## RE: **ICI Boiler**  **MACT -**  **Review of**  **OB Standards**  **Hedman ,**  **Bruce .**  

### Jim **Eddinger, Neeharika**  **Naik-Dhungel, Joe**  **Bryson, Brian**  **Shrager, Chris Frantz**  

## 1 **attachment**

**Boiler Efficiency**  **Thoughts**
**. ppt** 



### Jim, 

## 05/25/2011 **10:00 AM** 

**I'm hoping**  **this gets**  **to you**  **in time.**  **A few**  **slides for**  **our discussion**  **at 10.**  **Thanks, Bruce**  **Hedman ICF**  **International 202-862-2689** 

**-----Original Message----- From:**  **Eddinger.Jim@epamail.epa.gov [mailto:Eddinger.Jim@epamail.epa.gov]**  **Sent: Tuesday,**  **May 24,**  **2011 9:31**  **AM** 

### To: **Naik-Dhungel.Neeharika@ep amail.epa.gov;**  **Bryson.Joe@epamail.epa.gov; Shrager.Brian@epamail.epa.gov;**  **Frantz.Chris@epamail.epa.gov; Hedman,**  **Bruce Subject:**  **ICI Boiler**  **MACT**
**- Review**  **of OB**  **Standards**

**All,**
**In preparation**  **for our**  **meeting tomorrow**  **on Review**  **of Output-Based**  **Limits, I**  **have attached**  **a draft**  **revised output-based**  **limits memo**  **and the**  **revised appendix**  **(excel file).**  **Based on**  **comments in**  **one of**  **the petitions**  **for reconsideration,**  **I have**  **revised the**  **approach I**  **earlier took**  **to now**  **include condensate**  **return in**  **determining boiler**  **efficiency. I**  **have included**  **in the**  **revised draft**  **memo the**  **equation I**  **used to**  **determine the**  **heat input**  **returned in**  **the condensate, along**  **with the**  **equation for**  **converting the**  **input-based limits**  **to output-based.**  **I have**  **also added**  **two columns**  **to the**  **spreadsheets [Condensate Heat**  **Input (MMBtu/h)**  **and Boiler**  **Efficiency w/condensate (%)]** 
**As you**  **will see,**  **the average**  **boiler efficiencies**  **were reduced**  **and all**  **are lower**  **than 100%.**  **The biggest**  **change to**  **the output-based**  **limits are**  **in the**  **CO limits**  **for the**  **biomass subcategories.**  **The limits**  **would appear**  **to be**  **less stringent**  **but are**  **equivalent (in**  **mass emissions)**  **to the**  **input-based limits.**  **(See attached**  **file: Output-Based**  **Emission limits**  **Memo 052311.docx) (See**  **attached file:**  **BestPerformingUnits with**  **condensate return052011.xls)**  **Talk to**  **you all**  **tomorrow, Jim** 
**James A.**  **Eddinger Energy**  **Strategies Group**  **Sector Policies**  **and Programs**  **Division**

# • H ea t c on t en t ( en t ha l p i e s ) s hou l d a ll be ba s ed on s t ea m

t ab l e s ( s t ea m and c onden s a t e)

• S hou l d i n c l ude hea t o f m a k e - up w a t e r a s add i t i ona l hea t i n t o bo il er

• N o t c l ea r i f s t ea m da t a i s g r o ss o r ne t ou t pu t, o r m i x – c ou l d e x p l a i n v e r

y h i g h e ff i c i en c y v a l ue s i n da ta

• B a s e c a l c u l a t i on on m o s t r e li ab l e and m o s t a v a il ab l e da ta

# B oiler S t ea m O ut 858 F 1 185 P s ig 1427 B t u / lb 769 , 000 l b / hr 1097 MM B tu



# DA F eed w a t er 280 F 249

. 3 B t u / lb 769 , 000 l b / hr 191

. 7 MM B tu H ea t in 1067 MM B tu S t ea m t o pro c e ss 858 F 1 185 P s ig 1427 B t u / lb 677 , 000 l b / hr 966

. 1 MM B tu

P egg i ng s t eam 92 , 000 l b / hr 130

. 9 MM B tu

R e t urn C onden s a te

143 F 11 1 B t u / lb 521 , 300 l b / hr (77 %) 57

. 8 MM B tu M a k e up 60 F 28 B t u / lb 155 , 700 l b / hr 4

. 4 MM B tu 

# 1 1 2 3

4

5

6 7

A Z C a t al y s t P ape rS no wf la ke

# E f

f i c ien c y 1 = ( 2

- 7 ) / 1 = ( 1097

- 191

. 7 ) / 1067 = 84

. 8%

E f f i c ien c y 2 = ( 3

- 5

- 6 ) / 1 = ( 966

. 1

- 57

. 8

- 4

. 4 ) / 1 0 67 = 84

. 7%

E f f i c ien c y 3 = ( 2

- 5 ) / 1 = ( 1097

- 57

. 8 ) / 1067 = 97

. 3%

# ' **j History:**  

### Jim, 

## Re: **ICI Boiler**  **MACT -**  

## ICF **RESPONSE, CALL**  **THURS?** 

# �

**Joe Bryso**  **n I(l**  

### Jim **Eddinger 10103/2011**  **05:01 PM**  **Cc:** 

### "Bruce **HedmanICF", "Joel**  **Bluestein", ahampson**  **This message**  **has been**  **replied to.** 



### Attached **and below**  **please find**  **ICF's response.**  **Perhaps we**  **can do**  **a quick**  **call to**  **discuss after**  **you've had**  **a chance**  **to take**  **a look.**  **How's Thurs**  **look for**  **you? Joe** 

**Joe Bryson**  **EPA/Climate Protection**  **Partnerships Division**  **(202) 343-9631**  

# �
**Unit Info**  **for Output-Based**  **Limits 092711**  **ICF.xlsx Hi**  **Joe, I've**  **attached a**  **copy of**  **the "Unit**  **Info for**  **Output-Based Limits"**  **file, with**  **an additional**  **column at**  **the end that**  **identifies the unit**  **as CHP, Power Only,**  **or Possibly**  **Thermal Only.**  **Between our**  **CHP database**  **and the**  **work we've**  **done on**  **the utility**  **MACT, I've**  **identified the**  **CHP and**  **Power Only**  **units with**  **a good**  **degree of**  **confidence. The**  **sites that**  **I have**  **identified as**  **Possibly Thermal**  **Only are**  **confirmed as**  **non-CHP, and**  **they are also**  **not present**  **in EIA's**  **list of**  **non-utility electricity**  **generators. So**  **this leads**  **me to**  **believe they**  **are thermal**  **only, however**  **I cannot**  **say that**  **for sure.**  **Let me**  **know if**  **you have**  **any questions**  **about the**  **data or**  **how I've**  **identified the**  **sites, Anne** 
**Anne Hampson**  **• Ph:**  **202.862.2982 •**  **Fax: 202.862.1144**  **• Email:**  **ahampson@icfi.com ICF**  **International •**  **1725 Eye**  **St. NW,**  **Suite 1000,**  **Washington DC**  **20006 •**  **www.icfi.com**



