colonie air area 7 minor mod application 2-17-15.pdf

542 State Route 29, Greenwich, NY 12834 T 877.294.9070 | F 518.692.9651 | W www.cornerstoneeg.com

February 17, 2015

Mr. Angelo Marcuccio New York State Department of Environmental Conservation - Region 4 Division of Environmental Permits 1130 North Westcott Road Schenectady, NY 12306-2014

Re: Town of Colonie Landfill, DEC ID 4012600033, Title V Permit No. 4-0126-00033/0009

Dear Mr. Marcuccio:

Cornerstone Environmental Group, LLC (Cornerstone) submits this Minor Modification Application on behalf of the Town of Colonie (landfill owner and permittee) and Capital Region Landfills, Inc. (landfill operator). The Minor Modification of Title V Permit No. 4-0126-00033/0009 is to increase potential fugitive emissions due to the Proposed Area 7 Development (Development) of the Town of Colonie Landfill. Also, it is proposed that Emission Unit 1COMPO, with associated Emission Source GRIND and Process GRI, be removed from the Title V Operating Permit.

The Development will add 5,244,260 Mg (5,781,984 tons) of municipal solid waste (MSW) capacity for a total Landfill MSW capacity of 11,037,178 Mg (12,140,895 tons). The expected landfill closure will be extended from the year 2018, based on the current design capacity, to the year 2040 with the Development.

The April 17, 2012 Title V Permit Renewal Application (Renewal Application) submitted by the Town of Colonie provided detailed landfill gas generation and emission estimates. The Renewal Application estimated a peak landfill gas recovery of 2,360 scfm with a peak generation year of 2019. The Renewal Application also determined the capacity of the existing open, utility flare being 3,000 scfm based on flare design. The PTE in the Renewal Application was based on 3,000 scfm operation, 8,760 hours/year and 686,870 mmBtu/year. When using the same assumption as in the Renewal Application, the expected landfill gas recovery will still be well below the 3,000 scfm flare capacity.

Attached is a revised output from a USEPA LandGEM model run accounting for the additional capacity from the Development. The LandGEM model was prepared using the same assumptions that were used for the Application, but updated to include the

Mr. Angelo Marcuccio February 17, 2015

C:\Projects\120076\Colonie Air Area 7 Minor Mod Coverletter 2-17-15.docx

capacity of the Development. As assumed in the Application, a safety factor of 35% was used in the revised model run to account for site-specific conditions for landfill gas generation and an 85% collection efficiency was assumed for the performance of the landfill gas collection system. Lastly, the resultant fugitive landfill gas was assumed to have a 50% methane concentration. Using all of these assumptions (which were included in the Application for the current Title V permit), in 2041, the expected peak landfill gas generating year, the fugitive LFG is projected to reach a peak of 513 scfm. While this is greater than the projected peak rate in the 2012 renewal application (424 scfm), the resultant potential emissions increase of volatile organic compounds (1.46 tons/year, assuming 275 ppmv, as hexane), air toxics, and greenhouse gas (GHG) emissions is insignificant. Attached is a presentation of potential emissions as provided in the Renewal Application and the revised potential emissions as proposed for this Minor Modification due to the Area 7 Development.

Lastly, Emission Unit 1COMPO is requested to be removed from the Title V Operating Permit to reflect the current operations at the landfill. This request is also consistent with the Part 360 Solid Waste Application.

Please call me at (845) 695-0221 with any questions or comments.

Sincerely,

Cornerstone Environmental Group, LLC

Edwin P. Valis, Jr. Senior Project Manager

Attachment: NYSDEC Application Form

USEPA LandGEM Model Run Output Fugitive Emissions

cc: Curt Taylor Rob Holmes, P.E.

Kurt Shaner, P.E. Matt McGarry, P.E. Victoria Schmitt, P.E. Rick Leone, P.E.

