces and associated black liquor oxidation

(BLO) systems and SDTs,

• Non-direct contact evaporator (NDCE) recovery furnaces and associated SDTs, and

• Lime kilns and calciners.
2

New source projections were not developed for digesters, brown stock washers, multipleeffect evaporators, and condensate strippers at kraft pulp mills, because no revisions to the NSPS 

emission limits are contemplated for these equipment. Rationale for this decision is discussed in 

a separate memorandum. (RTI 2013a)

II. Methodology for Projecting New, Modified, and Reconstructed Sources

Several factors influence the projected number of new, modified, and reconstructed 

emission units that would become subject to the revised NSPS in the 5-year NSPS impact period, 

including:

• Potential for new greenfield pulp mills that would install new units (as opposed to 

replacement units for aging equipment)

• Capacity expansions at existing mills beyond historical capacity growth

• Implementation of maximum achievable control standards (MACT) standards

• Cumulative burden of air regulations implemented during the 5-year impact period

• Equipment age and site-specific mill operational considerations

• Impacts associated with the subpart MM PM bubble compliance alternative (discussed in 

section III below)

A. Potential for New Greenfield Pulp Mills or Capacity Expansion at Existing Mills

Table 1 presents the number of chemical pulp mills documented by EPA over time in 

regulatory analyses and other sources. (EPA 1976, EPA 1978, EPA 1983, EPA 1997, EPA 2001, 

RISI 2008, EPA 2011) The overall number of chemical pulp mills has been steady or declining 

over the past few decades. Soda, sulfite, and stand-alone semichemical pulp mills are not subject 

to the kraft pulping NSPS (and the declining trend in the number of these mills provides reason 

not to expand the kraft pulping NSPS to cover these types of mills). 

The number of kraft pulp mills was relatively steady from the time of the original NSPS 

proposal in 1976 through about the mid-1990s, after which the number of U.S. kraft pulp mills 

has been in decline. In addition, as documented in a recent Economic Impact Analysis (EIA) for 

the pulp and paper sector: (EPA 2012a)

• Capacity utilization of U.S. paper manufacturing has been experiencing a steady decline.

• Despite a small amount of growth in capacity between 1997 and 2001, U.S. paper 

manufacturing capacity has declined to as much as 7 percent below 1997 capacity levels.

• Paper manufacturing production has decreased since the 2001 recession.

Considering the declining number of mills, and declining capacity of the industry, we can 

conclude that construction of new greenfield mills or substantial expansions of U.S. kraft pulping 

capacity are unlikely in the 5-year NSPS review period after 2013. Therefore, the focus of the 

projections analysis should be replacement (new), modified, and reconstructed equipment at 

existing mills. 
3

Table 1. Chemical Pulp Mill Trends - 1976 to 2011

Publication citing mill estimates

Date of 

publication Kraft Soda Sulfite

Standalone 

semichem

Total 

chemical 

pulp mills

USEPA: Standards Support and 

Environmental Impact Statement Volume 1: 

Proposed Standards of Performance for 

Kraft Pulp Mills; EPA-450/2-76-014a

Sep 1976 120

174

USEPA: Screening Study on Feasibility of 

Standards of Performance for Two Wood 

Pulping Processes; EPA-450/3-78-111

Nov 1978 25 27

USEPA: Review of New Source 

Performance Standards for Kraft Pulp Mills; 

EPA-450/3-83-017

Sep 1983 121

USEPA: Pulp, Paper, and Paperboard 

Industry-Background Information for 

Promulgated Air Emission Standards; EPA453/R-93-050b

Oct 1997 122 2 15 16 155

USEPA: Pulp and Paper Combustion 

Sources NESHAP: A Plain English 

Description; EPA-456/R-01-003

Sep 2001 111 2 9 13 135

RISI: Lockwood-Post 2008 104 1 6 9 120

USEPA: Part I ICR Database 2011 98 1 5 8 112

Note: Mills with sulfite or semichemical processes co-located with kraft processes are listed as kraft mills.

B. Implementation of MACT Standards

Two separate NESHAP (40 CFR part 63 subparts S and MM) were promulgated and 

implemented for the pulp and paper industry during the time period from April 1998 until April 

2006. Subpart S was promulgated in April 1998. Subpart S required compliance with most 

provisions by 2001 (e.g., for low-volume high-concentration vent gases and kraft condensates), 

and for all vent gas streams by 2006 (e.g., high-volume low-concentration vent gases, clean 

condensate alternative). In addition to compliance with subpart S, pulp mills were required to 

comply with subpart MM, which was promulgated in 2001 with an existing source compliance 

date of 2004 for kraft recovery furnaces, SDTs, and lime kilns. Affected facilities constructed or 

reconstructed after April 1998 are required to meet stringent new source limits for chemical 

recovery combustion sources at pulp mills. The subpart MM MACT standards, in addition to the 

subpart S MACT standards, therefore, influence mills’ decisions to construct, modify, or 

reconstruct emission units. New and reconstructed emission units would be required to meet the 

more stringent subpart MM emission limits for new sources. Existing emission sources that are 

modified, however, would remain subject to the existing source limits in subpart MM because 

modifications are not addressed under the part 63 general provisions or in subpart MM. Thus, a 

new source projection methodology that accounts for the influence of the MACT standards over 

the past decade is required.
4

C. Consideration of Cumulative Burden of Air Regulations

Maximum achievable control technology standards and generally available control 

technology (GACT) standards for major and area source facilities with industrial boilers and 

process heaters were finalized in December 2012 (following reconsideration of rules 

promulgated in March 2011). It can reasonably be anticipated that pulp and paper companies will 

focus their environmental capital expenditures on complying with the standards for industrial 

boilers and process heaters over the 5-year impact period for the subpart BB NSPS review. 

However, this expectation would only serve to reduce the number of new, modified, or 

reconstructed sources and the resulting cost and economic impact estimates of the kraft pulp mill

NSPS review.

D. Equipment Age and Site-specific Considerations

The age and condition of equipment affects when it would be replaced, modified, or 

reconstructed. Predicting the number of new, modified, or reconstructed emission units is 

complicated because several factors (e.g., management factors known only to facility operators) 

can dictate whether a new emission unit will be installed (either as a mill capacity increase or as 

a replacement unit), or whether an existing emission unit will be modified or reconstructed. For 

example, mills may choose to replace multiple DCE recovery furnaces with a single NDCE 

recovery furnace; mills may decide to convert an existing DCE furnace to an NDCE furnace; or 

mills may decide to rebuild their current DCE recovery furnace system following an explosion. 

Further, upgrades/rebuilds may significantly extend the life of an emission unit without 

triggering the definitions of “modification” or “reconstruction” under 40 CFR part 60 subpart A. 

This is observed in the number of mills for which rebuilds of equipment are indicated but the 

NSPS subpart BB does not apply for that equipment.

The EPA conducted an information collection request (ICR) in 2011 which gathered data 

on pulp and paper emission units for the 2009 production base year. (EPA 2011) In response to 

Part III of the ICR, mills provided process details and configuration information for DCE and 

NDCE recovery furnaces, BLO systems (associated with DCE recovery furnaces), lime kilns, 

and SDTs. For each emission unit, the Part III ICR responses included the equipment installation 

year (and/or year the emission unit was substantially upgraded), applicability to subpart BB and 

year when the NSPS became applicable, and the reason for applicability (e.g., new or modified 

unit). The ICR data were used in assessing the age of equipment for purposes of projecting new, 

modified, and reconstructed emission sources. Existing emission units that are modified or 

reconstructed emission units were distinguished from new units in the ICR data set, but were not 

always distinguished clearly as either “modified” or “reconstructed.” Therefore, modified and/or 

reconstructed emission units are included in one “modified/reconstructed” grouping for purposes 

of the projections discussed throughout the remainder of this memorandum.

Interpretation of the dates provided in the ICR responses was necessary in some cases. 

For example, the ICR allowed mills to report “pre-1990” for the installation and NSPS 

applicability years. Also, some mills provided an upgrade year instead of the original installation 

date. Yet other mills left a response blank, indicated the date was unknown, or provided other 

information. RTI reviewed all of the information provided in response to the installation date and 

NSPS applicability questions in order to standardize the information. Gaps in the information 
5

(e.g., blanks, “pre-1990” responses) were filled using recent RISI data, the 2008 Lockwood Post, 

the latest Black Liquor Recovery Boiler Advisory Committee (BLRBAC) inventory, air permits, 

or the inventory of emission units used in development of subpart MM. (RISI 2008, RISI 2012,

BLRBAC 2012) Additions, revisions, assumptions, and interpretations of the “as received” 

survey responses were inserted into RTI-standardized columns. In a few cases, it was necessary 

to conservatively assume an installation date of 1976 (the first possible date of NSPS 

applicability) as the date of NSPS applicability for units that indicated a “pre-1990” 

modification. For SDTs and BLO systems where information was missing, the installation dates 

for the recovery furnace served by the SDTs or BLO were used to fill gaps. Attachment 2 of this 

memorandum contains a table of the ICR information and RTI-added columns.

After standardizing the Part III ICR installation and NSPS applicability dates, an 

“install/upgrade year for determining NSPS impact” was established as the most recent date 

provided, selecting from the original installation date, rebuild date, modification/reconstruction 

date, or NSPS applicability date. Next, an “effective age” for determining impact was calculated 

by subtracting the “install/upgrade year for determining NSPS impact” from the year 2013. It 

was noted if a particular emission unit was not currently in operation (i.e., ceased operation after 

the 2009 ICR base year or was reported as idle in the ICR).

Review of the ICR data did not reveal any predictable age when mills would be expected 

to decide to replace their emission units, or to upgrade their emission units in a way that would 

always trigger the definition of “modification” or “reconstruction.” We were also unable to 

locate any specific age benchmark for equipment replacement, modification, or reconstruction in 

our search of available literature. Considering all of the reasons why equipment upgrades could 

be made and the uncertainties associated with predicting an age when emission units would be 

expected to be replaced or modified/reconstructed, we decided to use the historical information 

embodied in the ICR data to project a number of new and modified/reconstructed emission units. 

Use of the historical information captures all of the previous new and modified/reconstructed 

emission units, regardless of the business reason for each new installation or 

modification/reconstruction. Although equipment age data were available for 33 years (from 

1976 until the 2009 ICR base year), only the past 10 years (from 1999 until 2009) were used in 

the projection in order to account for the recent influence of MACT standard implementation, the 

cumulative burden of multiple air regulations, and the recession noted above. 

To project the number of emission units that would trigger NSPS in the next 5 years, the 

number of emission units that triggered subpart BB NSPS applicability as new units or as 

modified/reconstructed units over the past 10 years (from 1999, the first full year of subpart S 

MACT implementation, until the 2009 ICR base tear) was determined. This number of emission 

units was divided by 10 to arrive at a historical average number of new and 

modified/reconstructed units per year considering MACT. Finally, the historical average number 

of new and modified/reconstructed units per year (rounded to the nearest whole number) was 

used to project the number of new or modified/reconstructed units that would be expected in the 

5-year NSPS review impact period. Table 2 presents these calculations based on NSPS 

applicability information in Attachment 2. The projection presented in Table 2 suggests emission 

unit modifications (rather than new installations) have prevailed as the trigger for NSPS 

applicability in the past 10 years. Also, as shown in Table 2, no new or modified/reconstructed 
6

DCE recovery furnaces are projected. This seems reasonable, given that DCE recovery furnaces 

are older technology, and the last new DCE was installed in 1989.

For comparison to the 10-year projection, Attachment 3 presents a projection developed 

using the same methodology as the 10-year projection but based on the number of emission units 

that triggered subpart BB NSPS applicability as new units or as modified/reconstructed units 

over the past 33 years. The 33-year projection results in a greater number of new units as 

opposed to modified/reconstructed units. The 10-year projection more reasonably reflects the 

current economic status of the pulp and paper industry and is recommended for use in the 2013 

NSPS review impacts calculations. 

Table 2. Emission Units Triggering NSPS Based on Historical Number of 

Emissions Units Triggering NSPS Since 1999

Equipment type

Recovery furnaces

DCE NDCE LK SDT3

Historical Data

Number of units in ICR data base 43 108 131 164

New installations triggering NSPS 0 3 2 4

Modifications/reconstructions triggering NSPS1 0 12 4 3

Total number that triggered NSPS since 1999 0 15 6 7

Average number of new installations per year (over 10

years)

0 0.3 0.2 0.4

Average number of modified/reconstructed emission units 

per year (over 10 years)

0 1.2 0.4 0.3

Projection for Next 5 Years

Projected number of new installations2 0 2 1 2

Projected number of modified/reconstructed emission units2 0 6 2 2

1. Any NSPS unit not specifically labeled as “new” or “replacement” was considered to trigger NSPS 

through modification or reconstruction, even if not specifically labeled as modified or reconstructed.

2. Calculated as the average number per year x 5 years, rounded to nearest whole number. 

3. As discussed in Section III below, mills that were assigned a new, modified, or reconstructed recovery 

furnace were also assigned a corresponding new, modified, or reconstructed SDT.

III. Projection Results

A. Assignment of Projected Emission Units to Specific Facilities

For purposes of estimating site-specific economic impacts and considering potential 

impacts on small businesses in the pulp and paper industry, it is necessary to project which 

specific facilities may install new emission units or modify/reconstruct existing emission units 

triggering NSPS applicability. Several factors were considered when assigning the projected 

units in Table 2 to specific facilities:

• The oldest operating emission units (based on their effective age) were assumed to be 

replaced with new units, and the next oldest operating emission units were assumed to be 

modified or reconstructed.

• Any new recovery furnace installations would be NDCE recovery furnaces
7

• Black liquor oxidation units are operated with DCE recovery furnaces. If serving an 

individual DCE recovery furnace, the BLO unit was considered to be eliminated at mills 

where the DCE was projected to be replaced by or converted to an NDCE. If serving 

multiple DCE recovery furnaces where one DCE recovery furnace was selected for 

replacement and the other was not, then it was projected that the BLO throughput would 

be reduced by the amount of black liquor processed in the DCE to be replaced.

• Based on discussion with industry representatives, conversion of older (e.g., 40 year old 

and older) DCE recovery furnaces to newer NDCE technology was not considered to be 

technically or economically feasible due to the smaller size of DCE recovery furnaces. 

Industry representatives indicated that capacity upgrades to NDCE recovery furnaces are 

more likely than conversion of older DCEs to NDCE technology. Therefore, recovery 

furnace modifications were assigned to NDCE furnaces only. (EPA 2012b, EPA 2013)

• The projections for SDTs in Table 2 were similar to those for recovery furnaces. Smelt 

dissolving tanks are often replaced or modified/reconstructed along with the recovery 

furnace they serve. Therefore, the mills that were assigned a new, modified, or 

reconstructed recovery furnace were also assigned a corresponding new, modified, or 

reconstructed SDT.

The two new recovery furnace installations were assigned to mills 130 and 145. (Mill 

code numbers were assigned to each mill that responded to the 2011 ICR.) Mill 130 operates two 

small DCE recovery furnaces with effective ages of 49 and 56 years that were projected to be 

replaced with one single NDCE recovery furnace and SDT capable of handling the throughput 

from both of the aging DCE recovery furnaces. The BLO system at mill 130 was projected to be 

eliminated. Mill 145 operates a DCE recovery furnace with an effective age of 54 years that was 

also projected to be replaced with a new NDCE recovery furnace and SDT. A separate DCE 

recovery furnace at mill 145 was not projected to be replaced because its effective age was only 

27 years. Because a single BLO system serves both DCE recovery furnaces at mill 145, the BLO 

system throughput was projected to be reduced as a result of the replacement of the older DCE 

furnace with an NDCE recovery furnace. The three DCE recovery furnaces targeted for 

replacement operate with wet-bottom electrostatic precipitators (ESPs), and their SDTs operate 

with wet scrubbers, all of which are more than 30 years old. Given that the current control 

systems in place have exceeded their useful life, the new NDCE recovery furnaces and new 

SDTs at mills 130 and 145 would be expected to install new air pollution control equipment 

capable of meeting the NSPS regulatory options. Neither of the affected BLO systems have air 

pollution controls.

The six modified recovery furnaces (and associated modified SDTs) were assigned to 

mills 132, 139, 140, 157, 173, and 240. The effective ages of the NDCE recovery furnaces 

projected to be modified ranged from 40 to 45 years. With the exception of one SDT with an 

effective age of 10 years (with a scrubber installed in 1988), the SDTs associated with the 

recovery furnaces projected to be modified had effective ages ranging from 40 to 45 years. The 

recovery furnace ESP control systems at four of the mills are at least 40 years old. At mill 139,

the recovery furnace ESP was installed prior to 1990 (exact date unknown) and upgraded in 1992 

with additional ESP chambers. The ESP at mill 173 was originally installed over 40 years ago 

but appears to have been upgraded with an additional ESP chamber in 2000. Most of the 

scrubber controls on the SDTs projected to be modified were similarly outdated (e.g., 20 to 40 
8

years old), with the most recent scrubber installed in 2002 on an SDT with an effective age of 45 

years. Because the control systems (or large portions of the control systems) in place have 

exceeded or are approaching the end of their useful life, the modified NDCE recovery furnaces 

and associated SDTs would be expected to install new air pollution control equipment capable of 

meeting the NSPS regulatory options.

The three oldest lime kilns in the inventory (at mills 206 and 146), with effective ages 

ranging from 59 to 66 years, were targeted for replacement or modification. Mill 206 was 

assigned the new lime kiln and one of the modified lime kilns projected in Table 2. Mill 146 was 

assigned the second modified lime kiln from Table 2. All three of these kilns are oil-fired kilns 

that burn noncondensable gases (NCGs) and operate wet scrubbers. Two of the scrubbers were 

installed more than 20 years ago. The lime kiln projected to be modified at mill 206 operates 

with a scrubber installed in 2004 as an upgrade to comply with the subpart MM existing source 

standard. New and modified/reconstructed kilns may be assumed to receive new control 

equipment capable of meeting the NSPS regulatory options, depending on the option under 

consideration.

B. Consideration of Impacts Associated with the Subpart MM PM Bubble Compliance 

Option

Several of the emission units targeted by our projection methodology for replacement 

with a new unit or for modification/reconstruction are emission units that are included in a 

subpart MM PM bubble compliance calculation (40 CFR 63.682(a)(1)(ii) and 63.685(a)). The 

subpart MM PM bubble compliance alternative only applies for existing kraft recovery furnaces, 

lime kilns, or SDTs (i.e., sources with an initial startup date on or before March 13, 2001). Under 

the PM bubble, mills are allowed to establish mill-specific emission limits for each emission unit 

in the bubble, as long as the overall pound per ton of black liquor solids (lb/ton BLS) emission 

rate calculated for these emission units using the mill-specific emission limits is less than or 

equal to the overall lb/ton BLS emission limit calculated for these units using the subpart MM 

promulgated PM emission limits (i.e., 0.044 grain per dry standard cubic foot [gr/dscf] at 8 

percent oxygen for recovery furnaces, 0.064 gr/dscf at 10 percent oxygen for lime kilns, and 0.20 

lb/ton BLS for SDTs). For any emission units in the bubble that are currently subject to the 

NSPS, the emissions limits for those units cannot be less stringent than the emissions limits 

required by the NSPS. The PM bubble emission limits must be reestablished if the air pollution 

control device (APCD) for any emission unit is modified in a way that increases PM emissions, 

or if the emission unit is shut down for more than 60 consecutive days. The subpart MM bubble 

compliance alterative does not apply for new affected sources (i.e., individual recovery furnaces

and associated SDTs, lime kilns with an initial startup date after March 13, 2001).