### Jim **Eddinger** 

## Joe, **In regards**  **to your**  **offer to**  **assist in**  

## develo
**...** 

### 09/26/2011 **02:34:57 PM** 
**From: To:**  **Cc: Date:**  

## Subject: **Joe, Jim**  **Eddinger/RTP/USEPAlUS Joe**  **Bryson/DC/USEPAlUS@EPA "Bruce**  **HedmanlCF" <BHedman@icfi.com>,**  **"Joel Bluestein"**  **<JBluestein@icfi.com> 09/26/2011**  **02:34 PM**  **Re: ICI**  **Boiler MACT** 

### History: 

## RE: **ICI Boller**  **MACT -**  **ICF RESPONSE,**  **CALL THURS?**  **H amp**  **s on**  **, Anne**  **Iu** 

### Jim 

## Eddi **n** 

## ger **,** 

## Joe **Bryson Cc:**  **"Hedman, Bruce",**  **"Bluestein, Joel"**  **This message**  **has been**  **replied to.**  

## 1 **attachment**

# � **Unit Info**  **for Output-Based**  **Limits** 

## 092711 **ICF -**  

### heat **rates.xlsx**



### Hi **Joe and**  **Jim,** 

## 10/11/2011 **03:30 PM** 



### I've **attached the**  **boiler MACT**  **file with**  **heat rate**  **info filled**  **in for**  **most of**  **the power only**  **boilers. There**  **were a**  **couple that**  **I was**  **not able**  **to locate**  **data for,**  **but most**  **were included**  **in EIA's**  **form 923**  

### or **eGRID 2010.** 


### Let **me know**  **if you**  **have any**  **questions, Anne** 
**Anne Hampson**  **•** 

### Ph: **202.862.2982 •**  

### Fax: **202.862.1144 •**  

### Email: **ahampson@icfi.com ICF**  **International •**  

### 1725 

### Eye **St. NW,**  **Suite 1000,**  

### Washington **DC 20006**  **•** 

### www.icfi.com **-----Original Message-----**  **From: Eddinger.Jim@epamail.epa.gov**  **[mailto:Eddinger.Jim@epamail.epa.gov] Sent:**  **Tuesday, October**  **04, 2011**  **1:29** 

### PM **To: Bryson.Joe@epamail.epa.gov**  **Cc: Hampson,**  **Anne; Hedman,**  **Bruce; Bluestein,**  **Joel Subject:**  **Re: ICI**  **Boiler MACT**  **-- ICF**  **RESPONSE, CALL**  **THURS? Joe,**  **Thrusday 1:00**  

### to **2:00** 

### look **open for**  **me. Looking**  **at the**  **tables, is**  **it possible**  **for ICF**  **to locate**  **the operating**  **heat rates**  **for the**  **"power only"**  **units? I**  **could use**  **the heat**  **rates to**  **establish alternate output-based**  **limits in**  **lb/Mwh. Or**  **at least**  **put the**  **conversion factor**  **(average heat**  **rate for**  **best performing**  **units) into**  **the rule.**  **Jim**
**James A.**  **Eddinger Energy**  **Strategies Group**  **Sector Policies**  **and Programs**  **Division 919-541-5426** 



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## 1 **"Bruce HedmanICF"**  **<BHedman@icfi.com>, "Joel**  **Bluestein" <JBlu**  **estein@icfi.com>, ahampson@icfi.com**  

### 1
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**-------- -----------------------------------------------------1**  **IR e:**  **ICI Boiler**  **MACT --**  **ICF RESPONSE,**  **CALL THURS?** 



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**-------- -----------------------------------------------**  **------ 1** 

**Jim, Attached**  **and below**  **please find**  **ICF's response.**  **Perhaps we**  **can do**  **a quick**  **call to**  **discuss after**  **you've had**  **a chance to**  **take a**  **look. How's**  **Thurs look**  **for you?** 
**Joe**

### Joe **Bryson EPA/Climate**  **Protection Partnerships**  **Division (202)**  **343-9631 [attachment**  **"Unit Info**  **for Output-Based**  **Limits 092711**  **ICF. xlsx"**  **deleted by**  **Jim Eddinger/RT**  **P/USEPA/US] Hi**  **Joe, I've attached**  **a copy**  **of the**  **"Unit Info**  **for Output-Based**  **Limits" file,**  **with an**  **additional column**  **at the**  **end that**  **identifies the**  **unit as**  **CHP, Power**  **Only, or**  **possibly Thermal**  **Only.**
**Between our**  **CHP database**  **and the**  **work we've done**  **on the**  **utility MACT, I've**  **identified the**  **CHP and**  **Power Only**  **units with**  **a good**  **degree of**  **confidence. The**  **sites that**  **I have**  **identified as**  **Possibly Thermal**  **Only are**  **confirmed as**  **non-CHP, and**  **they are**  **also not**  **present in**  **E I A's**  **list of**  **non-utility electricity**  **generators. So**  **this leads**  **me to**  **believe they**  **are thermal**  **only, however**  **I cannot**  **say that**  **for sure.**  **Let me**  **know if**  **you have**  **any questions**  **about the**  **data or**  **how I've**  **identified the**  **sites, Anne** 
**Anne Hampson**  **· Ph:**  **202.862.2982 •**  

### Fax: **202.862.1144 •**  

### Email: **ahampson@icfi.com ICF**  **International •**  

### 1725 **Eye St.**  **NW, Suite**  **1000, Washington**  **DC 20006**  **•** 

### www.icfi.com

**From: To:**  **Cc: Date:**  **Subject:**

**Joe, Jim**  **Eddinger/RTP/USEPA/US Joe**  **Bryson/DC/USEPA/US@EPA "Bruce**  **Hedman IC**  **F" <BHedrnan@icfi.com>,**  **"Joel Bluestein"**  **<JBluestein@icfi.com> 09/26/2011**  **02:34 PM** 