Mr. Angelo Marcuccio February 17, 2015


NYSDEC Application Form

New York State Department of Environmental Conservation

Air Permit Application

Jan 06, 2015 8:48 am

3Renewal Number:DEC ID: 4012600033 Application ID: 401260003300009

Facility: TOWN OF COLONIE LANDFILL FACILITY

Section II - Identification Information

Permit Type:

General Permit Title:

Application involves construction of new facility Application involves construction of new emission unit(s)

Air Title V Facility ( ATV )

RENEWAL

Owner / FirmName

Street

City ZipCountryState

Owner Classification Taxpayer Id

TOWN OF COLONIE

347 OLD NISKAYUNA RD

LATHAM

Municipal

NY USA 12110

146002139

FacilityName

Address

City Zip

TOWN OF COLONIE LANDFILL FACILITY

1319 LOUDON RD

COHOES 12047

Owner / Firm Contact Mailing Address

Title

Street

City ZipCountryState

Name Phone No.

Affiliation Fax No.

TOWN OF COLONIE DPW

347 OLD NISKAYUNA RD

LATHAM

5187836292

5187832860

NY USA 12110

MATTHEW J MCGARRY

Project DescriptionApplication for renewal of Air Title V Facility.

Page 2 of 11

Minor Modification

The Minor Modification of Title V Permit No. 4-0126-00033/0009 is to increase fugitive emissions due to the Proposed Area 7 Development (Development) of the Town of Colonie Landfill. The Development will add 5,244,260Mg (5,781,984 tons) of municipal solid waste (MSW) capacity for a total Landfill MSW capacity of 11,037,178 Mg (12,140,895 tons). The expected landfill closure will be extended from the year 2018, based on the current design capacity, to the year 2040 with the Development. The fugitive LFG is projected to reach of 513 scfm during the expected peak landfill gas generating year of 2041. While this is greater than the projected peak rate in the 2012 renewal application (424 scfm), the resultant emissions increase of volatile organic compounds (1.46 tons/year, assuming 275 ppmv, as hexane), air toxics, and greenhouse gas (GHG) emissions are insignificant. Attached is a presentation of emissions as provided in the Renewal Application and the revised emission as proposed for this Minor Modification due to the Area 7 Development.



Jan 06, 2015 8:48 am



Section III - Facility Information

Classification

COMMERCIALX

Affected States

MASSACHUSETTS VERMONT

SIC Codes

4953

Facility DescriptionThe facility is a municipally-owned, solid waste landfill. Landfill gas (LFG) generated by the facility is collected from both the closed and activelandfill areas. Collected landfill gas is combusted by one open 3000 CFM flare.

Compliance Statements (Title V Only)

section IV of this form along with the compliance plan information required. For all emission units at this facility that areoperating in compliance with all applicable requirements complete the following:

If one or more emission units at the facility are not in compliance with all applicable requirements at the time of signing thisapplication ( the 'NO' box must be checked), the noncomplying units must be identified in the "Compliance Plan" block of

This facility will continue to be operated and maintained in such manner as to assure compliance for the duration of the permit, except those units referenced in the compliance plan portion of Section IV of this application.

For all emission units, subject to any applicable requirements that will become effective during the term of the permit, this facility will meet all such requirements on a timely basis.

Compliance certification reports will be submitted at least once a year. Each report will certify compliance status with respect to each requirement, and the method used to determine status.

NOI certify that as of the date of this application the facility is in compliance with all applicable requirements YES

Facility Applicable Federal Requirements

Type Part Sub Part Section Sub Division Parag Sub Parag Clause Sub Clause ItemTitle

CFR 60 A 440

CFR b 160 WWW 75240

CFR a 360 WWW 75440

CFR b60 WWW 75740

CFR a60 WWW 75840

CFR 60 A 940

CFR 6840

CFR 82 F40

NYCRR 200 66

NYCRR 200 76

NYCRR 201 1 76

NYCRR 201 1 86

NYCRR a201 3 26

NYCRR a201 3 36

NYCRR a 4201 6 46

NYCRR a 7201 6 46

NYCRR a 8201 6 46

Page 3 of 11

X

X

X

X



Jan 06, 2015 8:48 am



Section III - Facility InformationFacility Applicable Federal Requirements

Type Part Sub Part Section Sub Division Parag Sub Parag Clause Sub Clause ItemTitle