Under subpart A of 40 CFR part 63, a “new source” means “any affected source the 

construction or reconstruction of which is commenced after the Administrator first proposes a 

relevant emission standard under this part establishing an emission standard applicable to such 

source.” The definition of “reconstruction” under 40 CFR part 63, subpart A is similar to that 

under 40 CFR part 60, subpart A. It is possible that emission units may be modified under 

subpart MM and remain part of the PM bubble compliance alternative. Unlike under the 40 CFR 

part 60 subpart A general provisions, there is no provision for “modification” under 40 CFR part 

63 unless the applicable standard contains requirements specifically for modified sources. The 
9

new source limits in subpart MM apply for new and reconstructed sources, but not for modified 

sources (unless the modified sources also trigger the definition of reconstruction). Attachment 1 

to this memorandum contains the pertinent definitions from 40 CFR part 63 subpart A.

The purpose of the new and modified/reconstructed source projection analysis in this 

memorandum is to project how many new and modified/reconstructed recovery furnaces, lime 

kilns, and SDTs may come into operation in the 5-year timeframe following proposal of the 

NSPS review. The underlying business reason for each projected new and 

modified/reconstructed source is not specifically identified but is presumed to relate to 

equipment age and mill productivity regardless of changes to the kraft NSPS or effects on the 

subpart MM PM bubble compliance alternative. Therefore, any effects on the PM bubble 

compliance alternative and related costs or emissions reductions would not be attributed to the 

NSPS review. The following scenarios were considered relative to the PM bubble:

Scenario Impact

Mill replaces or reconstructs a PM “debit” 

source that relies on emissions reductions 

from other units in the bubble to be in 

compliance.

This “debit” generating source would no longer be eligible for 

inclusion in the bubble if new or reconstructed, freeing up 

emissions reduction “credits” to extend the compliance margin 

of emission units remaining in the bubble. This is not an impact 

attributable to the NSPS review (because the exclusion of new 

and reconstructed sources from the bubble is within subpart

MM).

Mill replaces or reconstructs a PM “credit” 

source that reduces emissions more than 

required in order to offset emissions from a 

higher-emitting source in the bubble.

The new or reconstructed “credit” generating source would be 

excluded from the bubble and would no longer be available to 

generate credits. Thus, the higher-emitting unit may need to 

reduce emissions through additional or upgraded controls. This 

is not an impact attributable to the NSPS review (because the 

exclusion of new sources from the bubble is within subpart

MM).

Mill modifies a PM “debit” source and 

triggers the revised NSPS

The modified “debit” source remains eligible for the bubble but 

must also meet the revised NSPS. Fewer debits would be 

required if the NSPS requires a more stringent limit than the 

subpart MM bubble. 

Mill modifies a PM “credit” source and 

triggers the revised NSPS

The modified “credit” source remains eligible for the bubble. 

Additional credits may be generated if the NSPS requires a 

more stringent limit than the subpart MM bubble sources.

An APCD on a modified emission unit 

changes.

None. No APCD changes that would increase PM emissions are 

contemplated under the NSPS review.

IV. Summary and Conclusions

Projections of the number of new and modified/reconstructed recovery furnaces and lime 

kilns were developed based on the number of new and modified/reconstructed emission units 

over the past 10 years. The projected number of units was derived based on the effective age of 

equipment from the Part III ICR inventory of kraft pulp mill equipment (with gaps filled from 

outside information sources, where necessary). The effective age is the number of years since 

installation or upgrade of the equipment and 2013. For purposes of the economic impacts 

analyses needed for the NSPS review, DCE recovery furnaces with the oldest effective age were 

targeted for replacement with a new NDCE recovery furnace. The NDCE recovery furnaces with 
10

the oldest effective age were targeted for modification or reconstruction. Smelt dissolving tanks

were assumed to either be replaced or modified/reconstructed along with each recovery furnace. 

Lime kilns with the greatest effective age were targeted for replacement or 

modification/reconstruction. Table 3 summarizes the mills with projected emission unit changes. 

Additional details on the equipment at these mills and other mills are provided in Attachment 2. 

Overall, two of the three small business kraft pulp mills are projected to be impacted, 

which will require consideration of small business impacts in the NSPS review. In total, 10 of the 

98 kraft pulp mills are projected to be impacted in the 5-year NSPS review period. It is estimated 

that three DCE recovery furnaces (and associated SDTs) will be replaced with NDCE recovery 

furnaces and new SDTs, one BLO system will be eliminated and another BLO system will 

reduce throughout, six NDCE recovery furnaces will be modified along with their SDTs, one 

lime kiln will be replaced, and two lime kilns will be modified. A separate memorandum 

presents the regulatory options and cost impacts associated with the NSPS review based on the 

new and modified/reconstructed source projections supplied in this memorandum. (RTI 2013b)

Table 3. Summary of Projected New, Modified, or Reconstructed Emission Units for 

Inclusion in the NSPS Economic Impacts Analysis

RTI 

code Facility

Small

business Projected changes to emission units

130 Georgia-Pacific Brewton LLC -

Brewton, AL

Replace two small DCEs and associated SDTs 

with a single larger NDCE. Remove BLO.

132 Smurfit-Stone Container Corp. -

Fernandina Beach, FL

Modify NDCE and SDT

139 Port Townsend Paper Corp. - Port 

Townsend, WA

Yes Modify NDCE and SDT

140 Cascade Pacific Pulp, LLC -

Halsey, OR

Modify NDCE and SDT

145 Luke Paper Company – Luke, 

MD

Replace DCE with NDCE. Replace SDT. Reduce 

BLO throughput because BLO would only serve 

one remaining DCE.

146 MeadWestvaco of Virginia, Inc –

Covington, VA

Modify lime kiln

157 Lincoln Paper and Tissue, LLC –

Lincoln, ME

Yes Modify NDCE and SDT

173 International Paper Company –

Ticonderoga, NY

Modify NDCE and SDT

206 Blue Ridge Holding Company –

Canton, NC

Replace one lime kiln, and modify another lime 

kiln.

240 Rayonier Performance Fibers, 

LLC – Jesup, GA

Modify NDCE and SDT
11

V. References

BLRBAC 2012 Black Liquor Recovery Boiler Advisory Committee. Recovery Boilers In 

Service. May 2012. Available at

http://blrbac.org/recovery_boilers_in_service.

EPA 1976 U.S. EPA. Standards Support and Environmental Impact Statement 

Volume 1: Proposed Standards of Performance for Kraft Pulp Mills. EPA450/2-76-014a. September 1976.

EPA 1978 U.S. EPA. Screening Study on Feasibility of Standards of Performance for 

Two Wood Pulping Processes. EPA-450/3-78-111. November 1978.

EPA 1983 U.S. EPA. Review of New Source Performance Standards for Kraft Pulp 

Mills. EPA-450/3-83-017. September 1983.

EPA 1997 U.S. EPA. Pulp, Paper, and Paperboard Industry-Background Information 

for Promulgated Air Emission Standards; EPA-453/R-93-050b. October

1997.

EPA 2001 U.S. EPA. Pulp and Paper Combustion Sources NESHAP: A Plain 

English Description. EPA-456/R-01-003. September 2001.

EPA 2011 U.S. EPA. Part I ICR Database. 2011.

EPA 2012a U.S. EPA. Economic Impact Analysis: Final Revisions to the National 

Emission Standards for Hazardous Air Pollutants Subpart S (MACT I and 

MACT III) for the Pulp and Paper Industry. July 2012. 

EPA 2012b J. Bradfield and K. Spence, U.S. EPA. Meeting Notes for the December 

13, 2012 Meeting with AF&PA and NCASI. December 18, 2012.

EPA 2013 K. Spence, U.S. EPA. Meeting Notes for the January 17, 2013 Conference 

Call with AF&PA and NCASI. January 22, 2013.

RISI 2008 RISI. Lockwood-Post Directory of Pulp and Paper Mills. 2008.

RISI 2012 RISI. Query from RISI’s Mill Asset Data Base. 2012.

RTI 2013a K. Hanks, K. and T. Holloway, T., RTI International. Technology Review 

and Regulatory Options for the Kraft Pulp Mill NSPS. Memorandum to K.

Spence, N. Swanson, J. Bradfield, and B. Schrock, U.S. EPA. March 29, 

2013.

RTI 2013b T. Holloway and K. Hanks, RTI International. Emissions Inventory for 

Kraft Pulp Mills and Costs/Impacts of the Section 111(b) Review of the 

Kraft Pulp Mills NSPS. Memorandum to K. Spence and B. Schrock, U.S. 

EPA. February 4, 2013.
Attachment 1

Pertinent Definitions from the NSPS General Provisions (40 CFR Part 60 Subpart A)

Pertinent Definitions from the NESHAP General Provisions (40 CFR Part 63 Subpart A)
Pertinent Definitions from the General Provisions (40 CFR Part 60 Subpart A)

Commenced means, with respect to the definition of new source in section 111(a)(2) of the Act, 

that an owner or operator has undertaken a continuous program of construction or modification 

or that an owner or operator has entered into a contractual obligation to undertake and complete, 

within a reasonable time, a continuous program of construction or modification.

Construction means fabrication, erection, or installation of an affected facility.

Fixed capital cost means the capital needed to provide all the depreciable components.

Modification means any physical change in, or change in the method of operation of, an existing 

facility which increases the amount of any air pollutant (to which a standard applies) emitted into 

the atmosphere by that facility or which results in the emission of any air pollutant (to which a 

standard applies) into the atmosphere not previously emitted. [Note: Section 60.14 contains the 

provisions for modification].

Reconstruction means the replacement of components of an existing facility to such an extent 

that:

 (1) The fixed capital cost of the new components exceeds 50 percent of the fixed capital cost 

that would be required to construct a comparable entirely new facility, and

 (2) It is technologically and economically feasible to meet the applicable standards set forth in 

this part.

[Note: Section 60.15 contains the definitions and provisions pertaining to reconstruction]
Pertinent Definitions from the NESHAP General Provisions (40 CFR Part 63 Subpart A)

Commenced means, with respect to construction or reconstruction of an affected source, that 

an owner or operator has undertaken a continuous program of construction or reconstruction or 

that an owner or operator has entered into a contractual obligation to undertake and complete, 

within a reasonable time, a continuous program of construction or reconstruction.

Construction means the on-site fabrication, erection, or installation of an affected source. 

Construction does not include the removal of all equipment comprising an affected source from 

an existing location and reinstallation of such equipment at a new location. The owner or 

operator of an existing affected source that is relocated may elect not to reinstall minor ancillary 

equipment including, but not limited to, piping, ductwork, and valves. However, removal and 

reinstallation of an affected source will be construed as reconstruction if it satisfies the criteria 

for reconstruction as defined in this section. The costs of replacing minor ancillary equipment 

must be considered in determining whether the existing affected source is reconstructed.

Fixed capital cost means the capital needed to provide all the depreciable components of an 

existing source.

Reconstruction, unless otherwise defined in a relevant standard, means the replacement of 

components of an affected or a previously nonaffected source to such an extent that:

(1) The fixed capital cost of the new components exceeds 50 percent of the fixed capital 

cost that would be required to construct a comparable new source; and

(2) It is technologically and economically feasible for the reconstructed source to meet the 

relevant standard(s) established by the Administrator (or a State) pursuant to section 112 of 

the Act. Upon reconstruction, an affected source, or a stationary source that becomes an 

affected source, is subject to relevant standards for new sources, including compliance 

dates, irrespective of any change in emissions of hazardous air pollutants from that source.
Attachment 2

Equipment Installation and NSPS Applicability Dates, and 

Projections of New, Modified, and Reconstructed Emission Units
Attachment 2. Equipment Installation and NSPS Applicability Dates, and Projections of New, Modified, and Reconstructed Emission Units

RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

100 Domtar Paper Company LLC Johnsonburg PA Kraft 100.037A Chemical Recovery Furnace NDCE 1993 

100 Domtar Paper Company LLC Johnsonburg PA Kraft 100.109 Smelt Dissolving Tank SDT (Kraft) 1993 

100 Domtar Paper Company LLC Johnsonburg PA Kraft 100.115 Lime Kiln Lime Kiln 1993 

102 Weyerhaeuser NR Company Longview WA Kraft 102.LK Lime Kiln No. 4 (LK) Lime Kiln 1985 

102 Weyerhaeuser NR Company Longview WA Kraft 102.RB10 Recovery Boiler No. 10 NDCE 1975 1

102 Weyerhaeuser NR Company Longview WA Kraft 102.SDTV10 Smelt Dissolver Tank Vent No. 10 SDT (Kraft) 1975 

103 Domtar Paper Company Plymouth NC Kraft 103.G‐158 Recovery Boiler NDCE 2000‐upgrade 1

103 Domtar Paper Company Plymouth NC Kraft 103.G‐165 Lime Kiln Lime Kiln 1987 

103 Domtar Paper Company Plymouth NC Kraft 103.G‐225 Smelt Dissolving Tanks (2) SDT (Kraft) (2) 1975 

104 International Paper Valliant OK Kraft, SemiChem 104.EUG D6 Recovery Furnace NDCE 2006 

104 International Paper Valliant OK Kraft, SemiChem 104.EUG E4b New Smelt Dissolving Tank SDT (Kraft) 2006 

104 International Paper Valliant OK Kraft, SemiChem 104.EUG E7 Lime Kiln Lime Kiln 2005‐upgrade 2

105 International Paper Company Springfield OR Kraft, Secondary 105.EU440BLO Black Liquor Oxidation Tanks 1 &2 BLO 1974 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445A # 3 Recovery Boiler DCE 1964 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445BEast Smelt dissolving tanks, #3 East 1964 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445BWest Smelt dissolving tanks, #3 West 1964 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445BEastWSmelt dissolving tanks, #3 SDT (Kraft) 1964 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445C # 4 Recovery Boiler NDCE 1970 1

105 International Paper Company Springfield OR Kraft, Secondary 105.EU445D #4 Smelt Dissolving Tank SDT (Kraft) 1970 

105 International Paper Company Springfield OR Kraft, Secondary 105.EU455 Lime Kilns #2 and #3 Lime Kilns (2) LK#3 installed1964

(LK#2 installed in1955)

L

(L1

107 Domtar Paper Company LLC Bennettsville SC Kraft 107.08‐P1 Recovery Furnace NDCE pre‐1990 1

107 Domtar Paper Company LLC Bennettsville SC Kraft 107.09‐P2 Smelt Dissolving Tanks SDT (Kraft) 1989 

107 Domtar Paper Company LLC Bennettsville SC Kraft 107.11‐P14 Lime Kiln Lime Kiln 1996 

108 International Paper Campti LA Kraft 108.LK1 Lime Kiln Lime Kiln 1974 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

108 International Paper Campti LA Kraft 108.RB3 Recovery Boiler No. 3 NDCE 2009 

108 International Paper Campti LA Kraft 108.SDT3 Smelt Dissolving Tank No 3 SDT (Kraft) 2009 

109 Domtar Paper Company, LLC. Hawesville KY Kraft 109.LK1 Lime Kiln /Thermal

Oxidizer(backup)

Lime Kiln 1997 

109 Domtar Paper Company, LLC. Hawesville KY Kraft 109.RB3 Recovery Furnace #3 NDCE 1985 

109 Domtar Paper Company, LLC. Hawesville KY Kraft 109.RB4 Recovery Furnace #4 NDCE 1997 

109 Domtar Paper Company, LLC. Hawesville KY Kraft 109.SDT3 Smelt Dissolving Tank #3 SDT (Kraft) 1985 

109 Domtar Paper Company, LLC. Hawesville KY Kraft 109.SDT4 Smelt Dissolving Tank #4 SDT (Kraft) 1997 

111 Weyerhaeuser NR Company Vanceboro NC Kraft 111.G‐127 South Smelt Tank SDT (Kraft) 2009 

111 Weyerhaeuser NR Company Vanceboro NC Kraft 111.G‐35 Lime Kiln Lime Kiln 1996 

111 Weyerhaeuser NR Company Vanceboro NC Kraft 111.G‐44 Recovery Boiler NDCE 2009 112 Weyerhaeuser NR Company Columbus MS Kraft 112.AA‐100 Recovery Furnace NDCE 2009 

112 Weyerhaeuser NR Company Columbus MS Kraft 112.AA‐101a Smelt Dissolving Tank Vent

Scrubber

SDT (Kraft) 2009 

112 Weyerhaeuser NR Company Columbus MS Kraft 112.AA‐110 Lime Kiln Lime Kiln 1990 114 Weyerhaeuser NR Company Oglethorpe GA Kraft 114.U500 Recovery Furnace NDCE 1980 1

114 Weyerhaeuser NR Company Oglethorpe GA Kraft 114.U508 Smelt Dissolving Tank SDT (Kraft) 1980 

114 Weyerhaeuser NR Company Oglethorpe GA Kraft 114.U800 Lime Kiln Lime Kiln 2003 

115 Weyerhaeuser NR Company Port Wentworth GA Kraft 115.LK01 Lime Kiln Lime Kiln pre‐1990 1

in

115 Weyerhaeuser NR Company Port Wentworth GA Kraft 115.RE01 Recovery Boiler NDCE pre‐1990 1

2

115 Weyerhaeuser NR Company Port Wentworth GA Kraft 115.SM01 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

116 International Paper Company Pine Hill AL Kraft, Secondary, SemiChem 116.001 Lime Kiln Lime Kiln 1967‐1968 1

116 International Paper Company Pine Hill AL Kraft, Secondary, SemiChem 116.003 No. 2 Recovery Furnace NDCE 1981‐1982 1

116 International Paper Company Pine Hill AL Kraft, Secondary, SemiChem 116.004 No.2 Smelt Dissolving Tank SDT (Kraft) 1981‐1983 1

117 Wausau Paper Mills, LLC. Mosinee WI Kraft 117.B21 #14 Recovery Boiler NDCE 1995‐Upgrade 1

117 Wausau Paper Mills, LLC. Mosinee WI Kraft 117.P30 Smelt Dissolving Tank SDT (Kraft) 1974 

117 Wausau Paper Mills, LLC. Mosinee WI Kraft 117.P36 Lime Kiln Lime Kiln 1960 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT005 smelt dissolving tank SDT (Kraft) pre‐1990 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT006 lime kiln Lime Kiln 1963 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT008 recovery furnace DCE 1964 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT010 recovery furnace NDCE 1989 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT011 smelt dissolving tank SDT (Kraft) 1989 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT013 black liquor oxidation tank BLO 1964 