**Re: ICI**  **Boiler MACT** 

**In regards**  **to your**  **offer to**  **assist in**  **developing a**  **corresponding lb/MW**  **output-based limit**  **for industrial**  **boilers that**  **produce only**  **electricity, I**  **have attached**  **a list**  **of the**  **best performing**  **units used**  **in the**  **Boiler MACT**  **to determine**  **the emission**  **limits. This**  **is the**  **list I**  **am using**  **to determine**  **the alternate**  **output-based emission**  **limits (lb/MM**  **Btu steam)**  **based on**  **the average**  **conversion factors**  **(input to output)**  **. What**  **would be**  **helpful if**  **there is**  **a way**  **to determine**  **the heat**  **rate for**  **those best**  **performing units**  **that are**  **electricity only**  **units. I**  **know there**  **are several units producing**  **electricity but**  **they may**  **be CHP units. Could**  **you look through**  **the lists**  **and determine which are**  **the electricity**  **only units**  **and what**  **are their**  **heat rates?**  **[attachment "Unit**  **Info for**  **Output-Based Limits 092011.xlsx" deleted by**  **Joe Bryson/DC/USEPA/US]** 
**Thanks for**  **any assistence**  **you can**  **provide. Jim** 

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i qu id N/A 190 C HP M E S D W arr e nSo m e r s et P a ck a ge B o il er M e r c u r y (H g) L

i qu id N/A 71 C HP M ND E S P H a n s O Ny man E U 007 M e r c u r y (H g) S

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O t h er 555 .8 C HP O K G P M u sk o gee M ill B -3 M e r c u r y (H g) S

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O t h er 247 C HP W I G P G r ee n Ba y 2818 B 29

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o lid FB 486 C HP C A C o v a n t a D e l a no U n i t 1 M e r c u r y (H g) S

o lid FB 400 P o w e r O n ly 13,696 E I A F o rm 923 M E B o ra l ex S t ra tton B o il e r #1 M e r c u r y (H g) S

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. 25 P o w e r O n ly 14,148 E I A F o rm 923 N Y B l a ck R i v

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. 25 P o w e r O n ly 13,934 E I A F o rm 923 N Y B l a ck R i v

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. 25 P o w e r O n ly 13,726 E I A F o rm 923 C TEl e c t r ic B o at E M U 17 M e r c u r y (H g) L

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. 85 N on
- C H P, P

o ssi b l y T h e rma l O n ly V A U n i v e r si t y o f V i r g i n ia 7103

- 1

- 01R M e r c u r y (H g) S

o lid S

to k e r / S l op e d G ra te/

O t h er 95 N on
- C H P, P o ssi b l y T h e rma l O n ly WV M ount

a i nS t a te C ar bonFo ll a n s

b ee S1 M e r c u r y (H g) P

r o c e ss G as N/A 98 N on
- C H P, P o ssi b l y T h e rma l O n ly

### F a c ilit y ID C o mbu s to r ID P o ll u ta nt F u e l

C a te go ry C

o mbu s to r D e s ign D e

s ig n C a p a c it y (MMBt u/h r) U n it Ty p e ( I C F D e te rm i n a ti on) H e a t R a te (Bt u/k W h) A L B o i s e W h ite P a p e r J a ckson 102

- 0001

- Z 013 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 435 C HP A LI P C ou r tl a nd N o. 3 C o mb i n a ti on B

o i e r / 11 C

u 301 H y

d r o ge n C h l o r i d e ( H C

l) So lid FB 710 C HP AR P o tl a tchFo r

e s t Wa rr en W

e ll ons B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid D u tch O v e n/ P il e B u r n er 280 C HP A Z C a ta l y s t P a p e r S no w f l a ke P

o w e r B o il e r # 2 C o al H y d r o ge n C h l o r i d e ( H C

l) So lid PC 1132 C HP F L U SS u ga r C o rp B o il e r N o. 4 H y d r o ge n C h l o r i d e ( H C

l) So lid S

u s p e n s i on / G r a te 633 C HP F L U SS u ga r C o rp B o il e r N o. 7 H y d r o ge n C h l o r i d e ( H C

l) So lid S

u s p e n s i on / G r a te 812 C HP G AR a y on i e r J e s up M ill P B01 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 176 C HP I AA r ch e r s Da n i e l s M i d l a nd D e

s M o i n es A s

e a B o il e r #1 H y d r o ge n C h l o r i d e ( H C

l) So lid FB 192 C HP I D P o tl a tch P B

- 1 CE H y d r o ge n C h l o r i d e ( H C

l) So lid F u e l Ce ll 27 .6 C HP I D T A S C O P a ul E r i e C it y B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid PC 297 C HP I D T A S C O P a ul B a bcock a nd W il co

x (B&W) B

o il er H y

d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 245 C HP I NAl co aWa rr i ck U n it #3 H y d r o ge n C h l o r i d e ( H C

l) So lid PC 1589 C HP L A G PP o r t H ud son E Q T 0109

- N o. 6 C F B B o il er H y

d r o ge n C h l o r i d e ( H C

l) So lid FB 1205 C HP M SG P N e wA u g u s ta AA- 015 P o w e r B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 642 C HP O K I P V a lli a nt P o w e r B o il e r E U G -D2 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 945 C HP P AD o m ta r John so nbu rg # 81 C o a l B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid PC 246 C HP P AD o m ta r John so nbu rg # 82 C o a l B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid PC 246

. 6666667 C HP T NBo w a te r N e w s p r i nt B ubb li n g F l u i d i zed B e d B o il er H y

d r o ge n C h l o r i d e ( H C

l) So lid FB 877 C HP T N E a s t m a n

_ N O _C B I DA TA B o il e r 30 H y d r o ge n C h l o r i d e ( H C

l) So lid PC 780 C HP WA G r a y s H a r bo r P a p er N o. 6 B o il e r ( E U 2) H y d r o ge n C h l o r i d e ( H C

l) So lid D u tch O v e n/ P il e B u r n er 210 C HP W IG P G r ee n B a y 2818 B29

- F l u i d i zed B e d B o il e r #9 H y

d r o ge n C h l o r i d e ( H C

l) So lid FB 486 C HP W I N e w P a ge B i r on B24 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 445