NYCRR c201 6 46

NYCRR c 2201 6 46

NYCRR c 3 ii201 6 46

NYCRR d 4201 6 46

NYCRR e201 6 46

NYCRR f 6201 6 46

NYCRR 202 1 16

NYCRR 202 1 26

NYCRR 202 1 36

NYCRR 202 2 16

NYCRR 202 2 56

NYCRR 211 16

NYCRR 215 26

NYCRR 201 66

Facility State Only Requirements

Title Type Part Sub Part Section Sub Division Parag Sub Parag Clause Sub Clause Item

NYCRR 201 1 46

ECL 19 0301

Facility Emissions SummaryCas No. Contaminant Name PTE

(lbs/yr) Range

Actual(lbs/yr)

000079-34-5 1,1,2,2-TETRACHLOROETHANE Y 67.38

000107-06-2 1,2-DICHLOROETHANE Y 14.57

000108-10-1 2-PENTANONE, 4-METHYL Y 43.81

000071-43-2 BENZENE Y 847.52

000106-46-7 BENZENE, 1,4-DICHLORO- Y 11.32

000075-15-0 CARBON DISULFIDE Y 16.05

000630-08-0 CARBON MONOXIDE 257869

000056-23-5 CARBON TETRACHLORIDE Y 2.23

000463-58-1 CARBONYL SULFIDE Y 10.64

000108-90-7 CHLOROBENZENE Y 10.34

000075-45-6 CHLORODIFLUORO-METHANE A 37.85

000067-66-3 CHLOROFORM Y 0.84

000079-00-5 ETHANE, 1,1,2-TRICHLORO Y 4.82

000075-34-3 ETHANE, 1,1-DICHLORO- Y 7.14

000075-00-3 ETHANE, CHLORO Y 31.96

000100-41-4 ETHYLBENZENE Y 176.98

Page 4 of 11



Jan 06, 2015 8:48 am



Section III - Facility Information

Facility Emissions SummaryCas No. Contaminant Name PTE

(lbs/yr) Range

Actual(lbs/yr)

000110-54-3 HEXANE Y 204.74

007783-06-4 HYDROGEN SULFIDE A 465.86

007439-92-1 LEAD Y

007439-97-6 MERCURY Y 7.76

000075-69-4 METHANE, TRICHLOROFLUORO- A 37.55

000074-87-3 METHYL CHLORIDE Y 22.09

000078-93-3 METHYL ETHYL KETONE Y 184.86

0NY998-20-0 NMOC - LANDFILL USE ONLY A

0NY210-00-0 OXIDES OF NITROGEN 65181

000127-18-4 PERCHLOROETHYLENE Y 223.66

0NY075-00-5 PM-10 12828

000107-13-1 PROPENENITRILE Y 220.64

007446-09-5 SULFUR DIOXIDE 189917

000108-88-3 TOLUENE Y 5496.75

0NY100-00-0 TOTAL HAP 12713

000079-01-6 TRICHLOROETHYLENE Y 133.87

000075-01-4 VINYL CHLORIDE Y 165.9

0NY998-00-0 VOC 17333

001330-20-7 XYLENE, M, O & P MIXT. Y 464.63

Page 5 of 11



Jan 06, 2015 8:48 am



Section IV - Emission Unit Information

Emission Unit Description

Emission Unit 1COMPO

Grinder related to composting operations.

Emission Source / Control

Emission Source

SourceType

Date ofOperation

Date ofRemoval

Manufacturer's Name/Model No.

Waste Type Code

Code

CodeWaste Feed

Control Type

GRIND

I Morbark 4600 Wood Hog

horsepower (mechanical)Design Capacity 600 Units Code

Desc

Desc

219

Desc

Desc

Emission Unit

Date ofConstruction

1COMPO

Process InformationProcess GRI

Thruput Quantity Units

Operating Schedule

Source ClassificationCode (SCC) Quantity / Hr Quantity / Yr Code Description

Hrs / Day Days / Yr

Building30788801 35 35000 0045 GALLONS

8 125

ConfidentialOperating At Maximum CapacityActivity w/ Insignificant Emission

Total Thruput

Grinder related to composting operations.