119 TIN Inc. dba Temple Inland BOGALUSA LA Kraft, Secondary 119.EQT014 black liquor oxidation tank BLO 1964 

120 TIN Inc. dba Temple‐Inland Rome GA Kraft 120.F7 Recovery Furnace 5 NDCE 1988 

120 TIN Inc. dba Temple‐Inland Rome GA Kraft 120.M18 Lime Kiln 1A Lime Kiln 1979 

120 TIN Inc. dba Temple‐Inland Rome GA Kraft 120.M19 Lime Kiln 2A Lime Kiln 1976 

120 TIN Inc. dba Temple‐Inland Rome GA Kraft 120.M3 Smelt Dissolving Tank 5 SDT (Kraft) 1989 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.000009 Smelt or ash dissolving tank SDT (Kraft) 1967 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.000010 Smelt or ash dissolving tank SDT (Kraft) 1967 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.000011 Lime kiln Lime Kiln 1967 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.000013 Recovery furnace DCE 1967 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.000014 Recovery furnace DCE 1967 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.BLOX01 Black liquor oxidation system 1987 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.BLOX02 Black liquor oxidation system 1987 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.BLOX03 Black liquor oxidation system 1987 

121 TIN Inc. dba Temple‐Inland Orange TX Kraft, Secondary 121.BLOX01‐03 Black liquor oxidation system BLO 1987 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.001 #1 recovery boiler DCE pre‐1990 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.004‐1 lime kiln Lime Kiln 1972 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.019 #2 recovery boiler DCE pre‐1990 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.020 #2 smelt dissolving tank SDT (Kraft) pre‐1990 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.021 #1 smelt dissolving tank SDT (Kraft) pre‐1990 

124 Smurfit Stone Container Corp Panama City FL Kraft 124.037‐8 BLOX system BLO 1970 

126 Smurfit Stone Container Corporation Hopewell VA Kraft 126.LK Lime Kiln Lime Kiln Pre‐3/17/1972 P

126 Smurfit Stone Container Corporation Hopewell VA Kraft 126.RECOV Recovery Furnace NDCE 1980 1

126 Smurfit Stone Container Corporation Hopewell VA Kraft 126.SDT Smelt dissolving tank SDT (Kraft) 1980 

127 Smurfit‐Stone Container Corporation Florence SC Kraft, Secondary 127.LK1 Lime Kiln 1 Lime Kiln 1963 

127 Smurfit‐Stone Container Corporation Florence SC Kraft, Secondary 127.LK2 Lime Kiln 2 Lime Kiln 1973 

127 Smurfit‐Stone Container Corporation Florence SC Kraft, Secondary 127.REC1 Recovery Boiler NDCE 1991 ‐ Upgrade 1

127 Smurfit‐Stone Container Corporation Florence SC Kraft, Secondary 127.SDT1 Smelt Dissolving Tank (62‐80‐601) SDT (Kraft) 1991 ‐ Upgrade 1

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.1 No. 1 Recovery Furnace DCE 1957 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.11 No. 3 Smelt Dissolving Tank SDT (Kraft) 1971 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.2 No. 2 Recovery Furnace DCE 1964 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.23 Black Liquor Oxidation System (No.

1 BLO Tk, No. 2 BLO Tk, BLO Foam

Tk)

BLO 1975 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.3 No. 3 Recovery Furnace NDCE 1971 (2002 ‐ 

Modification)

1

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.4 No. 1 Lime Kiln Lime Kiln 1957 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.5 No. 2 Lime Kiln Lime Kiln 1964 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.6 No. 1 Smelt Dissolving Tank SDT (Kraft) 1957 

130 Georgia‐Pacific Brewton LLC Brewton AL Kraft 130.7 No. 2 Smelt Dissolving Tank SDT (Kraft) 1964 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.16 lime kiln Lime Kiln 1982 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.18 lime kiln Lime Kiln 1956 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.5 recovery furnace DCE 1975 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.6 recovery furnace NDCE 1991 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.BLO black liquor oxidation system BLO 1975 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.SDT4N smelt dissolving tank 1975 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.SDT4S smelt dissolving tank 1975 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.SDT4N/4S smelt dissolving tank SDT (Kraft) 1975 

131 Smurfit‐Stone Container Corporation West Point VA Kraft, Secondary 131.SDT5 smelt dissolving tank SDT (Kraft) 1991 

132 Smurfit‐Stone Container Corporation Fernandina Beach FL Kraft, Secondary 132.21LK4 lime kiln Lime Kiln 1989 

132 Smurfit‐Stone Container Corporation Fernandina Beach FL Kraft, Secondary 132.4RB #4 recovery boiler NDCE 1970 

132 Smurfit‐Stone Container Corporation Fernandina Beach FL Kraft, Secondary 132.4SDT #4RB smelt dissolving tank vent SDT (Kraft) 2003 

132 Smurfit‐Stone Container Corporation Fernandina Beach FL Kraft, Secondary 132.5RB #5 recovery boiler NDCE 1977 

132 Smurfit‐Stone Container Corporation Fernandina Beach FL Kraft, Secondary 132.5SDT #5RB smelt dissolving tank vent SDT (Kraft) 1977 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

133 Simpson Tacoma Kraft Company, LLC Tacoma WA Kraft 133.10 recovery furnace NDCE 1973 1

133 Simpson Tacoma Kraft Company, LLC Tacoma WA Kraft 133.12a smelt dissolving tank ‐ east SDT (Kraft) 1973 

133 Simpson Tacoma Kraft Company, LLC Tacoma WA Kraft 133.12b smelt dissolving tank ‐ west SDT (Kraft) 1973 

133 Simpson Tacoma Kraft Company, LLC Tacoma WA Kraft 133.14 lime kiln Lime Kiln 1960 

133 Simpson Tacoma Kraft Company, LLC Tacoma WA Kraft 133.15 lime kiln Lime Kiln 1973 

135 S.D. Warren Company ‐ Somerset

Operations

Skowhegan ME Kraft 135.003‐1 Recovery Boiler NDCE pre‐1990 1

135 S.D. Warren Company ‐ Somerset

Operations

Skowhegan ME Kraft 135.004‐1 Lime Kiln Lime Kiln pre‐1990 

135 S.D. Warren Company ‐ Somerset

Operations

Skowhegan ME Kraft 135.007‐1 East Dissolving Tank (B) SDT (Kraft) pre‐1990 

135 S.D. Warren Company ‐ Somerset

Operations

Skowhegan ME Kraft 135.007‐2 West Dissolving Tank (A) SDT (Kraft) pre‐1990 

136 Sappi Cloquet LLC Cloquet MN Kraft 136.EU 005 Recovery Furnace NDCE 1998 

136 Sappi Cloquet LLC Cloquet MN Kraft 136.EU 031 Smelt Dissolving Tank SDT (Kraft) 1998 

136 Sappi Cloquet LLC Cloquet MN Kraft 136.EU 033 Rotary Lime Kiln Lime Kiln 1999 

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.157 Smelt or ash dissolving tank SDT (Kraft) 1970 

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.189 Recovery furnace NDCE 1970 1

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.204 Smelt or ash dissolving tank SDT (Kraft) 1987 

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.511 Lime kiln or calciner Lime Kiln 1958 

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.512 Lime kiln or calciner Lime Kiln 1975 

137 Clearwater Paper Corp ‐ PPD & CPD,

Idaho

Lewiston ID Kraft 137.721 Recovery furnace NDCE 1987 

138 Clearwater Paper Corporation Arkansas City AR Kraft 138.001 Lime Kiln Lime Kiln 1976 

138 Clearwater Paper Corporation Arkansas City AR Kraft 138.002 Recovery Furnace NDCE 1976 1

138 Clearwater Paper Corporation Arkansas City AR Kraft 138.003 Smelt Dissolving Tank SDT (Kraft) 1976 

139 PORT TOWNSEND PAPER CORP Port Townsend WA Kraft, Secondary Yes 139.02 Emissions discharge to 3 ESPs

which vent to a common stack

NDCE pre‐1990 

139 PORT TOWNSEND PAPER CORP Port Townsend WA Kraft, Secondary Yes 139.03 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

139 PORT TOWNSEND PAPER CORP Port Townsend WA Kraft, Secondary Yes 139.04 Lime Kiln Lime Kiln pre‐1990 

140 Cascade Pacific Pulp, LLC Halsey OR Kraft 140.32 LKEU Lime Kiln 1968 

140 Cascade Pacific Pulp, LLC Halsey OR Kraft 140.55 RFEU NDCE 1968 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

140 Cascade Pacific Pulp, LLC Halsey OR Kraft 140.57 SDTEU SDT (Kraft) 1968 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.CU7214 Chemical recovery furnace DCE 1966 1

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.CU7215 Chemical recovery furnace NDCE 1999 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.CU7216 Chemical recovery furnace DCE 1961 1

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.P6009 Lime kiln or calciner Lime Kiln 1975 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.P6025 Lime kiln or calciner Lime Kiln 1960 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.P7225 Black liquor oxidization system BLO 1972 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.P7236 Smelt or ash dissolving tank SDT (Kraft) 1977 

142 Packaging Corporation of America Counce TN Kraft, Secondary 142.P7413 Smelt or ash dissolving tank SDT (Kraft) (2) 1966 

143 Packaging Corporation of America Clyattville GA Kraft 143.6063 TV IDEquip ID: [No. 4 Lime Kiln] Lime Kiln 1992 

143 Packaging Corporation of America Clyattville GA Kraft 143.7000 TV ID‐Equip ID: [No. 1 Recovery

Furnace]

DCE pre‐1990 1

143 Packaging Corporation of America Clyattville GA Kraft 143.7005 TV ID‐Equip ID: [No. 1 Smelt

Dissolving Tank]

SDT (Kraft) pre‐1990 

143 Packaging Corporation of America Clyattville GA Kraft 143.7010 TV ID‐Equip ID: [No. 2 Recovery

Furnace]

DCE pre‐1990 1

143 Packaging Corporation of America Clyattville GA Kraft 143.7015 TV ID‐Equip ID: [No. 2 Smelt

Dissolving Tank]

SDT (Kraft) pre‐1990 

143 Packaging Corporation of America Clyattville GA Kraft 143.7020 TV ID‐Equip ID: [No. 3 Recovery

Furnace]

DCE pre‐1990 1

143 Packaging Corporation of America Clyattville GA Kraft 143.7025 TV ID‐Equip ID: [No. 3 Smelt

Dissolving Tank]

SDT (Kraft) pre‐1990 

143 Packaging Corporation of America Clyattville GA Kraft 143.7032 TV IDEquip ID: [Black Liquor

Oxidation]

BLO 1992 

145 Luke Paper Company Luke MD Kraft 145.31 Black Liquor Oxidizer BLO pre‐1990 

145 Luke Paper Company Luke MD Kraft 145.54 No. 2 Recovery Boiler DCE pre‐1990 

145 Luke Paper Company Luke MD Kraft 145.55 No. 3 Recovery Boiler DCE pre‐1990 1

145 Luke Paper Company Luke MD Kraft 145.56 No. 2 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

145 Luke Paper Company Luke MD Kraft 145.57 No. 3 Smelt Dissolving Tanks SDT (Kraft) pre‐1990 

145 Luke Paper Company Luke MD Kraft 145.001 Lime Kiln Lime Kiln 1966 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.10 No. 1 Smelt Dissolving Tanks

(REC002, REC003)

SDT (Kraft) pre‐1990 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.16 No. 2 Recovery Furnace (REC010) NDCE 1991 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.17 No. 2 Smelt Dissolving Tank

(REC011)

SDT (Kraft) 1991 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.23 BLOx Tower (REC005) BLO pre‐1990 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.30 No. 2 Lime Kiln (REC047) Lime Kiln 1998 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.6 No. 1 Lime Kiln (REC045) Lime Kiln pre‐1990 

146 MeadWestvaco of Virginia, Inc Covington VA Kraft 146.8 No. 1 Recovery Furnace (REC001) DCE pre‐1990 1

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.14 Recovery Furnace NDCE 2003‐Upgrade 1

2

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.161 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.243 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.244 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.3 Lime Kiln Lime Kiln pre‐1990 

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.5 Recovery Furnace NDCE 2003‐Upgrade 1

147 WESTVACO TEXAS LP EVADALE TX Kraft 147.55 Lime Kiln Lime Kiln 2010‐Upgrade 2

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.001 No. 1 Recovery Furnace NDCE 1996‐upgrade 1

1

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.002 No. 1 Smelt Dissolving Tank SDT (Kraft) 1966 

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.003 No. 1 Lime Kiln Lime Kiln 1966 

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.007 No. 2 Recovery Furnace NDCE 1990 

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.008 No. 2 Smelt Dissolving Tank SDT (Kraft) 1990 

148 MeadWestvaco Corporation Cottonton AL Kraft, Secondary 148.009 No. 2 Lime Kiln Lime Kiln 1990 

149 P.H. Glatfelter Company ‐ Chillicothe

Facility

Chillicothe OH Kraft 149.B011 No. 9 Recovery Furnace NDCE 1978 1

149 P.H. Glatfelter Company ‐ Chillicothe

Facility

Chillicothe OH Kraft 149.P001 Rotary Lime Kiln Lime Kiln 1961 

149 P.H. Glatfelter Company ‐ Chillicothe

Facility

Chillicothe OH Kraft 149.P005 No. 9 Smelt Dissolving Tank SDT (Kraft) 1978 

150 Rumford Paper Company RUMFORD ME Kraft, Mechanical 150.CAU‐12 lime kiln Lime Kiln 1989 

150 Rumford Paper Company RUMFORD ME Kraft, Mechanical 150.CREC‐1 recovery furnace NDCE 1981 1

150 Rumford Paper Company RUMFORD ME Kraft, Mechanical 150.CREC‐2a smelt tank, west stack 1981 

150 Rumford Paper Company RUMFORD ME Kraft, Mechanical 150.CREC‐2b smelt tank, east stack 1981 

150 Rumford Paper Company RUMFORD ME Kraft, Mechanical 150.CREC‐2a/2b smelt tank, west/east stacks SDT (Kraft) 1981 

151 KapStone North Charleston SC Kraft 151.CP001 No. 4 Lime Kiln Lime Kiln 1972 

151 KapStone North Charleston SC Kraft 151.CP002 No. 5 Lime Kiln Lime Kiln 1990 

151 KapStone North Charleston SC Kraft 151.REC001 Bloack Liquor Oxidizer BLO 1964 

151 KapStone North Charleston SC Kraft 151.REC004 No. 1 Recovery Boiler NDCE 1984 

151 KapStone North Charleston SC Kraft 151.REC005 No. 1 East Smelt Dissolving Tank 1984 

151 KapStone North Charleston SC Kraft 151.REC006 No. 1 West Smelt Dissolving Tank 1984 

151 KapStone North Charleston SC Kraft 151.REC005/006 No. 1 East/West Smelt Dissolving

Tank

SDT (Kraft) 1984 

151 KapStone North Charleston SC Kraft 151.REC007 No. 9 Recovery Boiler DCE 1966 1

151 KapStone North Charleston SC Kraft 151.REC008 No. 9 East Smelt Dissolving Tank SDT (Kraft) 1966 

151 KapStone North Charleston SC Kraft 151.REC009 No. 9 West Smelt Dissolving Tank SDT (Kraft) 1966 

152 Wickliffe Paper Company Wickliffe KY Kraft 152.03 recovery furnace DCE 1969 

152 Wickliffe Paper Company Wickliffe KY Kraft 152.04 smelt dissolving tank SDT (Kraft) 1969 

152 Wickliffe Paper Company Wickliffe KY Kraft 152.07 black liquor oxidation system BLO pre‐1990 

152 Wickliffe Paper Company Wickliffe KY Kraft 152.08 lime kiln Lime Kiln 1969 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

153 KPAQ Industries LLC ‐ St Francisville

Operations

St. Francisville LA Kraft 153.EQT 0053 RC‐01 ‐ Lime Kiln Lime Kiln 1

153 KPAQ Industries LLC ‐ St Francisville

Operations

St. Francisville LA Kraft 153.EQT 0065 RF‐01 ‐ NDCE Recovery Furnace NDCE 1

1

153 KPAQ Industries LLC ‐ St Francisville

Operations

St. Francisville LA Kraft 153.EQT 0066 RF‐02 ‐ Smelt Dissolving Tank SDT (Kraft) 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P30 Lime Kiln Lime Kiln pre‐1990 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P32 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P35 Smelt Dissoling Tank SDT (Kraft) pre‐1990 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P36 Recovery Furnace DCE pre‐1990 1

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P37 Recovery Furnace DCE pre‐1990 1

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P38 Smelt Dissolving Tank SDT (Kraft) pre‐1990 1

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P39 Recovery Furnace DCE pre‐1990 1

1

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P40 Black Liquor Oxidation pre‐1990 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P41 Black Liquor Oxidation pre‐1990 

154 NewPage Wisconsin Systems Inc. Wisconsin Rapids WI Kraft 154.P40/41 Black Liquor Oxidation BLO pre‐1990 

155 Escanaba Paper Company Escanaba MI Kraft, Mechanical 155.LIME KILN Lime Kiln Lime Kiln 1972 

155 Escanaba Paper Company Escanaba MI Kraft, Mechanical 155.RECOVERY FURecovery Furnace NDCE 1994‐upgrade 1

155 Escanaba Paper Company Escanaba MI Kraft, Mechanical 155.SDT Smelt Dissolving Tank SDT (Kraft) pre‐1990 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.143100 Lime Kiln 3 Lime Kiln pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.145000 Lime Kiln 4 Lime Kiln pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.BLOXID Black Liquor Oxidation system BLO pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.LK5 Lime Kiln 5 Lime Kiln pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.RF18 Recovery Furnace 18 DCE pre‐2000 

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Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.RF19 Recovery Furnace 19 DCE 2001 1

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.RF22 Recovery Furnace 22 NDCE pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.SMEL18 Smelt Dissolving Tank 18 SDT (Kraft) pre‐2000 

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.SMEL19 Smelt Dissolving Tank 19 SDT (Kraft) pre‐2000 1

156 Longview Fibre Paper & Packaging,

Inc.