. 16 C HP W I N e w P a ge -W i sco n s

i n R a p i ds P

o w e r B o il e r 1

- B21 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 412 .3 C HP M E B o r a l e x S t r a tton B o il e r #1 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 672 P o w e r On ly 12, 262 EI A Fo rm 923 M E F P LEn e r

g y W ym an U n it #5 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 72 P o w e r On ly 15 , 712 EI A Fo rm 923 M I C it y o f E sc a n a ba E U B O I LE R #1 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 178 P o w e r On ly 12, 957 e G R I D 2010 M I C onsu m e rE n e r

g y C o
- C a mpb e ll E U K E

WAN EE B O I LER H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 0 .6 P

o w e r On ly 13, 332 EI A Fo rm 923 M I C onsu m e rE n e r

g y C o
- C a mpb e ll E U A U X B L R12 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 17 P o w e r On ly 13, 332 EI A Fo rm 923 ARA n t hon y Fo r

e s t Pr oduc ts S

N

- 12 H y d r o ge n C h l o r i d e ( H C

l) So lid F u e l Ce ll 29

. 56 N on
- C

HP , P oss i b l y T h e rm a l On ly C TE l e c t r i c B o at E M U 17 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 7 N on
- C HP , P oss i b l y T h e rm a l On ly F L S u ga r C a n e G r o w e r s C oop B

o il e r N o. 8 H y d r o ge n C h l o r i d e ( H C

l) So lid S

u s p e n s i on / G r a te 504 N on
- C HP , P oss i b l y T h e rm a l On ly G A G P M a d i so n P ly 800 W ood Wa s te B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 355 N on
- C HP , P oss i b l y T h e rm a l On ly I AR oqu e tte A m e r i ca C i r cu l a ti n g F l u i d i zed B

e d B o il e r ( 121) H y

d r o ge n C h l o r i d e ( H C

l) So lid FB 996 N on
- C HP , P oss i b l y T h e rm a l On ly I DM o y i e S p r i n g s Lumb e r 420 H F B1 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 125 N on
- C HP , P oss i b l y T h e rm a l On ly MN G P D u l u th E U 33 B o il e r #3 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 43 N on
- C HP , P oss i b l y T h e rm a l On ly M S B o w a te r So u th B a rk B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 234 N on
- C HP , P oss i b l y T h e rm a l On ly M S H a nk i n s Lumb er B o il e r # 1 (AA

- 001) H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 65 N on
- C HP , P oss i b l y T h e rm a l On ly M S H ood Wa y n e

s bo ro AA- 001 (W ood

- F i r e d B o il e r) H y

d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 100 N on
- C HP , P oss i b l y T h e rm a l On ly M S W e y e r h a e u s e r B r uce AA- 002 N o. 2 B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid D u tch O v e n/ P il e B u r n er 115 N on
- C HP , P oss i b l y T h e rm a l On ly N C G P R o x bo ro E S

- 1 W ood f i r e d B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 70 N on
- C HP , P oss i b l y T h e rm a l On ly N C L P R o a r i n g Ri v er B o il e r #2 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 79 N on
- C HP , P oss i b l y T h e rm a l On ly N C M C A S C h e rry P o i nt C P

- 152

- B O I L

- 03 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 96 N on
- C HP , P oss i b l y T h e rm a l On ly N D C a r gill W e s t F a r go Fos te r W h ee l e r B

o il e r ( E U 43) H y d r o ge n C h l o r i d e ( H C

l) So lid FB 50 .3 N on
- C

HP , P oss i b l y T h e rm a l On ly N DM i nn Da k F a rm e rs B a bcock a nd W il co

x B o il e r #5 H y

d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 225 N on
- C HP , P oss i b l y T h e rm a l On ly O RR os e bu r g C oqu ille B o il e r 1 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 127

. 65 N on
- C HP , P oss i b l y T h e rm a l On ly O RR os e bu r g Ri dd l e2 B o il e r #2 H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 80

.5 N on
- C

HP , P oss i b l y T h e rm a l On ly P AB o e i n g Ri d l e

y P a rk 033 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 42 N on
- C HP , P oss i b l y T h e rm a l On ly S CC o ge n So u th B001

- M a i n B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 1337 C HP S C DA K A m e r i c as P 8F H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 38 N on
- C HP , P oss i b l y T h e rm a l On ly S C M a r l bo r o P a p er H o gge d F u e l B o il er H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 470 N on
- C HP , P oss i b l y T h e rm a l On ly S C M illi k e n -D e w ey D 30 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 10

. 46 N on
- C

HP , P oss i b l y T h e rm a l On ly T N In v i s ta C h a tta noo ga E U 003

- V a po r i ze r #2 H y d r o ge n C h l o r i d e ( H C

l) L i qu id N /A 22 N on
- C HP , P oss i b l y T h e rm a l On ly T X D i bo ll T e mp l e
- In l a nd P B

- 44 H y d r o ge n C h l o r i d e ( H C

l) So lid S

u s p e n s i on B u r n er 40 N on
- C HP , P oss i b l y T h e rm a l On ly V A S mur f it S ton e W e s t pt P B08 H y d r o ge n C h l o r i d e ( H C

l) So lid PC 553 C HP V A U n i v e r s it y o f V i r gi n ia 7103

- 1

- 01R H y d r o ge n C h l o r i d e ( H C

l) So lid S

to k e r/ S l op e dG r a te /O t h er 95 N on
- C HP , P oss i b l y T h e rm a l On ly WAW e y e r h a e u s e r

_ R a ym ond H o g F u e l B o il e r E U1 H y d r o ge n C h l o r i d e ( H C

l) So lid D u tch O v e n/ P il e B u r n er 115 N on
- C HP , P oss i b l y T h e rm a l On ly W V M oun ta i n S

ta teC a r bon Fo ll a n s

b ee S1 H y d r o ge n C h l o r i d e ( H C

l) Pr oc e ss G as N /A 98 N on
- C HP , P oss i b l y T h e rm a l On lyF a c ili ty ID C o m bu s t o r ID P o ll u t a nt F u e l C a te g o ry C

o m bu s t o r De sign De

sig n C a p a c i ty ( MM B tu /h r) U n i t T y p e ( IC F Dete r m i n a t i on) H ea t R a te (B tu /k W h) A K D o y on U t ili t i e s _AK 4 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 230 C HP A K D o y on U t ili t i e s _AK 7 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 230 C HP A L G P B r e w t on M ill BR- P S G 0- S 026 No