Description

Floor / Location

Emission Unit 1COMPO

Emission Source / Control Identifier(s)

Emission Point Identifier(s)

GRIND

Page 6 of 11



Jan 06, 2015 8:48 am




Emission Unit Description

Emission Unit 1MSWLF

This unit consists of closed and active landfill areas contributing to the generation of landfill gas (LFG) and the apparatus necessary to collectand combust the LFG.

Emission Point

Cross SectionGround Elev(ft)

Height AboveStructure (ft)

Exit Temp(`F) Length (in) Width (in)

Exit Velocity(FPS)

Exit Flow(ACFM)

NYTM (E)(KM)

NYTM (N)(KM)

Building Distance toProperty Line (ft)

Date ofRemoval

Emission Pt.

28 28 10

63 604 4740

212

Height(ft)

Emission Unit

Inside Diameter(in)

1MSWLF FLR02

Emission Source / Control

Emission Source

SourceType

Date ofOperation

Date ofRemoval


Waste Type Code

Code

CodeWaste Feed

Control Type

ECF02

K 10/01/2000 12/15/2000 LFG SPECIALTIES, INC. MODEL PCF 10281C

cubic feet per minuteDesign Capacity 3000 Units Code

023

Desc

Desc

FLARING

39

Desc

Desc

Emission Unit

Date ofConstruction

1MSWLF

Emission Source

SourceType

Date ofOperation

Date ofRemoval


Waste Type Code

Code

CodeWaste Feed

Control Type

LNDFL

I ACTIVE AND CLOSED LANDFILLS

Design Capacity Units Code

Desc

Desc

Desc

Desc

Emission Unit

Date ofConstruction

1MSWLF

Page 7 of 11

.114 4739.831

260



Jan 06, 2015 8:48 am




Process InformationProcess FUG


Operating Schedule


Hrs / Day Days / Yr

Building50200602


Total Thruput

Fugitive LFG emissions (beyond the collection efficiency of the gas collection system) from the closed and active landfill areas.

Description

Floor / Location




LNDFL

Process GAS


Operating Schedule


Hrs / Day Days / Yr

Building50200601


Total Thruput

Landfill gas is collected and combusted in one open flare (max. 3,000 CFM).

Description

Floor / Location




ECF02 LNDFL

Emission Unit Applicable Federal RequirementsEmission Unit Emission Point Process Emission Source

Title Type Part Sub Part Section Sub Division Parag ItemSub Parag Clause Sub Clause

FLR021-MSWLF

6 NYCRR 212 6 a

Page 8 of 11



Jan 06, 2015 8:48 am




Emission Unit Compliance Certification

Rule Citation

Emission Point ProcessEmission Unit

Title Type Part Sub Part Section Sub Division Parag Sub Parag Clause Sub Clause

Emission Source

Item

Applicable Federal RequirementX

FLR02

6 NYCRR 212 6 a

1-MSWLF

DescriptionThe open flare uses a thermocouple to check for the presence of a flame. Without a flame, flow of gas to the flare ceases. A chart recorderis used to record this information. Records shall be kept in accordance with Part 201-6.5(c).

Contaminants

CAS No. Contaminant NameCapping

NMOC - LANDFILL USE ONLY0NY998-20-0

Monitoring Information

X MONITORING OF PROCESS OR CONTROL DEVICE PARAMETERS AS SURROGATE

Work Practice Process Material Ref Test Method

Type Code Description

Parameter

Code Description

Manufacturer Name/Model No.

03 TEMPERATURE LFG SPECIALITIES MODEL PCF 102816

Limit Limit Units

Upper Lower Code Description

200 44 degrees Fahrenheit

Averaging Method Code 75 Desc MINIMUM-NOT TO FALL BELOW EXCEPT DURING STARTUP/SHUTDOW

Monitoring Freq Code 01 Desc CONTINUOUS

Reporting Reqs Code 14 Desc SEMI-ANNUALLY (CALENDAR)

Page 9 of 11



Jan 06, 2015 8:48 am



Supporting DocumentationAerial Photo ( ___ / ___ / _______ )

Air Quality Model ( ___ / ___ / _______ )

Air State Facility Permit ( ___ / ___ / _______ )

Air Title V Facility Permit ( ___ / ___ / _______ )