Longview WA Unknown (Kraft & Semi‐chem) 156.SMEL22 Smelt Dissolving Tank 22 SDT (Kraft) pre‐2000 

157 Lincoln Paper and Tissue, LLC Lincoln ME Kraft Yes 157.KILN Lime Kiln Lime Kiln 1958 

157 Lincoln Paper and Tissue, LLC Lincoln ME Kraft Yes 157.RB2 Recovery Boiler NDCE 1972 

157 Lincoln Paper and Tissue, LLC Lincoln ME Kraft Yes 157.SDT Smelt Dissolving Tank SDT (Kraft) 1972 

159 Interstate Paper, LLC Riceboro GA Kraft 159.PW04 Smelt Dissolving Tank SDT (Kraft) 1968 

159 Interstate Paper, LLC Riceboro GA Kraft 159.F3 Recovery Furnace NDCE 1968 1

159 Interstate Paper, LLC Riceboro GA Kraft 159.F4 Lime Kiln Lime Kiln 1968 

162 International Paper Eastover SC Kraft 162.371A No. 1 Lime Kiln Lime Kiln 1982 

162 International Paper Eastover SC Kraft 162.372A No. 2 Lime Kiln Lime Kiln 1989 

162 International Paper Eastover SC Kraft 162.381A No. 1 Recovery Furnace NDCE 1982 

162 International Paper Eastover SC Kraft 162.381C No. 1 Smelt Tank SDT (Kraft) 1982 

162 International Paper Eastover SC Kraft 162.382A No. 2 Recovery Furnace NDCE 1989 

162 International Paper Eastover SC Kraft 162.382B No. 2 Smelt Tank SDT (Kraft) 1989 

163 International Paper Company Prattville AL Kraft, Secondary 163.BLO404 Black Liquor Oxidation System UK 

163 International Paper Company Prattville AL Kraft, Secondary 163.BLO405 Black Liquor Oxidation System UK 

163 International Paper Company Prattville AL Kraft, Secondary 163.BLO404/BLO4Black Liquor Oxidation System BLO UK 1

163 International Paper Company Prattville AL Kraft, Secondary 163.LK1501 Lime Kiln Lime Kiln 1967 

163 International Paper Company Prattville AL Kraft, Secondary 163.LK2502 Lime Kiln Lime Kiln 1980 

163 International Paper Company Prattville AL Kraft, Secondary 163.RF1901 Recovery Furnace DCE 2007‐upgrade 1

163 International Paper Company Prattville AL Kraft, Secondary 163.RF2904 Recovery Furnace NDCE 1980 

163 International Paper Company Prattville AL Kraft, Secondary 163.SD1902 Smelt Dissolving Tank SDT (Kraft) 1967 

163 International Paper Company Prattville AL Kraft, Secondary 163.SD1903 Smelt Dissolving Tank SDT (Kraft) 1967 

163 International Paper Company Prattville AL Kraft, Secondary 163.SD2906 Smelt Dissolving Tank SDT (Kraft) 1980 

164 Thilmany,LLC Kaukauna WI Kraft 164.B08 No. 8 Recovery Boiler NDCE 1

164 Thilmany,LLC Kaukauna WI Kraft 164.B10 No. 10 Recovery Boiler NDCE 1

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_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

164 Thilmany,LLC Kaukauna WI Kraft 164.P08 No. 8 Smelt Dissolving Tank SDT (Kraft) 

164 Thilmany,LLC Kaukauna WI Kraft 164.P10 No. 10 Smelt Dissolving Tank SDT (Kraft) 

164 Thilmany,LLC Kaukauna WI Kraft 164.P12 Lime Kiln Lime Kiln 165 International Paper Company Queen City TX Kraft 165.000002 Lime kiln Lime Kiln 1975 

165 International Paper Company Queen City TX Kraft 165.000006 Recovery furnace NDCE 1975 1

165 International Paper Company Queen City TX Kraft 165.000008 Smelt or ash dissolving tank SDT (Kraft) 1975 

165 International Paper Company Queen City TX Kraft 165.000013 Recovery furnace NDCE 1972 1

1

165 International Paper Company Queen City TX Kraft 165.000014 Smelt or ash dissolving tank SDT (Kraft) 1972 

165 International Paper Company Queen City TX Kraft 165.000019 Lime kiln Lime Kiln 1972 

166 International Paper Georgetown SC Kraft 166.BLOX1 Primary Black Liquor Oxidation 1997 

166 International Paper Georgetown SC Kraft 166.BLOX2 Secondary Black Liquor Oxidation 1997 

166 International Paper Georgetown SC Kraft 166.BLOX1/2 Primary and Secondary Black

Liquor Oxidation

BLO 1997 

166 International Paper Georgetown SC Kraft 166.LK01 Lime Kiln 1 Lime Kiln 1963 

166 International Paper Georgetown SC Kraft 166.LK02 Lime Kiln 2 Lime Kiln 1979 

166 International Paper Georgetown SC Kraft 166.RB01 Recovery Boiler 1 DCE 1963 1

166 International Paper Georgetown SC Kraft 166.RB02 Recovery Boiler 2 DCE 1989‐upgrade 1

166 International Paper Georgetown SC Kraft 166.ST01 Smelt Dissolving Tank 1 SDT (Kraft) 1964 

166 International Paper Georgetown SC Kraft 166.ST02 Smelt Dissolving Tank 2 SDT (Kraft) 1967 

167 International Paper Co. ‐ Vicksburg

Mill

Redwood MS Kraft, Secondary 167.004LK Lime Kiln Lime Kiln 1967 

167 International Paper Co. ‐ Vicksburg

Mill

Redwood MS Kraft, Secondary 167.005RB Recovery Furnace DCE 1967 

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Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

167 International Paper Co. ‐ Vicksburg

Mill

Redwood MS Kraft, Secondary 167.007SDT Smelt dissolving tank SDT (Kraft) 1967 

167 International Paper Co. ‐ Vicksburg

Mill

Redwood MS Kraft, Secondary 167.TK0217 Black Liquor Oxidation (BLOx )

System

BLO 1966 

169 International Paper Mansfield LA Kraft, SemiChem 169.03 Lime Kiln Lime Kiln 1981 

169 International Paper Mansfield LA Kraft, SemiChem 169.04 No. 1 Recovery Boiler NDCE 1981 1

169 International Paper Mansfield LA Kraft, SemiChem 169.05 No. 2 Recovery Boiler NDCE 1981 1

169 International Paper Mansfield LA Kraft, SemiChem 169.06 No. 1 Smelt Dissolving Tank SDT (Kraft) 1981 

169 International Paper Mansfield LA Kraft, SemiChem 169.07 No. 2 Smelt Dissolving Tank SDT (Kraft) 1981 

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.002 SN02 No. 2 Recovery Boiler DCE 1958, 1990‐

modification

1

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.003 SN03 No. 3 Recovery Boiler DCE 1959, 1990‐

modification

1

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.004 SN04 No. 4 Recovery Boiler DCE 1968, 1991‐

modification

1

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.006 SN06 No. 2 Smelt Dissolving Tank SDT (Kraft) 1958 

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.007 SN07 No. 3 Smelt Dissolving Tank SDT (Kraft) 1959, 1989‐

modificaiton

1

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.008 SN08 No. 4 Smelt Dissolving Tank SDT (Kraft) 1968, 1985

scrubbermodification

1m

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.009 SN09 No. 1 Lime Kiln Lime Kiln 1958 

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.010 SN10 No. 2 Lime Kiln Lime Kiln 1964 ‐ 

modification

1

171 Evergreen Packaging Inc Pine Bluff AR Kraft 171.021 SN21 Black Liquor Oxidation Tank BLO 1993 

172 International Paper Company Selma AL Kraft, Secondary 172.LK03 No. 3 Lime Kiln Lime Kiln 1986 

172 International Paper Company Selma AL Kraft, Secondary 172.RB01 No. 1 Recovery Boiler NDCE 1981 ‐ upgrade 1

172 International Paper Company Selma AL Kraft, Secondary 172.RB02 No. 2 Recovery Boiler NDCE 1981 1

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Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

172 International Paper Company Selma AL Kraft, Secondary 172.ST01 No. 1 Smelt Dissolving Tank SDT (Kraft) 1975 ‐ upgrade 1

172 International Paper Company Selma AL Kraft, Secondary 172.ST02 No. 2 Smelt Dissolving Tank SDT (Kraft) 1981 

173 International Paper Company Ticonderoga NY Kraft 173.LK1 lime kiln Lime Kiln 1970 

173 International Paper Company Ticonderoga NY Kraft 173.RECOVB Recovery Boiler NDCE 1970 

173 International Paper Company Ticonderoga NY Kraft 173.SDT Smelt dissolving tank SDT (Kraft) 1970 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐18 No. 4 Lime Kiln Lime Kiln 1998 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐32 No. 5 Recovery Boiler NDCE 1992 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐60 BLOx BLO 1974 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐63B No. 4 Smelt Tank SDT (Kraft) 1974 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐63C No. 5 Smelt Tank SDT (Kraft) 1981 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐92 No. 4 Recovery Boiler DCE 1974 

174 International Paper, Inc Riegelwood NC Kraft 174.G‐95 No. 3 Lime Kiln Lime Kiln 1976 

175 International Paper Company AUGUSTA GA Kraft 175.APRX APROX/Polisher Flash Tank BLO [See Notes] 2003 

175 International Paper Company AUGUSTA GA Kraft 175.LK1A No. 1 Lime Kiln Lime Kiln 1960 

175 International Paper Company AUGUSTA GA Kraft 175.LK2A No. 2 Lime Kiln Lime Kiln 1987 

175 International Paper Company AUGUSTA GA Kraft 175.RB2A No. 2 Recovery Furnace DCE [See Notes] 1965 1

175 International Paper Company AUGUSTA GA Kraft 175.RB3A No. 3 Recovery Furnace NDCE 1988 

175 International Paper Company AUGUSTA GA Kraft 175.ST2A No. 2 Smelt Dissolving Tank SDT (Kraft) 1965 

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Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

175 International Paper Company AUGUSTA GA Kraft 175.ST3A No. 3 Smelt Dissolving Tank SDT (Kraft) 1988 

176 KapStone Kraft Paper Corporation Roanoke Rapids NC Kraft 176.G‐37 No. 7 Smelt Tank SDT (Kraft) 1975 

176 KapStone Kraft Paper Corporation Roanoke Rapids NC Kraft 176.G‐5 Lime Kiln Lime Kiln 1961 

176 KapStone Kraft Paper Corporation Roanoke Rapids NC Kraft 176.RB7 No. 7 Recovery Boiler NDCE 1975, 1997‐

upgrade

1

177 Verso Quinnesec LLC Quinnesec MI Kraft 177.EU0804 Recovery Furnace NDCE 1981 

177 Verso Quinnesec LLC Quinnesec MI Kraft 177.EU0805 Smelt Dissolving Tank SDT (Kraft) 1981 

177 Verso Quinnesec LLC Quinnesec MI Kraft 177.EU0905 Lime Kiln Lime Kiln 1981 

178 International Paper Cantonment FL Kraft 178.08P012 Recovery Furnace No. 1 NDCE 1975 1

178 International Paper Cantonment FL Kraft 178.08P013 Recovery Furnace No. 2 NDCE 1975 1

178 International Paper Cantonment FL Kraft 178.08T014 Smelt Dissolving Tank No. 1 SDT (Kraft) 1975 

178 International Paper Cantonment FL Kraft 178.08T015 Smelt Dissolving Tank No. 2 SDT (Kraft) 1975 

178 International Paper Cantonment FL Kraft 178.09P037 Lime Kiln ‐ Mud Dryer System Lime Kiln ~1995 ~

179 Rock‐Tenn Mill Company, LLC Demopolis AL Kraft 179.LK3 Lime Kiln Lime Kiln 1995 

179 Rock‐Tenn Mill Company, LLC Demopolis AL Kraft 179.RF3 Recovery Furnace NDCE 1992 

179 Rock‐Tenn Mill Company, LLC Demopolis AL Kraft 179.SDT Smelt Dissolving Tank SDT (Kraft) 1992 

180 Graphic Packaging International, Inc. Macon GA Kraft, Secondary 180.D001 No. 3 Recovery Boiler NDCE 1992 

180 Graphic Packaging International, Inc. Macon GA Kraft, Secondary 180.D002 No. 3 Smelt Dissolving Tank SDT (Kraft) 1992 

180 Graphic Packaging International, Inc. Macon GA Kraft, Secondary 180.L001 No. 1 Lime Kiln Lime Kiln 1996 

180 Graphic Packaging International, Inc. Macon GA Kraft, Secondary 180.L002 No. 2 Lime Kiln Lime Kiln 1996 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.01 Lime Kiln No. 1 Lime Kiln 1964 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.09 No. 4 Recover Boiler Stack A 1976 1

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.10 No. 4 Recover Boiler Stack B 1976 1

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.09/10 No. 4 Recover Boiler Stacks A and B NDCE 1976 1

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.11 No 4 Recovery Boiler Smelt

Dissolving Tank

SDT (Kraft) 1976 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.14 Lime Kiln No. 2 Lime Kiln 1976 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.49 No. 5 Recover Boiler Stack A 1990 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.50 No. 5 Recover Boiler Stack B 1990 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.49/50 No. 5 Recovery Boiler Stacks A and

B

NDCE 1990 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

181 Graphic Packaging International Inc. West Monroe LA Kraft, Secondary, SemiChem 181.51 No 5 Recovery Boiler Smelt

Dissolving Tank

SDT (Kraft) 1990 

182 PH Glatfelter Spring Grove PA Kraft 182.037 Recovery Furnance NDCE 1993 

182 PH Glatfelter Spring Grove PA Kraft 182.103 Fluo Solids Calciner Calciner 1966 

182 PH Glatfelter Spring Grove PA Kraft 182.110 Smelt Dissolving & Saltcake Mix

Tanks

SDT (Kraft) 1993 

183 Red Shield Acquisition, LLC Old Town ME Kraft Yes 183.002 recovery furnace NDCE 1971, upgraded in

1987

1

183 Red Shield Acquisition, LLC Old Town ME Kraft Yes 183.003 smelt dissolving tank SDT (Kraft) 1970 

183 Red Shield Acquisition, LLC Old Town ME Kraft Yes 183.004 lime kiln Lime Kiln 1974 

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.72 recovery furnace 1 NDCE 2000‐upgrade 1

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.73 recovery furnace 2 NDCE 2001‐upgrade 1

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.LK1 lime kiln 1 Lime Kiln pre‐1990 

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.LK2 lime kiln 2 Lime Kiln pre‐1990 

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.SDT1 smelt dissolving tank 1 SDT (Kraft) pre‐1990 

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.SDT2a smelt dissolving tank 2a SDT (Kraft) pre‐1990 

184 Georgia‐Pacific Consumer Operations

LLC Port Hudson Operations

Zachary LA Kraft 184.SDT2b smelt dissolving tank 2b SDT (Kraft) pre‐1990 

185 Georgia Pacific Consumer Products

(Camas), LLC

CAMAS WA Kraft 185.02 No. 4 Recovery Furnace NDCE 1975 1

185 Georgia Pacific Consumer Products

(Camas), LLC

CAMAS WA Kraft 185.05 No. 4 Smelt Dissolver SDT (Kraft) 1975;

upgrade 1991

1

185 Georgia Pacific Consumer Products

(Camas), LLC

CAMAS WA Kraft 185.07 No. 4 Lime Kiln Lime Kiln 1979;

new burner 2002

12

186 Georgia‐Pacific Consumer Products LP

(Naheola Mill)

Pennington AL Kraft 186.LK #3 Lime Kiln Stack with LK Lime Kiln 1992 

186 Georgia‐Pacific Consumer Products LP

(Naheola Mill)

Pennington AL Kraft 186.RB15 Chemical Recovery Unit with ESP

Stack

NDCE 1992 

186 Georgia‐Pacific Consumer Products LP

(Naheola Mill)

Pennington AL Kraft 186.RB17 Smelt Dissolving Tank Scrubber

Vent

SDT (Kraft) 1992 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.001LK1 lime kiln Lime Kiln pre‐1990 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.002LK2 lime kiln Lime Kiln pre‐1990 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.003LK3 lime kiln Lime Kiln pre‐1990 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.014RB1 recovery boiler DCE pre‐1990 1

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.015SD1 smelt dissolving tank SDT (Kraft) pre‐1990 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.016RB2 recovery boiler DCE pre‐1990 1

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.017SD2 smelt dissolving tank SDT (Kraft) pre‐1990 

188 Georgia‐Pacific Toledo LLC Toledo OR Kraft, Secondary, SemiChem 188.HBLBLO strong black liquor tank BLO pre‐1990 

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RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

189 Georgia‐Pacific LLC Crossett Paper

Operations

Crossett AR Kraft 189.SN25 No. 4 Lime Kiln Lime Kiln 1981 

189 Georgia‐Pacific LLC Crossett Paper

Operations

Crossett AR Kraft 189.SN26 8R Recovery Furnace NDCE 1981 

189 Georgia‐Pacific LLC Crossett Paper

Operations

Crossett AR Kraft 189.SN27 Smelt Dissolving Tank (East) SDT (Kraft) 1981 

189 Georgia‐Pacific LLC Crossett Paper

Operations

Crossett AR Kraft 189.SN28 Smelt Dissolving Tank (West) SDT (Kraft) 1981 

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.L600 Lime Kiln No. 1 Lime Kiln 1963 

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.L601 Lime Kiln No. 2 Lime Kiln 1967 

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R400 Recovery Boiler No. 1 NDCE 1990‐upgrade 1

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R401 Recovery Boiler No. 2 NDCE 1991‐upgrade 1

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R402 Recovery Boiler No. 3 NDCE 1974 1

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R404 Smelt Dissolving Tank No. 1 SDT (Kraft) 1990‐upgrade 1

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R405 Smelt Dissolving Tank No. 2 SDT (Kraft) 1991‐upgrade 1

190 Georgia‐Pacific Cedar Springs, LLC Cedar Springs GA Kraft, Secondary, SemiChem 190.R406 Smelt Dissolving Tank No. 3 SDT (Kraft) 1972 

195 Woodland Pulp LLC Baileyville ME Kraft 195.002 Lime Kiln Lime Kiln 1965 

195 Woodland Pulp LLC Baileyville ME Kraft 195.003 #3 Recovery Boiler NDCE 1988 

195 Woodland Pulp LLC Baileyville ME Kraft 195.007 Smelt Dissolving Tank SDT (Kraft) 1988 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐02 #3 Lime Kiln Lime Kiln 1991 

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Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐06 #2 Recovery Boiler NDCE 1989 1

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐08North #2 Smelt Tank Vents 1989 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐08South #2 Smelt Tank Vents 1989 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐08North/S#2 Smelt Tank Vents SDT (Kraft) 1989 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐09 #2 Lime Kiln Lime Kiln 1979 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐14 #3 Recovery Boiler NDCE 1989 

196 Domtar A.W. LLC Ashdown AR Kraft 196.SN‐15 #3 Smelt Tank Vent SDT (Kraft) 1989 

197 Delta Natural Kraft Pine Bluff AR Kraft 197.1 Lime Kiln Lime Kiln pre‐1990 

197 Delta Natural Kraft Pine Bluff AR Kraft 197.12 Black Liquor Tank BLO UK 

197 Delta Natural Kraft Pine Bluff AR Kraft 197.2 Recovery Boiler DCE pre‐1990 1

197 Delta Natural Kraft Pine Bluff AR Kraft 197.4 Smelt/Ash dissolving Tank SDT (Kraft) pre‐1990 

198 AbiBow US Inc Calhoun TN Kraft, Mechanical, Secondary 198.004 Lime Kiln Lime Kiln 1989 

198 AbiBow US Inc Calhoun TN Kraft, Mechanical, Secondary 198.019 Recovery Furnace No. 3 NDCE 1994 

198 AbiBow US Inc Calhoun TN Kraft, Mechanical, Secondary 198.020 Smelt Dissolving Tank No. 3 SDT (Kraft) 1994 

199 AbiBow US Inc. ‐ Coosa Pines

Operations

Coosa Pines AL Kraft 199.002 No. 3 Recovery Furnace NDCE 1976 1

199 AbiBow US Inc. ‐ Coosa Pines

Operations

Coosa Pines AL Kraft 199.004 No. 3 Smelt Dissolving Tank SDT (Kraft) 1976 

199 AbiBow US Inc. ‐ Coosa Pines

Operations

Coosa Pines AL Kraft 199.011 No. 3 Lime Kiln Lime Kiln 1975 

200 AbiBow US Inc. Catawba SC Kraft, Mechanical 200.007_10 No. 2 Lime Kiln Lime Kiln 1994 

200 AbiBow US Inc. Catawba SC Kraft, Mechanical 200.007_8 Smelt Tank No. 2 SDT (Kraft) 1966 

200 AbiBow US Inc. Catawba SC Kraft, Mechanical 200.007_9 Smelt Tank No. 3 SDT (Kraft) 1983 

200 AbiBow US Inc. Catawba SC Kraft, Mechanical 200.007RF2 Recovery Furnace No. 2 NDCE 1966 1

200 AbiBow US Inc. Catawba SC Kraft, Mechanical 200.007RF3 Recovery Furnace No. 3 NDCE 2007‐upgrade 1

201 Boise Packaging and Newsprint, LLC DeRidder LA Kraft, Mechanical, Secondary 201.SR0001 No. 2 Recovery Furnace NDCE 1969 1