. 3 P

o w e r B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 608 C HP A L I P C ou r t l a nd No

. 3 C o m b i n a t i on

B o i e r / 11 C

u 301 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss FB 710 C HP A RL eo l a L u m b e r M ill S N -01A Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 94

. 15 C HP A R P o t l a t c h F o r e s t W a rr en W e ll on s B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss D u t c h O v e n / P il e B u r n er 280 C HP C AS i e rr aPa c i f i cL i n c o ln M cB u r n e y B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 289 .3 C

HP F L S m u r f i t

- S t one 7 PB Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 1021 C HP F L U SS u g a r C o rp B o il e r No

. 8 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on / Gr a te 1185 C HP F L U SS u g a r C o rp B o il e r No

. 7 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on / Gr a te 812 C HP G A Te m p l e I n l a nd R o me WF Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss FB 856 C HP G A Te m p l e I n l a nd R o me P B4 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 565 C HP H I P uun e n eS u g a r M ill B o il e r 3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on / Gr a te 568 C HP H I Te s o ro S G 1102 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le Non

- C

on t i n e n t a l L i qu id N /A 82 C HP I AA r c h e rs D a n i e ls M i d l a nd De

s M o i n es A s

ea B o il e r #1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al FB 192 C HP I A I AS t a te U n i v P o w e r P l a nt B1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al FB 235 C HP I A I AS t a te U n i v P o w e r P l a nt B2 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al FB 235 C HP I A U of No r t h e r n I o

wa B o il e r #3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 163 .6 C HP ID A ma lg ama te d S u g a r C oT w i n F a lls S

-B1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 285 C HP ID P o t l a t ch P B-1 CE Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 27 .6 C HP ID P o t l a t ch P B-2 R il ey Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 92 C HP I NNo t r eD ame B-4 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 234 C HP M N A m e ri c

a n C r y s t a l C r oo k s t on B o il e r 1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 137 C HP M S G P N e w A u g u s ta AA -015 P o w e r B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 642 C HP N C H a n e s Dye W i n s t on S a l em E S B02 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 47 .5 C HP N C H a n e s Dye W i n s t on S a l em E S B01 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 47 .5 C HP OH M o r t on S a l t R i tt man B003 - C o a l

- F ir ed B o il e r #1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 140 C HP OH S ma r t Pa p e rs

H o l d i n gs LLC B010 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 420 C HP OH S ma r t Pa p e rs

H o l d i n gs LLC B020 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 249 C HP OH U of C i n c i nn a ti B108 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 136 C HP OR G eo rgi aPa c

i f i c W a un a M ill E U 35 - F l u i d i z ed B ed B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss FB 179 C HP S CI n te r n a t i on a l Pa p e r E a s

t o v er No

. 1 P o w e r B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 545 C HP S CI n te r n a t i on a l Pa p e r E a s

t o v er No

. 2 P o w e r B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 500 C HP TN B o w a te r N e w s p ri nt B ubb li n g F l u i d i z ed B ed B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss FB 877 C HP TN C a rgill Me m ph is S t o ke r B o il e r 8001 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 247 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 25 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 655 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 27 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 655 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 30 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 780 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 31 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 880 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 26 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 655 C HP TNE a s t ma n

_ N O

_ C B ID A TA B o il e r 28 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 655 C HP T X R G V SG B o il e r No

. 6 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on / Gr a te 643 C HP V A D u ke En e rg

y N a rr o ws B o il e r #2 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 91 C HP V A D u ke En e rg

y N a rr o ws B o il e r #3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 184 C HP V A G P B ig I sl a nd 2703 P W R 04 - No

. 4 P

o w e r B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 284 C HP W A Gr a y s H a r bo r Pa p er No

. 6 B o il e r ( E U 2) Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss D u t c h O v e n / P il e B u r n er 210 C HP WI D o m t a r2814 B11 , S 11 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 120 C HP WI G P Gr ee n B a y 2818 B29 - F l u i d i z ed B ed B o il e r #9 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al FB 486 C HP WI G P Gr ee n B a y 2818 B10 - W a s te p a p e r S l ud g e
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) f il te r a b le B i o ma ss FB 95 C HP WI N e w Pa g e B ir on B24 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 445

. 16 C HP WIW a u s au # 5 P o w e r B o il e r (B 24) Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 143 C HP M E B o r a l e x S t r a tt on B o il e r #1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 672 P o w e r O n ly 12, 26 2 E I A F o r m 923 N C E P C ORR o x bo ro 1-A Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 220 P o w e r O n ly 10 , 24 6 E I A F o r m 923 N C E P C ORR o x bo ro 1-B Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 220 P o w e r O n ly 10 , 24 6 E I A F o r m 923 N C E P C ORR o x bo ro 1-C Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 220 P o w e r O n ly 10 , 24 6 E I A F o r m 923 NY C onEd 59 t h S t S t a t i onN e w Yo rk B o il e r 118 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le H eavy L i qu id N /A 180 P o w e r O n ly 13, 15 4 E I A F o r m 923 A L B P

- De c a tu r24 A B-8301 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le L ig h t L i qu id N /A 400 Non

- C H P, P o ssi b l y Th e r ma l O n ly A R W e y e r h a e u s e r D i e r k s M ill S N -45 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss D u t c h O v e n / P il e B u r n er 249 Non

- C H P, P o ssi b l y Th e r ma l O n ly A R W e y e r h a e u s e r D i e r k s M ill S N -32 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 169 Non

- C H P, P o ssi b l y Th e r ma l O n ly F L S u g a r C a n e Gr o w e rs C oop B o il e r No

. 3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on / Gr a te 229 Non

- C H P, P o ssi b l y Th e r ma l O n ly G A G P M a d is

on P ly 800 Woo d W a s te B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 355 Non

- C H P, P o ssi b l y Th e r ma l O n ly ID R il e yC r eek L u m b er H F B1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 70

. 23 Non

- C

H P, P o ssi b l y Th e r ma l O n ly I L A bbo tt A bbo tt Pa rk U n i t 5 AP Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 83 Non

- C H P, P o ssi b l y Th e r ma l O n ly I LR o c kI sl a nd A rs

e n al N B N 12602 (B o il e r # 1) Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 144 Non

- C H P, P o ssi b l y Th e r ma l O n ly I N SA B ICI nno

v a t i v e P l a s t i cs 01-001 B W 1 B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 249 Non

- C H P, P o ssi b l y Th e r ma l O n ly I N SA B ICI nno

v a t i v e P l a s t i cs 01-001 B W2 B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al PC 249 Non