Alternative Fuel Monitoring Schedule ( ___ / ___ / _______ )

Ambient Air Monitoring Plan ( ___ / ___ / _______ )

Analysis of Contemporaneous Emission Increase/Decrease ( ___ / ___ / _______ )

Article 11, Title 5 Permit for Interference with Fish & Wildlife ( ___ / ___ / _______ )

Authorized Agent Letter ( ___ / ___ / _______ )

BACT Demonstration ( ___ / ___ / _______ )

Baseline Period Demonstration ( ___ / ___ / _______ )

Blasting Chart - Ground Vibration Limits ( ___ / ___ / _______ )

Building Identification Table ( ___ / ___ / _______ )

Calculations ( ___ / ___ / _______ )

Capping Letter/Package ( ___ / ___ / _______ )

Certificate of Capacity (Resource Recovery Facility) ( ___ / ___ / _______ )

Compliance Assurance Monitoring Plan (CAM) ( ___ / ___ / _______ )

Confidentiality Justification ( ___ / ___ / _______ )

Construction and Demolition Debris Tracking Document ( ___ / ___ / _______ )

Construction Detail Drawings ( ___ / ___ / _______ )

Continuous Emissions Monitoring Plans/QA/QC ( ___ / ___ / _______ )

Control Equipment Layout ( ___ / ___ / _______ )

Custom Schedule for Fuel Nitrogen and Sulfur Monitoring ( ___ / ___ / _______ )

Drawings/Blueprints ( ___ / ___ / _______ )

Elevations/Sections ( ___ / ___ / _______ )

Emission Inventory Report ( ___ / ___ / _______ )

Emission Survey ( ___ / ___ / _______ )

Emission Unit Summary ( ___ / ___ / _______ )

EPA Memo Re: Technical Infeasibility of Monitoring Nitrogen in Fuel ( ___ / ___ / _______ )

Episode Action Plan ( ___ / ___ / _______ )

Equipment Manufacturers Information ( ___ / ___ / _______ )

ERC Quantification ( ___ / ___ / _______ )

Exemption Related Document ( ___ / ___ / _______ )

Existing Certificates to Operate and/or Permits to Construct ( ___ / ___ / _______ )

Existing Consent Order ( ___ / ___ / _______ )

Existing Methane Migration & Recovery Well Plan ( ___ / ___ / _______ )

Existing Permit Figures ( ___ / ___ / _______ )

Facility Location Map ( ___ / ___ / _______ )

Facility-Wide Operating Permit Submittal Schedule ( ___ / ___ / _______ )

Fugitive Dust Control Plan ( ___ / ___ / _______ )

General Flow Diagram ( ___ / ___ / _______ )

Generating Plant Site & Section Sheet ( ___ / ___ / _______ )

LAER Demonstration ( ___ / ___ / _______ )

Letter of Intent to Commence Work ( ___ / ___ / _______ )

List of Exempt Activities (form attached) ( ___ / ___ / _______ )

Page 10 of 11



Jan 06, 2015 8:48 am



Supporting DocumentationMACT Demonstration ( ___ / ___ / _______ )

Methods Used To Determine Compliance (form attached) ( ___ / ___ / _______ )

Miscellaneous Attachments - Not Otherwise Specified ( ___ / ___ / _______ )

Miscellaneous Correspondence ( ___ / ___ / _______ )

Mitigation Planting Plan ( ___ / ___ / _______ )

MSDS Information Sheets ( ___ / ___ / _______ )

Non-CEM: Custom Monitoring, Recordkeeping and/or Reporting Plan ( ___ / ___ / _______ )

Notice Covenant ( ___ / ___ / _______ )

Notice of Intent to Commence Work ( ___ / ___ / _______ )

NOx RACT Compliance Plan ( ___ / ___ / _______ )

NOx RACT Operating Plan ( ___ / ___ / _______ )

Opacity Compliance Plan ( ___ / ___ / _______ )

Operational Flexibility:Desc of Alternative Operating Scenarios and Protocols ( ___ / ___ / _______ )

P.E. Certification (form attached) ( ___ / ___ / _______ )