1

201 Boise Packaging and Newsprint, LLC DeRidder LA Kraft, Mechanical, Secondary 201.SR0003 Lime Kiln Lime Kiln 1969 

201 Boise Packaging and Newsprint, LLC DeRidder LA Kraft, Mechanical, Secondary 201.SR0034 No. 2 Recovery Dissolving Tank SDT (Kraft) 1987 

202 Boise White Paper, LLC International Falls MN Kraft 202.Lime Kiln EU3 Lime Kiln Lime Kiln 1990 

202 Boise White Paper, LLC International Falls MN Kraft 202.Recovery FurnRecovery Furnace NDCE Upgraded 2001

PSD Efficiency

ImprovementProject

R

u

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

202 Boise White Paper, LLC International Falls MN Kraft 202.Smelt Dissolvi Smelt Dissolving Tank SDT (Kraft) 1990 

203 Boise White Paper LLC Wallula WA Kraft, Sulfite‐Na 203.2DTScr #2 smelt tank SDT (Kraft) 1979 

203 Boise White Paper LLC Wallula WA Kraft, Sulfite‐Na 203.3DTScr #3 smelt tank SDT (Kraft) pre‐1990 

203 Boise White Paper LLC Wallula WA Kraft, Sulfite‐Na 203.LKScr Lime Kiln Lime Kiln 1979 

203 Boise White Paper LLC Wallula WA Kraft, Sulfite‐Na 203.RF#2 #2 Recovery furnace NDCE 1961 1

203 Boise White Paper LLC Wallula WA Kraft, Sulfite‐Na 203.RF#3 #3 Recovery furnace NDCE 2003‐ upgrade 1

1

205 BOISE WHITE PAPER LLC Jackson AL Kraft, Secondary 205.008 Lime Kiln Lime Kiln 1964 

205 BOISE WHITE PAPER LLC Jackson AL Kraft, Secondary 205.009 No. 2 Recovery Furnace DCE 1973 

205 BOISE WHITE PAPER LLC Jackson AL Kraft, Secondary 205.010 No. 2 Smelt Dissolving Tank SDT (Kraft) 1973 

205 BOISE WHITE PAPER LLC Jackson AL Kraft, Secondary 205.025 Black Liquor Oxidation Tank BLO 1973 

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐31 No. 10 RB DCE DCE pre‐1990 1

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐32 No. 11 RB DCE DCE pre‐1990 1

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐34 Black Liquor Oxidation BLO pre‐1990 

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐35 No. 10 RB SDT SDT (Kraft) pre‐1990 

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐36 No. 11 RB SDT SDT (Kraft) pre‐1990 

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐37 No. 4 Lime Kiln Lime Kiln pre‐1990 

206 Blue Ridge Holding Company Canton NC Kraft 206.G‐38 No. 5 Lime Kiln Lime Kiln pre‐1990 

207 Appleton Papers, Inc. Roaring Spring PA Kraft 207.038 #3 Recovery Boiler NDCE 1983 

207 Appleton Papers, Inc. Roaring Spring PA Kraft 207.103A Lime Kiln Lime Kiln 1966 

207 Appleton Papers, Inc. Roaring Spring PA Kraft 207.108 Smelt Dissolving Tank SDT (Kraft) 1983 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.001 No. 7 Recovery Furnace NDCE 1978 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.002 No. 7 Smelt Dissolving Tank SDT (Kraft) 1978 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.003 No. 7 Lime Kiln Lime Kiln 1978 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.007 No. 8 Recovery Furnace NDCE 1991 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.008 No. 8 Smelt Dissolving Tank SDT (Kraft) 1991 

208228535 Alabama River Cellulose, LLC Perdue Hill AL Unknown (Kraft) 208228535.009 No. 8 Lime Kiln Lime Kiln 1991 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.LK1 Lime Kiln Lime Kiln 1971 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.LK2 lime kiln Lime Kiln 1972 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.RECB1 Recovery Furnace NDCE 1973 1

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.RECB2 Recovery Furnace NDCE 1992 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.SDT1N Smelt Dissolving Tank SDT (Kraft) 1973 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.SDT1S Smelt Dissolving Tank SDT (Kraft) 1973 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

226 Smurfit‐Stone Container Corporation Hodge LA Kraft, Secondary, SemiChem 226.SDT2 Smelt Dissolving Tank SDT (Kraft) 1992 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.CA81 D Lime Kiln Lime Kiln 1989 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.RF01 No. 5 Recovery Furnace NDCE 1973 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.RF02 No. 5 Recovery Smelt Dissovling

Tank

SDT (Kraft) 1973 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.RF04 No. 6 Recovery Furnace NDCE 1982 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.RF05 No. 6 Recovery Smelt Dissolving

Tank East

SDT (Kraft) 1982 

240 Rayonier Performance Fibers, LLC JESUP GA Kraft 240.RF06 No. 6 Recovery Smelt Dissolving

Tank West

SDT (Kraft) 1982 

242 Leaf River Cellulose, LLC New Augusta MS Kraft 242.AA‐011 Recovery Furnace NDCE pre‐1990 

242 Leaf River Cellulose, LLC New Augusta MS Kraft 242.AA‐012 Smelt Disolving Tank SDT (Kraft) pre‐1990 

242 Leaf River Cellulose, LLC New Augusta MS Kraft 242.AA‐013 lime kiln Lime Kiln pre‐1990 

243 GP Cellulose, LLC. Brunswick GA Kraft 243.LG07 #5 Lime Kiln Lime Kiln pre‐1990 

243 GP Cellulose, LLC. Brunswick GA Kraft 243.R401 #5 Recovery Boiler (R401) NDCE pre‐1990 1

1

243 GP Cellulose, LLC. Brunswick GA Kraft 243.R403 #5 Smelt Dissolver Tank (R403) SDT (Kraft) pre‐1990 

243 GP Cellulose, LLC. Brunswick GA Kraft 243.R407 #6 Recovery Boiler (R407) NDCE 1990 

243 GP Cellulose, LLC. Brunswick GA Kraft 243.R408 #6 Smelt Dissolver Tank (R408) SDT (Kraft) 1990 

340 Green Bay Packaging Inc. Morrilton AR Kraft, Secondary 340.005 Recovery furnace NDCE 1975 

340 Green Bay Packaging Inc. Morrilton AR Kraft, Secondary 340.007 Smelt dissolving tank SDT (Kraft) 1975 

340 Green Bay Packaging Inc. Morrilton AR Kraft, Secondary 340.008 Lime kiln Lime Kiln 1975 

525 Georgia Pacific Consumer Operations

LLC

Palatka FL Kraft 525.EU17 No. 4 Lime Kiln Lime Kiln pre‐1990 

525 Georgia Pacific Consumer Operations

LLC

Palatka FL Kraft 525.EU18 No. 4 Recovery Boiler (Oil) NDCE pre‐1990 1

2

525 Georgia Pacific Consumer Operations

LLC

Palatka FL Kraft 525.EU19North No. 4 Smelt Dissolving Tanks

(North)

SDT (Kraft) pre‐1990 

525 Georgia Pacific Consumer Operations

LLC

Palatka FL Kraft 525.EU19South No. 4 Smelt Dissolving Tanks

(South)

SDT (Kraft) pre‐1990 

531 International Paper Company Savannah GA Kraft, Secondary 531.LK7 No. 7 Lime Kiln Lime Kiln 1990 

531 International Paper Company Savannah GA Kraft, Secondary 531.RF10 No. 15 Smelt Dissolving Tank Vent SDT (Kraft) 1995 

531 International Paper Company Savannah GA Kraft, Secondary 531.RF15 No. 15 Recovery Boiler NDCE 1995 

600 International Paper Company Courtland AL Kraft 600.G0803 No. 2 Recovery Furnace DCE 1979, Mod. 1989 1

600 International Paper Company Courtland AL Kraft 600.G0805 No. 2 Smelt Dissolving Tank SDT (Kraft) 1979, Mod. 1989 1

600 International Paper Company Courtland AL Kraft 600.G0806 No. 3 Recovery Furnace NDCE 1991, Mod. 2005 1

600 International Paper Company Courtland AL Kraft 600.G0807 No. 3 Smelt Dissolving Tank SDT (Kraft) 1991 

600 International Paper Company Courtland AL Kraft 600.G0903 No. 1 Lime Kiln Lime Kiln 1970 

600 International Paper Company Courtland AL Kraft 600.G0905 No. 2 Lime Kiln Lime Kiln 1979 

600 International Paper Company Courtland AL Kraft 600.G0908 No. 3 Lime Kiln Lime Kiln 1990 

600 International Paper Company Courtland AL Kraft 600.G2303 BLO Off Gas Collection System BLO UK 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.LK4 lime kiln Lime Kiln 1986 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.RB2 recovery furnace NDCE 1958 1

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.RB3 recovery furnace DCE [See Notes] 1966 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI Code Operator PysCity PysST Pulp_Processes

Final_small

_business RTI&EUID EmissionUnitDesc

EmissionProcess

Group YearInstalled 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.RB4 recovery furnace NDCE 1975 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.SDT2 smelt dissolving tank SDT (Kraft) 1958 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.SDT3 smelt dissolving tank SDT (Kraft) 1966 

606 Buckeye Florida, Limited Partnership Perry FL Kraft 606.SDT4 smelt dissolving tank SDT (Kraft) 1975 

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.10 No. 2 Smelt Dissolving Tank SDT (Kraft) 1975 

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.4 No. 1 Recovery Boiler NDCE 1965 1

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.5 No. 2 Recovery Boiler NDCE 1975 

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.7 A Lime Kiln Lime Kiln 1965 

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.8 B Kime Kiln Lime Kiln 1975 

610 Verso Androscoggin LLC Jay ME Kraft, Mechanical 610.9 No. 1 Smelt Dissolving Tank SDT (Kraft) 1965 

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.001L Recovery Boiler 1L Stack 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.001R Recovery Boiler 1R Stack 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.001L/001R Recovery Boiler 1L/1R Stacks DCE 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.002L Recovery boiler 2L Stack 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.002R Recovery boiler 2R Stack 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.002L/002R Recovery boiler 2L/2R Stacks DCE 1968 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.005 1 Left SDT SDT (Kraft) 1989‐upgrade 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.006 1 Right SDT SDT (Kraft) 1989‐upgrade 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.007 2 Left SDT SDT (Kraft) 1989‐upgrade 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.008 2 Right SDT SDT (Kraft) 1989‐upgrade 1

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.009 Lime kiln Lime Kiln 1968 

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.UT‐7 #1 Black Liquor Oxidation Tank BLO 1974 

613 Georgia Pacific Monticello LLC Monticello MS Kraft, Secondary 613.UT‐8 #3 Black Liquor Oxidation Tank BLO 1985 

615 Georgia‐Pacific Consumer Products,

LP

Clatskanie OR Kraft 615.21 Lime Kiln Lime Kiln pre‐1990 

615 Georgia‐Pacific Consumer Products,

LP

Clatskanie OR Kraft 615.24 Chemical Recovery Furnace NDCE pre‐1990, 1986‐

upgrade, 2005‐

upgrade

1

u

615 Georgia‐Pacific Consumer Products,

LP

Clatskanie OR Kraft 615.25 Smelt Dissolving Tank SDT (Kraft) pre‐1990 

617 Domtar A.W. LLC Nekoosa WI Kraft 617.B14 Recovery Boiler NDCE 1991 

617 Domtar A.W. LLC Nekoosa WI Kraft 617.P21 Smelt Dissolving Tank SDT (Kraft) 1991 

617 Domtar A.W. LLC Nekoosa WI Kraft 617.P22 Lime Kiln Lime Kiln 1995 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
mission Units

RTI&EUID

100.037A100.109100.115102.LK102.RB10102.SDTV10103.G‐158

103.G‐165

103.G‐225

104.EUG D6104.EUG E4b104.EUG E7105.EU440BLO105.EU445A105.EU445BEast105.EU445BWest105.EU445BEastW

105.EU445C105.EU445D105.EU455107.08‐P1107.09‐P2107.11‐P14108.LK1

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

DBESP Yes 1993 1993 new 1993 20 

SCBR Yes 1993 1993 new 1993 20 ESP Yes 1993 1993 new 1993 20 ESP Yes 1985 1985 new 1985 28 DBESP‐WPR No 2002 11 

SCBR No 2002 11 

DBESP Yes 2000 2000 modified 2000 13 SCBR Yes 1987 1987 new 1987 26 SCBR No 2000 13 

DBESP Yes 2006 2006 new 2006 7 INC_RF Yes 2006 2006 new 2006 7 ESP Yes pre‐1990 2005 modified 2005 8 

No 1964 49 Not in operation 

WBESP No 1964 49 NA: Not in operation 

SCBR No 1964 Not in operation 

SCBR No 1964 Not in operation 

SCBR No 1964 49 Not in operation 

DBESP‐WPR Yes 2007 (approxi 2007 modified 2007 6 

SCBR No 2007 6 

ESP No 1955 58 NA: newer kiln constructed in 1964

is used; older kiln is backup

DBESP Yes pre‐1990 1990 new 1996 17 

SCBR Yes pre‐1990 1989 new 1996 17 

ESP Yes 1996 1996 new 1996 17 SCBR No 1974 39 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

108.RB3108.SDT3109.LK1109.RB3109.RB4109.SDT3109.SDT4111.G‐127

111.G‐35

111.G‐44

112.AA‐100112.AA‐101a112.AA‐110114.U500114.U508114.U800115.LK01115.RE01115.SM01116.001116.003116.004117.B21117.P30117.P36119.EQT005119.EQT006119.EQT008119.EQT010119.EQT011119.EQT013119.EQT014120.F7120.M18120.M19120.M3

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

DBESP Yes 2009 2009 new 2009 4 PBSCBR/INC_RF Yes 2009 2009 new 2009 4 ESP Yes 1997 1997 new 1997 16 DBESP Yes 1985 1985 new 1985 28 DBESP Yes 1997 1997 new 1997 16 SCBR Yes 1985 1985 new 1985 28 SCBR Yes 1997 1997 new 1997 16 SCBR/INC_RF Yes 2009 2009 modified 2009 4 ESP Yes 1996 1996 new 1996 17 DBESP‐WPR Yes 2009 2009 modified 2009 4 

DBESP Yes 2009 2009 2009 4SCBR Yes 2009 2009 2009 4ESP Yes 1990 1990 1990 23 DBESP Yes 1980 1980 new 1994 19 SCBR Yes 1980 1980 new 1994 19 ESP Yes 2003 2003 new 2003 10 ESP Yes 1990 1990 collects emissions from BB 1990 23 

DBESP Yes 1990 1990 modified 2000 13 SCBR Yes 1990 1990 modified 2000 13 SCBR No 1968 45 

WBESP Yes 1981‐1982 1982 new 1982 31 SCBR Yes 1981‐1983 1982 new 1982 31 DBESP No 1995 18 

SCBR No 1995 18 

SCBR No 1960 53 

SCBR No 1964 49 

SCBR No 1963 50 

DBESP No 1964 49 

DBESP Yes 1989 1989 new 1989 24 SCBR Yes 1989 1989 new 1989 24 

No 1964 49 

No 1964 49 

DBESP Yes 1988 1988 new 1988 25 SCBR Yes 1979 1979 new 1979 34 SCBR No NA NA 1976 37 SCBR Yes 1989 1989 new 1989 24 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

121.000009121.000010121.000011121.000013121.000014121.BLOX01121.BLOX02121.BLOX03121.BLOX01‐03

124.001124.004‐1

124.019124.020124.021124.037‐8

126.LK126.RECOV126.SDT127.LK1127.LK2127.REC1127.SDT1130.1

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR No 1967 46 

SCBR No 1967 46 

SCBR No 1967 46 

DBESP No 1967 46 

DBESP No 1967 46 

1967

INC 1967

1967

No 1967 46

DBESP No 1971 42 

MC/SCBR Yes 2007 2007 psd permit 2007 6 

WBESP No 1972 41 

SCBR No 1972 41 

SCBR No 1971 42 

No 1972 41 

ESP/SCBR No NA NA NA 1972 41 WBESP Yes 1980 1980 new 1995 18 SCBR Yes 1980 1980 new 1995 18 ESP No 1963 50 

ESP No 1973 40 

WBESP Yes 1990 1990 modified 1991 22 SCBR Yes 1990 1990 modified 1991 22 WBESP No NA NA NA 1957 56 replace 2 small DCEs w/ sing

NDCE

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

130.11130.2130.23130.3130.4130.5130.6130.7131.16131.18131.5131.6131.BLO131.SDT4N131.SDT4S131.SDT4N/4S131.SDT5132.21LK4132.4RB132.4SDT132.5RB132.5SDT

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR No NA NA NA 2002 11 WBESP No NA NA NA 1964 49 replace 2 small DCEs w/ sing

NDCE

No NA NA NA 1964 49 remove 

DBESP No NA NA NA 2002 11 SCBR No NA NA NA 1957 56 SCBR No NA NA NA 1964 49 SCBR No NA NA NA 1957 56 replace with single SDT serv

NDCE

SCBR No NA NA NA 1964 49 replace with single SDT serv

NDCE

CYC/SCBR Yes 1982 1982 new 1982 31 SCBR No 1956 57 

DBESP No 1975 38 

DBESP Yes 1991 1991 new 1991 22 DBESP No 1975 38 

SCBR 1975 

SCBR 1975 

SCBR No 1975 38 

SCBR Yes 1991 1991 new 1991 22 ESP Yes 1989 1989 new 1989 24 DBESP‐WPR No 1970 43 mod NDCE 

SCBR Yes 2003 2003 2003 10 mod SDT 

DBESP‐WPR Yes 1977 1977 new 1977 36 

SCBR Yes 1977 1977 new 1977 36 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

133.10133.12a133.12b133.14133.15135.003‐1

135.004‐1

135.007‐1

135.007‐2

136.EU 005

136.EU 031

136.EU 033

137.157137.189137.204137.511137.512137.721138.001138.002138.003139.02139.03139.04140.32140.55