- C H P, P o ssi b l y Th e r ma l O n ly L A W e y e r h a e u s e r D od s on E S -017 W FB Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 233 Non

- C H P, P o ssi b l y Th e r ma l O n lyF a c ili ty ID C o m bu s t o r ID P o ll u t a nt F u e l C a te g o ry C

o m bu s t o r De sign De

sig n C a p a c i ty ( MM B tu /h r) U n i t T y p e ( IC F Dete r m i n a t i on) H ea t R a te (B tu /k W h) M N A nd e rs

on C o r p B a y po rt B o il e r 11 E U 620 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on B u r n er 52 Non

- C H P, P o ssi b l y Th e r ma l O n ly M N A nd e rs

on C o r p B a y po rt B o il e r 12 E U 621 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss S u s p e n si on B u r n er 52 Non

- C H P, P o ssi b l y Th e r ma l O n ly M N G P D u l u th E U 33 B o il e r #3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le H eavy L i qu id N /A 43 Non

- C H P, P o ssi b l y Th e r ma l O n ly M S No r bo r d MS W e ll on s No

. 1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 100 Non

- C H P, P o ssi b l y Th e r ma l O n ly M S No r bo r d MS W e ll on s No

. 2 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 100 Non

- C H P, P o ssi b l y Th e r ma l O n ly M S No r bo r d MS W e ll on s No

. 3 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 100 Non

- C H P, P o ssi b l y Th e r ma l O n ly M S W e y e r h a e u s e r B r u ce AA -002 No

. 2 B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss D u t c h O v e n / P il e B u r n er 115 Non

- C H P, P o ssi b l y Th e r ma l O n ly P A B o e i n g R i d l e

y Pa rk 033 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le H eavy L i qu id N /A 42 Non

- C H P, P o ssi b l y Th e r ma l O n ly S C G P C h e m R u ss e ll v ille FOB o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le L ig h t L i qu id N /A 32 .7 Non

- C H P, P o ssi b l y Th e r ma l O n ly S CM a rl bo r o Pa p er H o gg ed F u e l B o il er Pa r t i c u l a te M a tte r ( P M

) f il te r a b le W

et B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 470 Non

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- De

w ey D 30 Pa r t i c u l a te M a tte r ( P M

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. 46 Non

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H P, P o ssi b l y Th e r ma l O n ly TN M il a n A r m y

A mm un i t i on P l a nt D 88 L -1 , S ou r c e # 27-0010-86 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le L ig h t L i qu id N /A 14

. 65 Non

- C H P, P o ssi b l y Th e r ma l O n ly T X No r bo r dT e x a s N a c o g do c h es K

onu s No

. 1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 16 Non

- C H P, P o ssi b l y Th e r ma l O n ly T X No r bo r dT e x a s N a c o g do c h es K

onu s No

. 2 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss F u e l C e ll 16 Non

- C H P, P o ssi b l y Th e r ma l O n ly V A U n i v e rsi ty of V irgi n ia 7103 -1-01R Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 95 Non

- C H P, P o ssi b l y Th e r ma l O n ly V A U n i v e rsi ty of V irgi n ia 7103 -1-02R Pa r t i c u l a te M a tte r ( P M

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o al S t o ke r/ S l op ed Gr a te / O t h er 95 Non

- C H P, P o ssi b l y Th e r ma l O n ly V A U n i v e rsi ty of V irgi n ia 7103 -1-05 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 112 .5 Non

- C H P, P o ssi b l y Th e r ma l O n ly W A W e y e r h a e u s e r

_ R a y m ond H o g F u e l B o il e r E U1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le B i o ma ss D u t c h O v e n / P il e B u r n er 115 Non

- C H P, P o ssi b l y Th e r ma l O n ly WIT h il ma n y Pa p e rs

N i c o l etM ill B23 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 105 Non

- C H P, P o ssi b l y Th e r ma l O n ly WIT h il ma n y Pa p e rs

N i c o l etM ill B24 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le C

o al S t o ke r/ S l op ed Gr a te / O t h er 105 Non

- C H P, P o ssi b l y Th e r ma l O n ly WV A m e ri c a n Woo d ma rk B2 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le D r

y B i o ma ss S t o ke r/ S l op ed Gr a te / O t h er 14 .4 Non

- C H P, P o ssi b l y Th e r ma l O n ly WV M oun t

a i n S t a teC a r bon F o ll a n s b ee S1 Pa r t i c u l a te M a tte r ( P M

) f il te r a b le P

r o c e ss G as N /A 98 Non

- C H P, P o ssi b l y Th e r ma l O n lyF a c ilit y ID C o m bu s t or ID P o ll u ta nt F u e l C

at e g ory C

o m bu s t or D es i gn D es

i g n C a p a c it y ( MM B tu / hr) U n it Typ e (

IC F D e t e r mi n ati on) H e at R at e ( B tu /k W h) A L I P C our tla nd N o
. 3 C o m b i n ati on B

o i e r / 11 C u 301 CO B i o ma ss FB 710 C HP A Z C atal y s t Pa p e rSno

w f la ke P o we r B o il e r # 2 C o al CO C o al PC 1132 C HP F L S m ur f it

- S t one 7 PB CO C o al PC 1021 C HP F L U SS u g a rC orp B o il e r N o
. 7 CO B i o ma ss S u s p e n s i on/ G r ate 812 C HP F L U SS u g a rC orp B o il e r N o
. 8 CO B i o ma ss S u s p e n s i on/ G r ate 1185 C HP G A T e m p l eI n la nd R

o me WF CO B i o ma ss FB 856 C HP H I T es oro S G 1102 CO N on
- C on ti n e n tal L i qu id N /A 82 C HP I AAD MC orn P roc ess i n g CR E U

- 530 CO C o al FB 1500 C HP I A M u s c ati n e P o we r a nd W at er U n it 7 CO C o al S t ok e r/Sl op e dGr

at e / O t h er 289 C HP I A U o f N or t h e rn I o

wa B o il e r #3 CO C o al PC 163 .6 C

HP I D P o tlat ch P B

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at e / O t h er 234 C HP M S G P N ew A u g u s ta AA