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

DBESP Yes 2002 2002 modified 2002 11 SCBR No 2001 12 

SCBR No 2001 12 

SCBR No 1960 53 

SCBR No 1973 40 

DBESP Yes 2010 2010 modified 2010 3 CYC/SCBR No 1976 37SCBR No 1991 22 

SCBR No 1991 22 

DBESP Yes 1998 1998 new 1998 15 SCBR Yes 1998 1998 new 1998 15 ESP Yes 1999 1999 new 1999 14 SCBR No 1990 23 

DBESP‐WPR No 1990 23 

SCBR Yes 1987 1987 new 1987 26 ESP No 1958 55 

ESP/PBSCBR No 1975 38 

DBESP‐WPR Yes 1987 1987 new 1987 26 

SCBR No 1976 37 

DBESP‐WPR Yes 1991 1991 modified 1991 22 

PBSCBR No 1991 22 

DBESP‐WPR/DBESP/DBESP

No 1969 44 mod NDCE 

SCBR No 1969 44 mod SDT 

SCBR No 1975 38 

SCBR No 1968 45 

DBESP No 1968 45 mod NDCE 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

140.57142.CU7214142.CU7215142.CU7216142.P6009142.P6025142.P7225142.P7236142.P7413143.6063143.7000143.7005143.7010143.7015143.7020143.7025143.7032145.31145.54145.55145.56145.57145.001146.10146.16146.17146.23146.30146.6146.8147.14147.161147.243

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

PBSCBR No 1968 45 mod SDT 

DBESP No 1985 28 

DBESP Yes 1986 1986 new 1999 14 WBESP No 1985 28 

SCBR No 1975 38SCBR No 1960 53

No 1985 28

SCBR Yes 1986 1986 new 1999 14 SCBR No 1985 28ESP Yes 1992 1992 new 1992 21 WBESP No 1992 21 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

SCBR No 1992 21 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

WBESP No 2000 13 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

SCBR No 2000 13 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

WBESP No 2000 13 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

SCBR No 2000 13 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

No 2000 13 NA: Replaced 3 DCEs with with no. 4

RF (NDCE) and SDT in 2012

No 1986 27 reduce throughput because 

serve 1 DCE

WBESP No 1959 54 replace w/ NDCE 

WBESP No 1986 27 

OTH No 1959 54 replace SDT 

SCBR No 1986 27 

SCBR No 1966 47 

SCBR No NA NA NA 1996 17 DBESP‐WPR Yes 1991 1991 new 1991 22 

SCBR Yes 1991 1991 new 1991 22 

No NA NA NA 1996 17 

ESP/SCBR Yes 1998 1998 new 1998 15 SCBR No NA NA NA 1950 63 mod LK 

WBESP No NA NA NA 1996 17 DBESP Yes 2003 2003 modified 2003 10 SCBR No NA NA NA 2003 10 SCBR Yes pre‐1990 1995 new 2003 10 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

147.244147.3147.5147.55148.001148.002148.003148.007148.008148.009149.B011149.P001149.P005150.CAU‐12150.CREC‐1

150.CREC‐2a

150.CREC‐2b

150.CREC‐2a/2b

151.CP001151.CP002151.REC001151.REC004151.REC005151.REC006151.REC005/006151.REC007151.REC008151.REC009152.03152.04152.07152.08

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes pre‐1990 1995 new 2003 10 

SCBR Yes pre‐1990 1980 modified 1980 33 

DBESP Yes 2003 2003 modified 2003 10 CYC/ESP Yes 1995 1995 new 2010 3 DBESP No 1996 17 

SCBR No 1996 17 

SCBR No 1966 47 

DBESP Yes 1990 1990 new 1990 23 SCBR Yes 1990 1990 new 1990 23 ESP Yes 1990 1990 new 1990 23 DBESP Yes 1999 1999 modified 1999 14 CYC/SCBR No 1961 52 

SCBR Yes 1999 1999 modified 1999 14 SCBR Yes 1989 1989 new 1989 24 DBESP Yes 1981 1981 new 1992 21 SCBR Yes 1981 1981 new 1992 SCBR Yes 1981 1981 new 1992 SCBR Yes 1981 1981 new 1992 21 SCBR (NCG scrubbers

pre‐kiln + LK SCBR]

Yes pre‐1990 1990 1990 23 

ESP (NCG scrubberspre‐kiln + LK ESP]

Yes 1990 1990 new 1990 23 

No 1983 30 

DBESP Yes 1984 1984 new 1984 29 SCBR/STRIP Yes 1984 1984 new 1984 SCBR/STRIP Yes 1984 1984 new 1984 SCBR/STRIP Yes 1984 1984 new 1984 29 DBESP No 1983 30 

SCBR/STRIP No 1983 30 

SCBR/STRIP No 1983 30 

WBESP/SCBR No 1969 44 

SCBR No 1969 44 

No 1969 44 

SCBR No 1969 44 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

153.EQT 0053153.EQT 0065153.EQT 0066154.P30154.P32154.P35154.P36154.P37154.P38154.P39154.P40154.P41154.P40/41155.LIME KILN155.RECOVERY FU155.SDT156.143100156.145000156.BLOXID156.LK5156.RF18

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes 1988 1988 1988 25 SCBR No 1998 15 

SCBR No 1998 15 

ESP/SCBR Yes 1989 1989 modified 1989 24 SCBR No 1995 18 

SCBR No 1987 26 

WBESP No 1987 26 

WBESP Yes 1989 1989 new 1989 24 PBSCBR Yes 1989 1989 new 1989 24 WBESP No 1995 18 

1995 1995 

No 1995 18 

SCBR No 1972 41 

DBESP Yes 1994 1994 modified 1994 19 PBSCBR Yes 1994 1994 modified 1994 19 SCBR Yes pre‐1995 1992 Collects emissions from BB 1992 21 

SCBR Yes pre‐1995 1992 Collects emissions from BB 1992 21 

No 2001 12 

ESP Yes pre‐1990 1982 new 1982 31 

WBESP No 1965 48 NA: Not in operation 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

156.RF19156.RF22156.SMEL18156.SMEL19156.SMEL22157.KILN157.RB2157.SDT159.PW04159.F3159.F4162.371A162.372A162.381A162.381C162.382A162.382B163.BLO404163.BLO405163.BLO404/BLO4163.LK1501163.LK2502163.RF1901163.RF2904163.SD1902163.SD1903163.SD2906164.B08164.B10

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

WBESP No 2001 12 

DBESP Yes pre‐1990 1992 modified or reconstructed ( 1992 21 

PBSCBR No 1965 48 Not in operation 

PBSCBR No 2001 12 

PBSCBR Yes pre‐1990 1992 modified or reconstructed ( 1992 21 

SCBR No 1958 55 

WBESP No 1972 41 mod NDCE 

OTH No 1972 41 mod SDT 

SCBR No 1991 22 

SCBR No 1991 22 

SCBR No 1968 45 

SCBR Yes 1982 1982 new 1982 31 ESP Yes 1989 1989 new 1989 24 DBESP Yes 1982 1982 new 1982 31 SCBR Yes 1982 1982 new 1982 31 DBESP Yes 1989 1989 new 1989 24 SCBR Yes 1989 1989 new 1989 24 

No 2007 

No 2007 

No 2007 6 

SCBR No 1967 46 

SCBR Yes 1980 1980 new 1980 33 WBESP No 2007 6 

WBESP Yes 1980 1980 new 1980 33 SCBR No 2007 6 

SCBR No 2007 6 

SCBR Yes 1980 1980 new 1980 33 DBESP No 1996 17DBESP No 1995 18

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

164.P08164.P10164.P12165.000002165.000006165.000008165.000013165.000014165.000019166.BLOX1166.BLOX2166.BLOX1/2166.LK01166.LK02166.RB01166.RB02166.ST01166.ST02167.004LK167.005RB

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR No 1996 17SCBR No 1995 18SCBR Yes 1986 1986 1986 27 SCBR No 1975 38 

DBESP Yes 1990 1990 modified 1991 22 SCBR Yes 1990 1990 reconstructed 1991 22 DBESP Yes 1985 1985 modified 1990 23 SCBR No 1990 23 

SCBR No 1972 41 

No 1989 

COND/RTO No 1989 

COND/RTO No 1989 24 

SCBR No 1963 50 

SCBR Yes 1979 1979 modified 1979 34 WBESP No 1983 30 

WBESP/SCBR Yes 1989 1989 modified 1989 24 SCBR No 1983 30 

SCBR No 1989 24 

SCBR No NA NA NA 1967 46 WBESP No NA NA NA 1967 46 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

167.007SDT167.TK0217169.03169.04169.05169.06169.07171.002171.003171.004171.006171.007171.008171.009171.010171.021172.LK03172.RB01172.RB02

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR No NA NA NA 1967 46 

No NA NA NA 1967 46 

SCBR Yes 1981 1981 new 1981 32 WBESP Yes 1981 1981 new 1994 19 WBESP Yes 1981 1981 new 1995 18 PBSCBR Yes 1981 1981 new 1994 19 PBSCBR Yes 1981 1981 new 1995 18 DBESP‐WPR No 1990 23 

DBESP‐WPR No 1990 23 

DBESP‐WPR No 1991 22 

OTH No 1990 23 

SCBR No 1990 23 

SCBR No 1991 22 

SCBR No 1958 55 

SCBR No 1964 49 

No 1991 22 

SCBR Yes 1986 1986 new 1986 27 WBESP No NA NA NA 1982 31 WBESP Yes 1981 1981 new 1987 26 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

172.ST01172.ST02173.LK1173.RECOVB173.SDT174.G‐18

174.G‐32

174.G‐60

174.G‐63B

174.G‐63C

174.G‐92

174.G‐95

175.APRX175.LK1A175.LK2A175.RB2A175.RB3A175.ST2A

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR No NA NA NA 1982 31 SCBR Yes 1981 1981 new 1987 26 SCBR No NA NA NA 1970 43 DBESP No NA NA NA 1970 43 mod NDCE 

SCBR No NA NA NA 1970 43 mod SDT 

ESP/SCBR Yes 1997 1997 new 1998 15 DBESP Yes 1982 1982 new 1982 31 

No 1974 39 

SCBR No 1974 39 

SCBR Yes 1982 1982 new 1982 31 WBESP No 1974 39 

CYC/SCBR No 1976 37 

No 1989 24

SCBR No 1960 53 

SCBR Yes 1987 1987 new 1987 26 WBESP No 1989 24 

DBESP Yes 1988 1988 new 1988 25 SCBR No 1989 24 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

175.ST3A176.G‐37

176.G‐5

176.RB7177.EU0804177.EU0805177.EU0905178.08P012178.08P013178.08T014178.08T015178.09P037179.LK3179.RF3179.SDT180.D001180.D002180.L001180.L002181.01181.09181.10181.09/10181.11181.14181.49181.50181.49/50

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes 1988 1988 new 1988 25 SCBR No 1997 16 

SCBR No 1961 52 

DBESP Yes 1997 1997 modified 1997 16 DBESP Yes 1981 1981 new 1981 32 SCBR Yes 1981 1981 new 1981 32 SCBR No 1981 32 

DBESP No 1989 24 

DBESP No 1989 24 

SCBR No 1989 24 

SCBR No 1989 24 

ESP/SCBR No 1995 18 

ESP Yes 1995 1995 New 1995 18 DBESP Yes 1992 1992 New 1992 21 SCBR Yes 1992 1992 New 1992 21 DBESP Yes 1992 1992 new 1992 21 SCBR Yes 1992 1992 new 1992 21 SCBR Yes 1996 1996 new 1996 17 SCBR Yes 1996 1996 new 1996 17 SCBR No 1964 49 

WBESP 1993 

WBESP 1993 

WBESP No 1993 20 

SCBR No 1993 20 

SCBR No 1976 37 

DBESP Yes 1990 1990 new 1990 DBESP Yes 1990 1990 new 1990 DBESP Yes 1990 1990 new 1990 23 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

181.51182.037182.103182.110183.002183.003183.004184.72184.73184.LK1184.LK2184.SDT1184.SDT2a184.SDT2b185.02185.05185.07186.LK186.RB15186.RB17188.001LK1188.002LK2188.003LK3188.014RB1188.015SD1188.016RB2188.017SD2188.HBLBLO

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes 1990 1990 new 1990 23 DBESP Yes 1993 1993 New 1993 20 SCBR No 1966 47 

SCBR Yes 1993 1993 New 1993 20 DBESP No 1987 26 

SCBR No 1987 26 

SCBR No 1974 39 

DBESP‐WPR Yes 2000 2000 modified 2000 13 

DBESP‐WPR Yes 2001 2001 modified 2001 12 

SCBR Yes 2000 2000 modified or reconstructed ( 2000 13 

ESP/SCBR Yes 2000 2000 modified or reconstructed ( 2000 13 SCBR No 2000 13 

SCBR No 2001 12 

SCBR No 2001 12 

DBESP/SCBR No 2007 6 

PBSCBR No 2007 6 

SCBR Yes 1979 (when in 1979 new 2002 11 

ESP/SCBR Yes 1992 1992 new 1992 21 DBESP Yes 1992 1992 new 1992 21 SCBR Yes 1992 1992 new 1992 21 SCBR No 1956 57 

SCBR No 1959 54 

SCBR No 1963 50 

WBESP No 1996 17 

SCBR No 1996 17 

WBESP No 1996 17 

SCBR No 1996 17 

No 1996 17 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

189.SN25189.SN26189.SN27189.SN28190.L600190.L601190.R400190.R401190.R402190.R404190.R405190.R406195.002195.003195.007196.SN‐02

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes pre‐1990 1981 new 1981 32 

WBESP Yes pre‐1990 1981 new 1981 32 

SCBR Yes pre‐1990 1981 new 1981 32 

SCBR Yes pre‐1990 1981 new 1981 32 

SCBR No 1963 50 

SCBR No 1967 46 

DBESP Yes pre‐1990 1990 modified 1990 23 

DBESP Yes pre‐1990 1991 modified 1991 22 

DBESP No 1983 30 

SCBR Yes pre‐1990 1990 modified 1990 23 

SCBR Yes pre‐1990 1991 modified 1991 22 

SCBR No 1983 30 

SCBR No NA NA NA 1965 48 DBESP Yes Pre‐1990 1988 new 1988 25 

SCBR Yes Pre‐1990 1988 new 1988 25 

ESP Yes 1991 1991 new 1991 22 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

196.SN‐06

196.SN‐08North

196.SN‐08South

196.SN‐08North/S

196.SN‐09

196.SN‐14

196.SN‐15

197.1197.12197.2197.4198.004198.019198.020199.002199.004199.011200.007_10200.007_8200.007_9200.007RF2200.007RF3201.SR0001201.SR0003201.SR0034202.Lime Kiln EU3

202.Recovery Furn

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

DBESP Yes pre‐1990 1979 modified 1989 24 

SCBR Yes pre‐1990 1979 modified 1989 

SCBR Yes pre‐1990 1979 modified 1989 

SCBR Yes pre‐1990 1979 modified 1989 24 

SCBR Yes pre‐1990 1979 modified 1979 34 

DBESP Yes pre‐1990 1989 new 1989 24 

SCBR Yes pre‐1990 1989 new 1989 24 

SCBR No 1957 56 

No 1986 27 

DBESP/SCBR No 1986 27 

SCBR No 1986 27 

SCBR Yes 1989 1989 new 1989 24 DBESP Yes 1994 1994 new 1994 19 SCBR Yes 1994 1994 new 1994 19 DBESP No 1997 16 

SCBR No 1997 16 

SCBR No 1975 38 

ESP Yes 1994 1994 new 1994 19 SCBR No 1984 29 

SCBR Yes 1983 1983 new 2007 6 DBESP No 1984 29 

DB‐WBESP [2‐sided

dry and wet]

Yes 1983 1983 new 2007 6 

DBESP No 2001 12 

SCBR No 1969 44 

SCBR No 2001 12 

CYC/SCBR Yes 1989/90 1990 New 1990 23 DBESP Yes 1989/90 1989 ESP Replacement 2001 12 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

202.Smelt Dissolvi203.2DTScr203.3DTScr203.LKScr203.RF#2203.RF#3205.008205.009205.010205.025206.G‐31

206.G‐32

206.G‐34

206.G‐35

206.G‐36

206.G‐37

206.G‐38

207.038207.103A207.108208228535.001208228535.002208228535.003208228535.007208228535.008208228535.009226.LK1226.LK2226.RECB1226.RECB2226.SDT1N226.SDT1S

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes 1989/90 1990 Replacement 2001 12 SCBR Yes 1979 1979 new 2000 13 SCBR No 2010 3 

SCBR Yes 1979 1979 new 1979 34 DBESP Yes 1979 1979 modified 2000 13 DBESP Yes 2003 2003 modified 2010 3 SCBR No 1964 49 

WBESP No 1973 40 

SCBR No 1973 40 

No 1973 40 

WBESP No 1991 22 

WBESP No 1992 21 

TO/SCBR No 1992 21 

OTH No 1991 22 

OTH No 1992 21 

SCBR No 1947 66 replace LK 

SCBR No 1954 59 mod LK 

DBESP Yes Pre‐1990 1983 modified or reconstructed ( 1983 30 

SCBR Yes Pre‐1990 1976 modified or reconstructed ( 1966 47 PBSCBR Yes Pre‐1990 1983 modified or reconstructed ( 1983 30 DBESP Yes 1978 1978 new 1978 35 SCBR Yes 1978 1978 new 1978 35 SCBR Yes 1978 1978 new 1978 35 DBESP Yes 1991 1991 new 1991 22 SCBR Yes 1991 1991 new 1991 22 ESP Yes 1991 1991 new 1991 22 SCBR No 1971 42 

SCBR No 1972 41 

WBESP No 1996 17 

WBESP Yes 1992 1992 new 1992 21 SCBR No 1996 17 

SCBR No 1996 17 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

226.SDT2240.CA81240.RF01240.RF02240.RF04240.RF05240.RF06242.AA‐011242.AA‐012242.AA‐013243.LG07243.R401243.R403243.R407243.R408340.005340.007340.008525.EU17525.EU18525.EU19North525.EU19South531.LK7531.RF10531.RF15600.G0803600.G0805600.G0806600.G0807600.G0903600.G0905600.G0908600.G2303606.LK4606.RB2606.RB3

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

SCBR Yes 1992 1992 new 1992 21 ESP Yes 1989 1989 new 1989 24 DBESP No 1973 40 mod NDCE [add] SCBR No 1973 40 mod SDT [add] 

DBESP Yes 1982 1982 new 1982 31 SCBR Yes 1982 1982 new 1982 31 SCBR Yes 1982 1982 new 1982 31 DBESP Yes 1984 1984 new 1984 29 SCBR Yes 1984 1984 new 1984 29 ESP/SCBR Yes 1984 1984 new 1984 29 ESP/SCBR Yes pre‐1990 1986 new 1986 27 

DBESP No 1996 17 

SCBR No 1996 17 

DBESP Yes 1990 1990 new 1990 23 SCBR Yes 1990 1990 new 1990 23 DBESP No 1975 38 

SCBR No 1975 38 

SCBR No 1975 38 

SCBR No 1976 37 

DBESP‐WPR No 2007 6 

SCBR No 2007 6 

SCBR No 2007 6 

ESP Yes 1990 1990 new 1990 23 SCBR Yes 1995 1995 new 1995 18 DBESP Yes 1995 1995 new 1995 18 WBESP Yes pre‐1990 1979 new 1989 24 

SCBR Yes pre‐1990 1979 new 1989 24 

DBESP Yes 1991 1991 new 2005 8 SCBR Yes 1991 1991 new 2005 8 SCBR No 1970 43 

SCBR Yes pre‐1990 1979 new 1979 34 

SCBR Yes 1990 1990 new 1990 23 

No 1989 24 

ESP Yes 1985 1985 new 1986 27 

DBESP No 2010 3 NA: Low‐odor conversion in 2010 x‐mod NDCE [remove] 

DBESP No 1966 47 NA: RF conversion performed in

2012

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

606.RB4606.SDT2606.SDT3606.SDT4610.10610.4610.5610.7610.8610.9613.001L613.001R613.001L/001R613.002L613.002R613.002L/002R613.005613.006613.007613.008613.009613.UT‐7

613.UT‐8

615.21615.24615.25617.B14617.P21617.P22

RTI_APCD_Type SubjectBB5

YearSubjectB

B

YearSubjectB

B_revised ReasonSubjectBB

Install/upgrade year

for determining NSPS

impact

Effective age for

determining impact

(2013 ‐ yr) Operating Status Note Projection 

DBESP No 1975 38 

SCBR No 1958 55 NA: Low‐odor conversion in 2010 x‐mod SDT [remove] 

SCBR No 1966 47 

SCBR No 1975 38 

SCBR No 1975 38 

DBESP No 1987 26 

DBESP No 1975 38 

SCBR No 1965 48 

SCBR No 1975 38 

SCBR No 1987 26 

DBESP No 1991 

DBESP No 1991 

DBESP No 1991 22 

DBESP No 1991 

DBESP No 1991 

DBESP No 1991 22 

SCBR No 1991 22 

SCBR No 1991 22 

SCBR No 1991 22 

SCBR No 1991 22 

SCBR No 1968 45 

No 1991 22 

No 1991 22 

SCBR No 1966 47 

DBESP Yes 2005 2005 modified 2005 8 SCBR Yes 2005 2005 modified 2005 8 DBESP Yes 1991 1991 new 1991 22 PBSCBR Yes 1991 1991 new 1991 22 ESP Yes 1995 1995 new 1995 18 

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
mission Units

RTI&EUID

100.037A100.109100.115102.LK102.RB10102.SDTV10103.G‐158

103.G‐165

103.G‐225

104.EUG D6104.EUG E4b104.EUG E7105.EU440BLO105.EU445A105.EU445BEast105.EU445BWest105.EU445BEastW

105.EU445C105.EU445D105.EU455107.08‐P1107.09‐P2107.11‐P14108.LK1

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No C037A DBESP 1993no changes required No C109 SCBR 1993

no changes required No C24 ESP 1993no changes required No LK‐ESP ESP 1985no changes required No RB‐ESP DBESP‐WPR 1975, 1995‐upgrade

no changes required No SDTV‐S SCBR 1996no changes required Yes RBESP DBESP 1975no changes required Yes LK5VS SCBR 1987

no changes required Yes NSS SCBR 1975no changes required No RF ESP DBESP 2006no changes required No EUG D6 INC_RF 2006 RF ESP DBESP 2006

ESP installed No LK ESP ESP 1992

CD440‐067 and

CD441‐050

OTH 1972

no changes required no CD445‐183 WBESP 1982

no changes required no CD445‐164 SCBR 1972

no changes required no CD445‐162 SCBR 1972

no changes required no CD445‐162 &

CD445‐164

SCBR 1972

no changes required no CD445‐480 DBESP‐WPR 1982

no changes required no CD 445‐447 SCBR 1972

no changes required no CD 456‐110 ESP 1976

no changes required No 08‐E1 DBESP pre‐1990

09‐P2 SCBR pre‐1990

11‐P13 ESP 1996

Compliance test for flow and

differnetial pressure

No LKSCRB SCBR pre 1990

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

108.RB3108.SDT3109.LK1109.RB3109.RB4109.SDT3109.SDT4111.G‐127

111.G‐35

111.G‐44

112.AA‐100112.AA‐101a112.AA‐110114.U500114.U508114.U800115.LK01115.RE01115.SM01116.001116.003116.004117.B21117.P30117.P36119.EQT005119.EQT006119.EQT008119.EQT010119.EQT011119.EQT013119.EQT014120.F7120.M18120.M19120.M3

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No ESP DBESP 2009no changes required No SDT3SCBR PBSCBR 2009 RB3 INC_RF 2009 RB3ESP1&2 RF/DBESP no changes required No LKESP ESP 1997no changes required No RB3ESP DBESP 1987no changes required No RB4ESP DBESP 1997no changes required No ST3SBR SCBR 1987no changes required No ST4SBR SCBR 1997no changes required No STWS SCBR 2009 ES 445‐001 DBESP‐WPR 2009

no changes required No LKESP ESP 1996no changes required No ES 445‐001 DBESP‐WPR 2009

RBESP DBESP 1990SDTVSS SCBR 1990LKESP ESP 1990

no changes required No CDU1 DBESP 1980

no changes required No CDU5 SCBR 1980Replaced Calciner with Lime Kiln No CDU7 ESP 2003

LK01 ESP 2002RE01 DBESP 1998SM01 SCBR 1978

no changes required No LKSCR SCBR 1967‐1968

no changes required No RFESP WBESP 1981‐1982

no changes required No SDTSCR SCBR 1981‐1983

no changes required no C21 DBESP 1974

no changes required no C05 SCBR 1974no changes required no C53 SCBR 1960

no changes required Yes SCBR04 SCBR 1980no changes required Yes SCBR05 SCBR 1963no changes required Yes ESP008 DBESP 1980

no changes required Yes ESP010 DBESP 1989no changes required Yes SCBR11 SCBR 1989

no changes required Yes ESP5 DBESP 1989no changes required Yes LK1S SCBR 1999

no changes required Yes LK2S SCBR 1999

no changes required Yes STS5 SCBR 2000

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

121.000009121.000010121.000011121.000013121.000014121.BLOX01121.BLOX02121.BLOX03121.BLOX01‐03

124.001124.004‐1

124.019124.020124.021124.037‐8

126.LK126.RECOV126.SDT127.LK1127.LK2127.REC1127.SDT1130.1

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No C‐11 SCBR 1987no changes required No C‐13 SCBR 1987no changes required No C‐29 SCBR 1995no changes required No C‐REVB1 DBESP 1999no changes required No C‐REVB2 DBESP 1999

000011,000003 INC000011,000003 INC

no changes required no ESP001 DBESP 2002no changes required no MC004 MC 1970 LKSBR004 SCBR 1970no changes required no ESP019 WBESP 1970new scrubber no SDTSBR020 SCBR 2002new scrubber no SDTSBR021 SCBR 2002no changes required no

install ESP (dry) No LKPPT ESP 2003 LKScr SCBR 1986no changes required No RecESP WBESP 1980no changes required No SDTScr SCBR 1980no changes required No ESP1 ESP 2003no changes required No ESP2 ESP 2003no changes required No E101A WBESP 1993 ‐ Upgrade

no changes required No E111A SCBR 1991 ‐ Upgrade

No changes required Yes 1RESP WBESP 1957 (1998 ‐ Rebuilt by

Environmental Elements)

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

130.11130.2130.23130.3130.4130.5130.6130.7131.16131.18131.5131.6131.BLO131.SDT4N131.SDT4S131.SDT4N/4S131.SDT5132.21LK4132.4RB132.4SDT132.5RB132.5SDT

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

No changes required Yes 11SD3S SCBR 1980No changes required Yes 2RESP WBESP 1964 (1992 ‐ Rebuilt by

PrecipTech)

NA NoNo changes required Yes 3RESP DBESP 1971 (2002 ‐ Rebuilt)

No changes required Yes 4LKSCR SCBR 1957No changes required Yes 5LKSCR SCBR 1964No changes required Yes 6SD1S SCBR 1980No changes required Yes 7SD2S SCBR 1980

Yes CZ12‐3 SCBR 1982

Yes CZ11‐1 SCBR 1966Yes CR01CD DBESP 1975

Changed precipitator from wet

bottom to dry bottom

Yes CR05CD DBESP 1991Yes CR01CD DBESP 1975Yes CR02CD SCBR 1975Yes CR03CD SCBR 1975Yes CR02CD/CR03CD SCBR 1975Yes CRO6CD SCBR 1991

no changes required no 4LKESP ESP 1989 4LKFF BH 2001no changes required no ESP1 DBESP‐WPR 1970

no changes required no SCBR1 SCBR 1988no changes required no ESP2 DBESP‐WPR 1977no changes required no SCBR2 SCBR 1977

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

133.10133.12a133.12b133.14133.15135.003‐1

135.004‐1

135.007‐1

135.007‐2

136.EU 005

136.EU 031

136.EU 033

137.157137.189137.204137.511137.512137.721138.001138.002138.003139.02139.03139.04140.32140.55

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required Yes RB4MS DBESP 1973no changes required Yes SDT4TE SCBR 1973no changes required Yes SDT4TW SCBR 1973no changes required Yes LK#1 SCBR 1972‐upgrade

no changes required LK#2 SCBR 1972no changes required Yes 003‐7 DBESP pre‐1990 003‐8 DBESP pre‐1990 003‐9 DBESP 

004‐2 SCBR pre‐1990

no changes required Yes 007‐4 SCBR pre‐1990no changes required Yes 007‐5 SCBR pre‐1990no changes required no CE007 DBESP 1998no changes required no CE017 SCBR 1998no changes required no CE019 ESP 1999no changes required No PC(157) SCBR 1972no changes required No PC(189) DBESP‐WPR 1972no changes required No PC(204) SCBR 1987no changes required No PC(511) ESP 2002

no changes required No PC(512) ESP 2002 PC(512)S PBSCBR 2002no changes required No PC(721) DBESP‐WPR 1987

no changes required No SCRB LK1 SCBR 1976

no changes required No ESP RB1 DBESP‐WPR 1976

no changes required No SCRB SDT1 SCBR 1990 SCRB SDT2 PBSCBR 1990

No ESP1 DBESP‐WPR pre‐1990 ESP2&3 DBESP/DBESP 1992

Scrubber design reviewed and

improvements made to scrubber

damper and spray nozzle

locations.

No SDTSCBR SCBR pre‐1990

New venturi scrubber with

variable throat damper installed in

2003.

No LKSCBR SCBR 2003

Upgrade venturi scrubber (2003) no 481‐141 SCBR 2003

Replaced collecting plates &

electrodes is 1st field (2003)

no 461‐170 DBESP 1969

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

140.57142.CU7214142.CU7215142.CU7216142.P6009142.P6025142.P7225142.P7236142.P7413143.6063143.7000143.7005143.7010143.7015143.7020143.7025143.7032145.31145.54145.55145.56145.57145.001146.10146.16146.17146.23146.30146.6146.8147.14147.161147.243

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

New scrubber ‐ venturi with a

packed bed system rigid grids

(2002)

no 461‐212 PBSCBR 2002

no changes required No CD‐7214 DBESP 1999

Air pollution control equipment

upgraded in 1997.

No CD‐7215 DBESP 1977

no changes required No CD‐7216 WBESP 1991

No CD‐6009 SCBR 1975

No CD‐6025 SCBR 1973

no changes required No CD‐7236 SCBR 1977

CD7217 SCBR 1974

No C009 ESP 1992

ESP Rebuild No C011 WBESP pre‐1990

No C012 SCBR 1992

ESP Rebuild No C013 WBESP pre‐1990, 2002 rebuild

No C014 SCBR 1992

ESP Replacement No C015 WBESP 2004 Replacement

No C016 SCBR 1992

PR012‐01 OTH

no changes required No PR010‐02C WBESP 1969 PR010‐03C DBESP 2000 PR010‐04C DBESP 

no changes required No PR010‐02C WBESP 1969 PR010‐03C DBESP 2000 PR010‐04C DBESP 

PR009‐01C OTH 1959

PR011‐01C SCBR 1997 PR011‐02C SCBR 1997

no changes required no 001 SCBR 1997

no changes required no SDT01a SCBR 1991 SDT01b SCBR 1991no changes required no RF201 DBESP‐WPR 1991

no changes required no SDT201 SCBR 1991

no changes required nono changes required no LK201 ESP 1999 LK202 SCBR 1999no changes required no LK101 SCBR <1990no changes required no RF101 WBESP <1990no changes required no C‐620 DBESP 1995no changes required no C‐635 SCBR 1993no changes required no C‐624 SCBR 1993

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

147.244147.3147.5147.55148.001148.002148.003148.007148.008148.009149.B011149.P001149.P005150.CAU‐12150.CREC‐1

150.CREC‐2a

150.CREC‐2b

150.CREC‐2a/2b

151.CP001151.CP002151.REC001151.REC004151.REC005151.REC006151.REC005/006151.REC007151.REC008151.REC009152.03152.04152.07152.08

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required no C‐623 SCBR 1993no changes required no C‐827 SCBR 1978no changes required no C‐622 DBESP 1995no changes required no C‐830 CYC 1995 C‐829 ESP 1995

no changes required Yes RF1ESP DBESP 1996‐upgrade

no changes required No SDT1SCB SCBR UKno changes required Yes LK1SCB SCBR UKno changes required Yes RF2ESP DBESP 1990no changes required No SDT2SCB SCBR 1990no changes required Yes LK2ESP ESP 1990no changes required No ES‐503 DBESP 1976

no changes required No MC‐102 CYC 1991 SC‐102 SCBR 1961

no changes required No SC‐502 SCBR 1978

no changes required no SCRBLK SCBR 1989no changes required no ESP‐1 DBESP 2006‐upgrade

no changes required no SCRBSTa SCBR 1981

no changes required no SCRBSTb SCBR 1981no changes required no SCRBSTa/b SCBR 1981no changes required No CPCD3 PBSCBR 1991 CD‐RECCD8 SCBR 1994 CD‐RECCD9 SCBR 

no changes required Yes CPCD3 PBSCBR 1991 CD‐RECCD8 SCBR 1994 CD‐RECCD9 SCBR 

no changes required Yes RECCD2 DBESP 1984no changes required Yes RECCD3 SCBR 1984 CD‐REC040 STRIP 1994no changes required Yes RECCD4 SCBR 1984 CD‐REC040 STRIP 1994no changes required Yes RECCD3/CD4 SCBR 1984 CD‐REC040 STRIP 1994no changes required Yes RECCD5 DBESP 1966 CPCD1 SCBR 1972no changes required Yes RECCD6 SCBR 1966 CD‐REC040 STRIP 1994no changes required Yes RECCD7 SCBR 1966 CD‐REC040 STRIP 1994no changes required Yes 03‐ESP WBESP 1982 03‐SCBR SCBR 1999

no changes required Yes 04‐SCBR SCBR 1970

no changes required Yes 07‐SCBR SCBR 1970

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

153.EQT 0053153.EQT 0065153.EQT 0066154.P30154.P32154.P35154.P36154.P37154.P38154.P39154.P40154.P41154.P40/41155.LIME KILN155.RECOVERY FU155.SDT156.143100156.145000156.BLOXID156.LK5156.RF18

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

A SCBRB SCBRC SCBR

no changes required Yes C05 ESP 1993 C06 SCBR 1968no changes required Yes C07 SCBR 1987no changes required Yes C09 SCBR 1987no changes required Yes C10 WBESP 1974 installed; 2003

upgrade

no changes required Yes C11 WBESP 1988no changes required Yes C12 PBSCBR 1989no changes required Yes C13 WBESP 1988

NoNo OTHNo OTH

no changes required No LK SCRUBBER SCBR 1972

no changes required No RF ESP DBESP 1972

Spray nozzles on scrubber weremodified

No SDT SCRUBBER PBSCBR 2004‐upgrade

It is uncertain whether changeswere made primariliy for MM

compliance. However, the venturi

scrubber was modified to increase

particulate removal efficiency on

3/6/2003.

No LK03WS SCBR pre‐1990

It is uncertain whether changes

were made primariliy for MM

compliance. However, the venturi

scrubber was modified to increase

particulate removal efficiency on

8/30/2004.

No LK04WS SCBR pre‐1990No

no changes required No LK5ESP ESP pre‐1990

It is uncertain whether changes

were made primarily for MM

compliance. However, precipitator

internals were rebuilt on10/31/01.

No RF18EP WBESP pre‐1990

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

156.RF19156.RF22156.SMEL18156.SMEL19156.SMEL22157.KILN157.RB2157.SDT159.PW04159.F3159.F4162.371A162.372A162.381A162.381C162.382A162.382B163.BLO404163.BLO405163.BLO404/BLO4163.LK1501163.LK2502163.RF1901163.RF2904163.SD1902163.SD1903163.SD2906164.B08164.B10

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

It is uncertain whether changeswere made primariliy for MM

compliance. However, firebox

tubing for RF19 was replaced in

2001.