- 015 P o we r B o il er CO We t B i o ma ss S t ok e r/Sl op e dGr

at e / O t h er 642 C HP N JMe rck R

a h w ay E 750003

- B o il e r #3 CO L i g h t L i qu id N /A 99 C HP N JMe rck R

a h w ay E 750005

- B o il e r #5 CO L i g h t L i qu id N /A 99 C HP N JMe rck R

a h w ay E 750009

- B o il e r #9 CO L i g h t L i qu id N /A 99 C HP N JMe rck R

a h w ay E 750011

- B o il e r # 11 CO L i g h t L i qu id N /A 249 C HP N JMe rck R

a h w ay E 750010

- B o il e r # 10 CO L i g h t L i qu id N /A 249 C HP O H M or t on S alt R ittman B002

- C o al

- F i r e d B o il e r #2 CO C o al S t ok e r/Sl op e dGr

at e / O t h er 140 C HP OK G P M u s ko g eeM ill B -4 CO C o al PC 460 C HP O R G e or g iaPa c i f i c W a un a M ill E U 33

- P o we r B o il er CO H e a vy L i qu id N /A 191

. 8946134 C HP T N B o w at e r N ews pr i nt B ubb li n g F l u i d i ze d B e d B o il er CO B i o ma ss FB 877 C HP T N E a s tma n

_ N O _C B I DA TA B o il e r 30 CO C o al PC 780 C HP T X R G VSG B o il e r N o
. 6 CO B i o ma ss S u s p e n s i on/ G r ate 643 C HP WI G P G r ee n B a y 2818 B10

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at e / O t h er 99 N on
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es t P roduc ts S N

- 16 CO B i o ma ss F u e l Ce ll 29

. 75 N on
- C

HP , P o ss i b l y Th e r mal O n ly ARA n t hony F or

es t P roduc ts S N

- 12 CO B i o ma ss F u e l Ce ll 29

. 56 N on
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HP , P o ss i b l y Th e r mal O n ly AR Wes t Fr a se r H u ttig S N

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HP , P o ss i b l y Th e r mal O n ly AR We y e rh a e u se r D i e rk

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- 45 CO B i o ma ss D u t c h O v e n / Pil e B urn er 249 N on
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- C HP , P o ss i b l y Th e r mal O n ly F L S u g a rC a n e G ro we r sC oop B o il e r N o
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- C HP , P o ss i b l y Th e r mal O n ly G AAD M Lo c

ati on 551 630

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- C HP , P o ss i b l y Th e r mal O n ly G A T e m p l eI n la ndTho m s

on B W

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at e / O t h er 125 N on
- C HP , P o ss i b l y Th e r mal O n ly I DR il e y C r ee kLu m b er H F B1 CO We t B i o ma ss S t ok e r/Sl op e dGr

at e / O t h er 70

. 23 N on
- C

HP , P o ss i b l y Th e r mal O n ly I N C on s o li d at e dGr ai n a nd B a r ge P

17B CO We t B i o ma ss S t ok e r/Sl op e dGr

at e / O t h er 57 .3 N on
- C HP , P o ss i b l y Th e r mal O n ly I N C on s o li d at e dGr ai n a nd B a r ge P

17C CO We t B i o ma ss S t ok e r/Sl op e dGr

at e / O t h er 57 .3 N on
- C HP , P o ss i b l y Th e r mal O n ly KY I S P C h e mi c als 0AA ( R il e y) CO C o al S t ok e r/Sl op e dGr

at e / O t h er 139 N on
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- 01 CO B i o ma ss D u t c h O v e n / Pil e B urn er 75 N on
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- 03 CO B i o ma ss D u t c h O v e n / Pil e B urn er 75 N on
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at e / O t h er 60 N on
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on E U 001

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e a u m ont AA

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at e / O t h er 140 N on
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y Pa rk 033 CO H e a vy L i qu id N /A 42 N on
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HP , P o ss i b l y Th e r mal O n ly T N D o mta r 2384 H F B1 -1 CO B i o ma ss FB 544 P o we r O n ly T N M ila n A r my

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HP , P o ss i b l y Th e r mal O n ly T X N orbord T e x

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- 1

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at e / O t h er 95 N on
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at e / O t h er 34 N on
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HP , P o ss i b l y Th e r mal O n ly W V D u P on t W a s h i n g t on W orks P 05 CO C o al S t ok e r/Sl op e dGr

at e / O t h er 181 N on
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tat eC a rbonFo lla n s

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at eg o ry C

o m bu s t o r D e s i gn D e

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t ok er/S lop ed G r at e/ O t h er 230 C HP A K D oyon U t ili t i e

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t ok er/S lop ed G r at e/ O t h er 230 C HP A L I P C ou r t l a nd N o
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t ok er/S lop ed G r at e/ O t h er 94

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o al PC 163 .6 C HP I DAm a l g a m at ed S u g a rC oTwin F a lls S

- B1 TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 285 C HP I D P o t l at ch P B

- 1 CE TS M8 B io m a ss F u e l Ce ll 27 .6 C HP I D P o t l at ch P B

- 2 R il ey TS M8 W

e t B io m a ss S

t ok er/S lop ed G r at e/ O t h er 92 C HP I D T A SC O N a m pa Ba b c o c k a nd W il c

o x (B & W ) #1 TS M8 C

o al PC 126 C HP I D T A SC O N a m pa Ba b c o c k a nd W il c

o x (B & W ) #2 TS M8 C

o al PC 126 C HP M S GP Ne w A u g u s ta AA

- 015 P ow er Boil er TS M8 W

e t B io m a ss S

t ok er/S lop ed G r at e/ O t h er 642 C HP NC D o m tar 66

- 25

- 2050 (N o
. 1 Pa c

k a g e Boil er) TS M8 L

i g h t L iquid N/A 360 C HP O KGP M u s

ko g ee M ill B -4 TS M8 C

o al PC 460 C HP O K I P V a lli a nt P ow er Boil er E U G

- D2 TS M8 H eavy L

iquid N/A 945 C HP O K I P V a lli a nt P ow er Boil er E U G

- D2 TS M8 #6 Re

s idu a l O il N/A 945 C HP T N B ow at erNe w s p r int B ubblin g F luidi z ed Bed Boil er TS M8 B io m a ss FB 877 C HP T N E a s t m a n _N O _C B I DA TA Boil er 30 TS M8 C

o al PC 780 C HP V A V i r g ini aP oly t ec hnic Boil er 11 TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 147 C HP V A V i r g ini aP oly t ec hnic Boil er 7 TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 156 C HP W I GPG ree n B a y2818 B10