No RF19EP WBESP pre‐1990

no changes required No RF22EP DBESP pre‐1990no changes required No ST18VS PBSCBR pre‐1990no changes required No ST19VS PBSCBR pre‐1990no changes required No ST22VS PBSCBR pre‐1990installed additional mud washing

showers

No VENSCR SCBR 1972

no changes required No WESP WBESP 1972no changes required No SDRMST MIST 1972no changes required No CD01 SCBR 1968no changes required No CD01 SCBR 1968no changes required No CD03 SCBR 2004

None Yes 371ASCRUB SCBR 1982None Yes 372AESP ESP 1989None Yes 381AESP DBESP 1982None Yes 381CSCRUB SCBR 1982None Yes 382AESP DBESP 1989None Yes 382BSCRUB SCBR 1989No changes required Yes LK1SCR SCBR 1990No changes required Yes LK2SCR SCBR 1980No changes required Yes RF1EP1 WBESP 1967 RF1EP2 WBESP 1967No changes required Yes RF2EP1 WBESP 1980 RF2EP2 WBESP 1980No changes required Yes SD1SC1 SCBR 1967No changes required Yes SD1SC2 SCBR 1967No changes required Yes SD2SCR SCBR 1980

C08 DBESP 1984C10 DBESP 1988

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

164.P08164.P10164.P12165.000002165.000006165.000008165.000013165.000014165.000019166.BLOX1166.BLOX2166.BLOX1/2166.LK01166.LK02166.RB01166.RB02166.ST01166.ST02167.004LK167.005RB

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

C18 SCBR 1975C19 SCBR 1975

no changes required yes C17 SCBR 1986no changes required Yes 263009 SCBR 1977no changes required Yes 351013 DBESP 1990 351014 ESP 1990no changes required Yes 401015 SCBR 1977no changes required Yes EP‐1N DBESP 1985 EP‐1S ESP 1985

no changes required Yes SM01 SCBR 1990no changes required Yes VS‐2 SCBR 1972

BLOXCOND COND 2006 BLOX2RTO RTO 2006 BLOX2SCR SCBR BLOXCOND COND 2006 BLOX2RTO RTO 2006 BLOX2SCR SCBR 

Yes LK1 Scrubber SCBR 1963

Yes LK2 Scrubber SCBR 1979

Yes RB1ESP WBESP 1963Yes RB2ESP WBESP 1966/1989 RB2Scrubber SCBR 1989Yes ST1 Scrubber SCBR 1964

Yes ST2 Scrubber SCBR 1967

No changes required Yes LKSCBR SCBR 1974No changes required Yes RBESPA WBESP 1982 RBESPB WBESP 1982

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

167.007SDT167.TK0217169.03169.04169.05169.06169.07171.002171.003171.004171.006171.007171.008171.009171.010171.021172.LK03172.RB01172.RB02

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

No changes required Yes SDSCBR SCBR 1980NA Nono changes required No LKSCRB SCBR 1981no changes required No No. 1 Recovery

Boiler ESP

WBESP 1981

no changes required No No. 2 Recovery

Boiler ESP

WBESP 1981

no changes required No No. 1 Smelt Tank

Scrubber

PBSCBR 1981

no changes required No No. 2 Smelt Tank

Scrubber

PBSCBR 1981

COMS installed Yes ESPRB2 DBESP‐WPR 1958, 1990‐modification

COMS installed Yes ESPRB3 DBESP‐WPR 1959, 1990‐modification

COMS installed Yes ESPRB4 DBESP‐WPR 1968, 1991‐modification

CPMS installed Yes MESDT2 MIST 1958

CPMS installed Yes VSSDT3 SCBR 1959, 1989 ‐ 

modification

CPMS installed Yes VSSDT4 SCBR 1968, 1985 scrubber

modification

CPMS installed Yes VSLK1 SCBR 1958

CPMS installed Yes VSLK2 SCBR 1964 ‐ modificationNA Yes LK03 Scrubber SCBR 1986

NA Yes RB01 Precipitator WBESP 1966

NA Yes RB02 Precipitator WBESP 1981

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

172.ST01172.ST02173.LK1173.RECOVB173.SDT174.G‐18

174.G‐32

174.G‐60

174.G‐63B

174.G‐63C

174.G‐92

174.G‐95

175.APRX175.LK1A175.LK2A175.RB2A175.RB3A175.ST2A

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

NA Yes ST01 Scrubber SCBR 1966

NA Yes ST02 Scrubber SCBR 1981

Modified the lime kiln scrubber

throat by installing a damper so

that the differential pressure

across the scrubber could be

maintained during periods of low

air flow (startup, shutdown).

Yes LKSCBR SCBR 1970Yes ESPA DBESP 1970 ESPB ESP 2000Yes SDSCBR SCBR 1970

no changes required Yes G‐18 ESP ESP 1998 G‐18 SCRUB SCBR 1998

no changes required Yes G‐32 ESP DBESP 1975Raised total flow to scrubber fan

which increased amperage

Yes G‐63B SCRUB SCBR 1975

Raised total flow to scrubber fan

which increased amperage

Yes G‐63C EWSCRUB SCBR 1981

no changes required Yes G‐92 ESP WBESP 1981no changes required Yes G‐95 CYC CYC 1995 G‐95 SCRUB SCBR 1976

no changes required yes LK1B SCBR 1989no changes required yes LK2B SCBR 1999

Improved pptr controllers yes RB2B WBESP 1978

Improved pptr controllers yes RB3B DBESP 1988

no changes required yes ST2B SCBR 1992

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

175.ST3A176.G‐37

176.G‐5

176.RB7177.EU0804177.EU0805177.EU0905178.08P012178.08P013178.08T014178.08T015178.09P037179.LK3179.RF3179.SDT180.D001180.D002180.L001180.L002181.01181.09181.10181.09/10181.11181.14181.49181.50181.49/50

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required yes ST3B SCBR 1988no changes required Yes 08‐CD‐013‐001 SCBR 1995

no changes required Yes 09‐CD‐004‐001 SCBR 1985

no changes required Yes 08‐CD‐004‐001 DBESP 1995

no changes required No EU0804ESP DBESP 1981no changes required No CD0801 SCBR 1981no changes required No EU0905SCR SCBR 1981no changes required No 08C012 DBESPno changes required No 08C013 DBESPno changes required No 08C014 SCBRno changes required No 08C015 SCBRno changes required No 09C37A ESP 1995 09C37B SCBR 1995no changes required no LK3ESP ESP 1995no changes required no RF3ESP DBESP 1992no changes required no SDTSCR SCBR 1992no changes required Yes D01E DBESP 1992no changes required Yes D02S SCBR 1992

no changes required Yes L01S SCBR 1997

no changes required Yes L02S SCBR 1997no changes required No LK1_SCBR SCBR 1964no changes required No 4RBN_ESPWB WBESP 1993‐upgrade

no changes required No 4RBS_ESPWB WBESP 1993‐upgrade

no changes required No 4RBN_ESPWB/4R

BS_ESPWB

WBESP 1993‐upgrade

new scrubber No 4SDT_SCBR SCBR 2004‐upgrade

no changes required No LK2_SCBR SCBR 1978no changes required No 5RBN_ESPDB DBESP 1990

no changes required No 5RBS_ESPDB DBESP 1990no changes required No 5RBN_DBESP/5RB

S_ESPDB

DBESP 1990

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

181.51182.037182.103182.110183.002183.003183.004184.72184.73184.LK1184.LK2184.SDT1184.SDT2a184.SDT2b185.02185.05185.07186.LK186.RB15186.RB17188.001LK1188.002LK2188.003LK3188.014RB1188.015SD1188.016RB2188.017SD2188.HBLBLO

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

new scrubber No 5SDT_SCBR SCBR 2004‐upgrade

no changes required no C37 DBESP 1993no changes required no C03 SCBR 1966no changes required no C10 SCBR 1993

ESP1 DBESP 1988Scrb3 SCBRSCBR2 SCBR

no changes required No ESP‐1 DBESP‐WPR 2000‐upgrade

no changes required No ESP‐2 DBESP‐WPR 2001‐upgrade

no changes required No 10 SCBR 2005

installed ESP before scrubber No LK2ESP ESP 2004‐upgrade 11 SCBR pre‐1990

no changes required No 7 SCBR pre‐1990no changes required No 8 SCBR pre‐1990no changes required No 9 SCBR pre‐1990no changes required Yes RF4ESP DBESP/SCBR 1998‐upgrade RF4SCB SCBR 1984

no changes required Yes SD4SCB PBSCBR 1975

no changes required Yes LK4SCB SCBR 1979None No LK27 ESP 1992 LK27 SCBR 1992None No CRUESP DBESP 1992None No SMSCR SCBR 1992no changes required Yes LK1SCB SCBR pre‐1990

no changes required Yes LK2SCB SCBR pre‐1990no changes required Yes LK3SCB SCBR pre‐1990new ESP Yes 62‐101 WBESP 2003no changes required Yes 62‐056 SCBR pre‐1990

no changes required Yes 62‐301 WBESP 1996

no changes required Yes 62‐056 SCBR pre‐1990

no changes required No

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

189.SN25189.SN26189.SN27189.SN28190.L600190.L601190.R400190.R401190.R402190.R404190.R405190.R406195.002195.003195.007196.SN‐02

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No SN25S SCBR 1981no changes required No SN26E WBESP 1981no changes required No SN27S SCBR 1981no changes required No SN28S SCBR 1981no changes required No C600 SCBR 1963no changes required No C601 SCBR 1967no changes required No C400 DBESP 1990no changes required No C401 DBESP 1991no changes required No C402 DBESP 1995no changes required C404 SCBR 1990no changes required C405 SCBR 1991no changes required C406 SCBR 1972no changes required No LKSCR SCBR 1965no changes required No 3RBESP DBESP 1989no changes required No SDTSCR SCBR 1989no changes required No SN‐02 ESP 1991

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

196.SN‐06

196.SN‐08North

196.SN‐08South

196.SN‐08North/S

196.SN‐09

196.SN‐14

196.SN‐15

197.1197.12197.2197.4198.004198.019198.020199.002199.004199.011200.007_10200.007_8200.007_9200.007RF2200.007RF3201.SR0001201.SR0003201.SR0034202.Lime Kiln EU3

202.Recovery Furn

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No SN‐06 DBESP pre‐1990

no changes required No SN‐08 SCBR pre‐1990

no changes required No SN‐08 SCBR pre‐1990

no changes required No SN‐08 SCBR pre‐1990

no changes required No SN‐09 SCBR pre‐1990

no changes required No SN‐14 DBESP pre‐1990

no changes required No SN‐15 SCBR pre‐1990

no changes required no VENTSCR SCBR 2003 PEABODYSCR SCBR 1956 DUSTSCR SCBR 

no changes required no ESP DBESP 1987 RECSCR SCBR 1992no changes required no SMELTSCR SCBR 1988no changes required No 004_CD SCBR 1988no changes required No 019_CD DBESP 1994no changes required No 020_CD SCBR 1994no changes required No Z003 DBESP 1976no changes required No Z006 SCBR 1976

replaced wet scrubber with

flooded disc venturi scrubber

No Z032 SCBR 2004

No Changes Required No 2723C ESP 1995No Changes Required No 2511C SCBR 1966No Changes Required No 2511C SCBR 1966No Changes Required No 2505C DBESP 1990No Changes Required No 5105C DB‐WBESP [2‐

sided dry and

wet]

1993‐upgraded

no changes required No ESP DBESP 1987installed new venturi scrubber

system

No LKS SCBR 2003

added controls to existing

scrubber system

No SDTS SCBR 1987

A better operations and

preventive maintenance plan to

meet MM compliance. Changed

PM10 limits in 2002 due to

condensable fraction ofparticulate and in 2008 using

bubble option approach to

provide margin of compliance

safety for the lime kiln and smelt

Yes‐PartiallyCE 340 CYC 1990 CE341 SCBR 1990

No change needed to meet MM

compliance. Changed PM10 limits

in 2008 using bubble optionapproach to provide margin of

compliance safety for the lime kiln

and smelt dissolving tank

condensable particulate; using

state required limits that were

more strin

Yes‐PartiallyCE320 DBESP 1990

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

202.Smelt Dissolvi203.2DTScr203.3DTScr203.LKScr203.RF#2203.RF#3205.008205.009205.010205.025206.G‐31

206.G‐32

206.G‐34

206.G‐35

206.G‐36

206.G‐37

206.G‐38

207.038207.103A207.108208228535.001208228535.002208228535.003208228535.007208228535.008208228535.009226.LK1226.LK2226.RECB1226.RECB2226.SDT1N226.SDT1S

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

No change needed to meet MM

compliance. Changed PM10 limits

in 2003 due to condensablefraction of particulate and in 2008

using bubble option approach to

provide margin of compliance

safety for the lime kiln and smelt

dissolving tank condensablefractio

Yes‐PartiallyCE322 and CE323 SCBR 1990

no changes required No 2DTScr‐Scr SCBR 1971no changes required No 3DTScr‐Scr SCBR 1990no changes required No LKScr‐Scr SCBR 1979

no changes required No RF#2‐ESP DBESP 1980

no changes required No RF#3‐ESP DBESP 1973

no changes required No LKS SCBR 1964no changes required No ESP‐N WBESP 1973 ESP‐S WBESP 1973

no changes required No SDTS SCBR 1973no changes required No

Yes RB10 ESP WBESP 2004 upgrade

RB11 ESP WBESP 2003 upgrade

S‐71 RTO 2006 LK5 SCRUB SCBR 2004

New set of Sprays installed Yes SDT10 DEM MIST pre‐1990

Yes SDT11 DEM MIST 1973

Yes LK4 SCRUB SCBR pre‐1990

Upgraded scrubber Yes LK5 SCRUB SCBR 2004 LK5 DEM OTH 2004

no changes required Yes C28 DBESP 1983no changes required Yes C23 SCBR 1981no changes required Yes C08 PBSCBR 1983

no changes required No X001 DBESP 1995upgraded existing scrubber

system

No X002 SCBR 1978

no changes required No X003 SCBR 1978no changes required No X012 DBESP 1991upgraded existing scrubber

system

No X013 SCBR 1991

no changes required No X014 ESP 1991

Installed new venturi scrubber

system

No LKS1 SCBR 2004

Installed new venturi scrubber

system

No LKS2 SCBR 2004

No changes required No RB2ESP WBESP 1985No changes required No RB3ESP WBESP 1992Installed new venturi scrubber

system

No SDT2NS SCBR 2004

Installed new venturi scrubber

system

No SDT2SS SCBR 2004

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

226.SDT2240.CA81240.RF01240.RF02240.RF04240.RF05240.RF06242.AA‐011242.AA‐012242.AA‐013243.LG07243.R401243.R403243.R407243.R408340.005340.007340.008525.EU17525.EU18525.EU19North525.EU19South531.LK7531.RF10531.RF15600.G0803600.G0805600.G0806600.G0807600.G0903600.G0905600.G0908600.G2303606.LK4606.RB2606.RB3

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

Installed new venturi scrubber

system

No SDT3S SCBR 1992

No changes required No CAC4 ESP 1991No changes required No RFC1 DBESP 1973No changes required No RFC2 SCBR 1971No changes required No RFC3 DBESP 1982No changes required No RFC4 SCBR 1982No changes required No RFC5 SCBR 1982no changes required No UT‐9 DBESP 1984no changes required No UT‐7 SCBR 1984no changes required No RC‐6a ESP 1989 RC‐6b SCBR 1984

no changes required No LEP1 ESP pre‐1990 LKS1 SCBR pre‐1990

no changes required No R401R4 DBESP pre‐1990no changes required No RSS5 SCBR 1992no changes required No REP6 DBESP 1990no changes required No RSS6 SCBR 1990Replace ESP Yes ESP DBESP 2004

Install venturi scrubber Yes SDTVS SCBR 2004

no changes required Yes LKVS SCBR pre‐1990no changes required No LKSCB SCBR pre‐1990no changes required No RFESP DBESP‐WPR pre‐1990

no changes required No SDTSCB SCBR pre‐1990no changes required No SDTSCB SCBR pre‐1990no changes required No AP01 ESP 1989no changes required No AP15 SCBR 1995no changes required No AP14 DBESP 1995

Yes 08‐CD‐02‐001 WBESP 1979

Yes 08‐CD‐02‐004 SCBR 1979Yes 08‐CD‐03‐001 DBESP 1991Yes 08‐CD‐03‐003 SCBR 1991Yes 09‐CD‐01‐001 SCBR 1970Yes 09‐CD‐02‐001 SCBR 1979Yes 09‐CD‐03‐001 SCBR 1990

No

no changes required No ESP1 ESP 1986

no changes required No ESP2 DBESP 1972no changes required No ESP3 DBESP 1996

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
RTI&EUID

606.RB4606.SDT2606.SDT3606.SDT4610.10610.4610.5610.7610.8610.9613.001L613.001R613.001L/001R613.002L613.002R613.002L/002R613.005613.006613.007613.008613.009613.UT‐7

613.UT‐8

615.21615.24615.25617.B14617.P21617.P22

APCD 1 DATA APCD 2 DATA APCD 3 DATA

MM_ComplianceChanges

MM PM

Bubble APCD_ID RTI_APCD_Type APCDYearInstalled APCD_ID

RTI_APCD_Typ

e APCDYearInstalled APCD_ID RTI_APCD_

no changes required No ESP4 DBESP 1975no changes required No SCRB2 SCBR 1975no changes required No SCRB3 SCBR 1975no changes required No SCRB4 SCBR 1975no changes required Yes SDT2WS SCBR 1976no changes required Yes ESP DBESP 1975no changes required Yes ESP DBESP 1975no changes required Yes ALK‐WS SCBR 1989no changes required Yes LKB‐VS SCBR 1976no changes required Yes SDT1WS SCBR 1981none No 1LPRCP DBESP 1985‐upgrade

none No 1RPRCP DBESP 1985‐upgrade

none No 1LPRCP/1RPRCP DBESP 1985‐upgrade

none No 2LPRCP DBESP 1985‐upgrade

none No 2RPRCP DBESP 1985‐upgrade

none No 2LPRCP/2RPRCP DBESP 1985‐upgrade

none No 1LSCRB SCBR 1989none No 1RSCRB SCBR 1989none No 2LSCRB SCBR 1989none No 2RSCRB SCBR 1989none No LKSCR SCBR 1986none Nonone Nonew scrubber No LKSCB1 SCBR 2002‐new, 2005‐newmodified esp No RFESP1 DBESP pre‐1990, 2002‐upgrade

new scrubber No SDTSC1 SCBR 2001no changes required No C01 DBESP 1991no changes required No C08 PBSCBR 1991

no changes required No C10 ESP 1995

Baseline_Emissions_Impacts_2‐11‐13_10‐YR‐PROJ.xlsx, Att2 Table is 20 pages tall by 3 pages wide 
Color key:

Additions/edits to data from database

Based on RISI dataBased on LW Post 2008 data

Based on BLRBAC inventory data

Based on Subpart MM inventory data

Based on title V permit data

Taken from Part I database

Based on RF capacity dataBased on SDT capacity data

Attac
Attachment 3

Projection of New, Modified, and Reconstructed Emission Units Based on 33 Years of Data

(For Comparison Only)
Projection of New, Modified, and Reconstructed Emission Units Based on 33 Years of Data

(For Comparison Only)

A projection of the number of new and modified/reconstructed units based on 33 years of 

historical data from the ICR was developed for comparison to the 10-year projection presented in 

this memorandum. To use historical trends to project forward, the number of emission units that 

triggered subpart BB NSPS applicability as new units or as modified/reconstructed units over the 

past 33 years (from the 1976 original NSPS applicability date to the 2009 ICR base year) was 

first determined. Second, this number of emission units was divided by 33 to arrive at a historical 

average number of new and modified/reconstructed units per year. Finally, the historical average 

number of new and modified/reconstructed units per year (rounded to the nearest whole number) 

was used to project the number of new or modified/reconstructed units that would be expected in 

the 5-year NSPS review impact period. Table 3-1 presents these calculations based on NSPS 

applicability information in Attachment 2. 

Table 3-1. Emission Units Triggering NSPS Based on Historical Number of 

Emissions Units Triggering NSPS Since 1976

Equipment Type

Recovery furnaces

DCE NDCE LK SDT

Historical Data

Number of units in ICR data base 43 108 131 164

New installations triggering NSPS 2 49 48 58

Modifications/reconstructions triggering NSPS1 1 26 14 12

Total number that triggered NSPS since 1976 3 75 62 70

Average number of new installations per year (over 33 yrs) 0.06 1.48 1.45 1.76

Average number of modified/reconstructed emission units

per year (over 33 yrs) 0.03 0.79 0.42 0.36

Projection for Next 5 Years

Projected number of new installations2 0 7 7 9

Projected number of modified/reconstructed emission units2 0 4 2 2

1. Any NSPS unit not specifically labeled as “new” or “replacement” was considered to trigger NSPS 

through modification or reconstruction, even if not specifically labeled as modified or reconstructed.

2. Calculated as the average number per year x 5 years, rounded to nearest whole number.