- Wa s t e p a p er S lud g e
- F i red Boil er 10 TS M8 B io m a ss FB 95 C HP W I Ne w Pa g e B i r on B24 TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 445

. 16 C HP W I Ne w Pa g e
- W i s c on s in Ra pids P ow er Boil er 2

- B20 TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 412 .3 C HP M N H ibbing U ni t 1A TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 207 P ow er O nly 20,842 E I A F o rm 923 M N H ibbing U ni t 2A TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 207 P ow er O nly 20,842 E I A F o rm 923 N Y C onEd 59 t h S t S tat ion Ne w Yo rk Boil er 118 TS M8 H eavy L

iquid N/A 180 P ow er O nly 13,154 E I A F o rm 923 N Y C onEd 59 t h S t S tat ion Ne w Yo rk Boil er 118 TS M8 #6 Re

s idu a l O il N/A 180 P ow er O nly 13,154 E I A F o rm 923 ARA n t hony F

o re s tPr odu c ts SN

- 12 TS M8 B io m a ss F u e l Ce ll 29

. 56 N on- C

H P, P oss ibly Th erm a l O nly FLS u g a rC a n e G r ow er s C oop Boil er N o
. 8 TS M8 B io m a ss S u s p e n s ion / G r ate 504 N on- C H P, P oss ibly Th erm a l O nly G A GP M a di s

on P ly 800 W ood Wa s t e Boil er TS M8 W

e t B io m a ss S

t ok er/S lop ed G r at e/ O t h er 355 N on- C H P, P oss ibly Th erm a l O nly G AR os e bu r g F o re s t V i e nna 600

- W ood fi red boil er TS M8 D r

y B io m a ss S

t ok er/S lop ed G r at e/ O t h er 53 .3 N on- C H P, P oss ibly Th erm a l O nly I AR oqu e tt

e Am er i ca C i rc ul at in g F luidi z ed Bed Boil er (121) TS

M8 C

o al FB 996 N on- C H P, P oss ibly Th erm a l O nly I L P oly O ne B1 TS M8 C

o al FB 143

. 75 N on- C H P, P oss ibly Th erm a l O nly I NS AB I C I nnov at iv e P l a s t i cs 01

- 001 B W 2 Boil er TS M8 C

o al PC 249 N on- C H P, P oss ibly Th erm a l O nly I NS AB I C I nnov at iv e P l a s t i cs 01

- 001 B W 1 Boil er TS M8 C

o al PC 249 N on- C H P, P oss ibly Th erm a l O nly I N Tat e L yl eS a g a m o re 31B1 TS M8 C

o al PC 231 C HP M N GP D ulu th E U 33 Boil er #3 TS M8 H eavy L

iquid N/A 43 N on- C H P, P oss ibly Th erm a l O nly M S W e y erh a e u s er B r u ce AA

- 002 N o
. 2 Boil er TS M8 B io m a ss D u t c h Ov e n / P il e B u rn er 115 N on- C H P, P oss ibly Th erm a l O nly N D C a r g ill W e s t F a r go F os t er W h ee l er Boil er

(E U 43) TS M8 B io m a ss FB 50 .3 N on- C

H P, P oss ibly Th erm a l O nly P A U ni t ed Re finin g Wa rr a nt 34 TS M8 L

i g h t L iquid N/A 269 N on- C H P, P oss ibly Th erm a l O nly P A U ni t ed Re finin g Wa rr a nt 53 TS M8 L

i g h t L iquid N/A 20 N on- C H P, P oss ibly Th erm a l O nly P A U ni t ed Re finin g Wa rr a nt 54 TS M8 L

i g h t L iquid N/A 53 N on- C H P, P oss ibly Th erm a l O nly P A U ni t ed Re finin g Wa rr a nt 55 TS M8 L

i g h t L iquid N/A 35 .7 N on- C H P, P oss ibly Th erm a l O nly SC GP C h e m R u ss e llville F O Boil er TS M8 L

i g h t L iquid N/A 32 .7 N on- C H P, P oss ibly Th erm a l O nly SC M a r lbo r o Pa p er H o gg ed F u e l Boil er TS M8 W

e t B io m a ss S

t ok er/S lop ed G r at e/ O t h er 470 N on- C H P, P oss ibly Th erm a l O nly SC M illik e n
- D e w ey D 30 TS M8 H eavy L

iquid N/A 10

. 46 N on- C

H P, P oss ibly Th erm a l O nly T N I nvi s ta C h atta noo ga E U 003

- V a po r i z er #2 TS M8 L

i g h t L iquid N/A 22 N on- C H P, P oss ibly Th erm a l O nly T N M il a n A rm y

Amm uni t ion P l a nt D 88 L- 1, S ou rce # 27

- 0010

- 86 TS M8 L

i g h t L iquid N/A 14

. 65 N on- C H P, P oss ibly Th erm a l O nly T X D ibollTe m pl e
- I nl a nd P B

- 44 TS M8 B io m a ss S u s p e n s ion B u rn er 40 N on- C H P, P oss ibly Th erm a l O nly V A G eo r g i aPa c ifi c B r ookn ea l G l a dys 5600 TS M8 B io m a ss D u t c h Ov e n / P il e B u rn er 240 N on- C H P, P oss ibly Th erm a l O nly V A S m u r fi t S t on e W e s t pt P B08 TS M8 #6 Re

s idu a l O il N/A 553 C HP V A U niv er s i t yofVi r g inia 7103

- 1

- 01R TS M8 C

o al S

t ok er/S lop ed G r at e/ O t h er 95 N on- C H P, P oss ibly Th erm a l O nly W A S i m p s on L u m b erC o m p a ny E U1 TS M8 B io m a ss D u t c h Ov e n / P il e B u rn er 185 N on- C H P, P oss ibly Th erm a l O nly W A W e y erh a e u s er_ Ra ym ond H o g F u e l Boil er E U1 TS M8 B io m a ss D u t c h Ov e n / P il e B u rn er 115 N on- C H P, P oss ibly Th erm a l O nly W V M oun ta in S

tat eC a rbon F oll a n s b ee S1 TS M8 Pr

o ce ss Gas N/A 98 N on- C H P, P oss ibly Th erm a l O nly W V PPG M a r t in s ville R011

- Boil er 3 TS M8 C

o al PC 243 N on- C H P, P oss ibly Th erm a l O nly M N GP D ulu th E U 33 Boil er #3 TS M8 #6 Re

s idu a l O il N/A 43 N on- C H P, P oss ibly Th erm a l O nly