Permit Sign ( ___ / ___ / _______ )

Pesticide Treatment Area Map ( ___ / ___ / _______ )

Photograph(s) ( ___ / ___ / _______ )

Plot Plan ( ___ / ___ / _______ )

Process Flow Diagram(s) ( ___ / ___ / _______ )

Process Material Specification Data ( ___ / ___ / _______ )

Process Operation Log Sheet(s) ( ___ / ___ / _______ )

Project Location Map ( ___ / ___ / _______ )

PSD Permit Correlation Tables ( ___ / ___ / _______ )

RACT Demonstration ( ___ / ___ / _______ )

Regulatory Analysis Summary ( ___ / ___ / _______ )

Results of SEQR Review ( ___ / ___ / _______ )

Seed Mixture Recommendations ( ___ / ___ / _______ )

Short Environmental Assessment Form ( ___ / ___ / _______ )

Site Plan ( ___ / ___ / _______ )

Solid Waste Annual Report Form ( ___ / ___ / _______ )

SPDES Permit ( ___ / ___ / _______ )

Stack Test Protocols/Reports ( ___ / ___ / _______ )

Title IV Acid Rain Permit Application ( ___ / ___ / _______ )

VOC RACT Compliance Plan ( ___ / ___ / _______ )

Wood Waste Specifications ( ___ / ___ / _______ )

Page 11 of 11

Mr. Angelo Marcuccio February 17, 2015 Page 4


USEPA LandGEM Model Run Output

Year Total landfill gas Methane(Mg/year) (m3/year) (av ft^3/min) (Mg/year) (m3/year) (av ft^3/min)

1973 ‐ ‐ ‐ ‐ ‐ ‐

1974 676.43 541,654.34 36.39 180.68 270,827.17 18.20

1975 1,326.34 1,062,070.11 71.36 354.28 531,035.06 35.68

1976 1,950.76 1,562,080.09 104.96 521.07 781,040.05 52.48

1977 2,550.70 2,042,484.40 137.23 681.32 1,021,242.20 68.62

1978 3,127.12 2,504,051.78 168.25 835.29 1,252,025.89 84.12

1979 3,680.93 2,947,520.85 198.04 983.22 1,473,760.42 99.02

1980 4,213.03 3,373,601.24 226.67 1,125.35 1,686,800.62 113.34

1981 4,724.27 3,782,974.79 254.18 1,261.90 1,891,487.39 127.09

1982 5,215.46 4,176,296.57 280.60 1,393.10 2,088,148.28 140.30

1983 6,248.11 5,003,198.92 336.16 1,668.94 2,501,599.46 168.08

1984 7,240.28 5,797,677.97 389.55 1,933.96 2,898,838.98 194.77

1985 8,082.85 6,472,368.98 434.88 2,159.02 3,236,184.49 217.44

1986 9,135.68 7,315,431.45 491.52 2,440.24 3,657,715.72 245.76

1987 10,353.15 8,290,323.22 557.03 2,765.44 4,145,161.61 278.51

1988 10,619.93 8,503,944.51 571.38 2,836.70 4,251,972.25 285.69

1989 11,120.80 8,905,019.02 598.33 2,970.48 4,452,509.51 299.16

1990 11,717.90 9,383,153.97 630.45 3,129.98 4,691,576.98 315.23

1991 12,053.56 9,651,928.58 648.51 3,219.63 4,825,964.29 324.26

1992 12,417.80 9,943,597.23 668.11 3,316.93 4,971,798.61 334.05

1993 12,780.06 10,233,678.99 687.60 3,413.69 5,116,839.49 343.80

Summary Report 1994 13,362.05 10,699,706.23 718.91 3,569.15 5,349,853.11 359.46

1995 14,483.90 11,598,036.82 779.27 3,868.81 5,799,018.41 389.64

Landfill Name or Identifier: Town of Colonie Landfill - Area 7 Development 1996 15,417.41 12,345,544.34 829.50 4,118.16 6,172,772.17 414.75

1997 16,155.77 12,936,793.78 869.22 4,315.38 6,468,396.89 434.61

Date: 1998 16,483.23 13,199,004.76 886.84 4,402.85 6,599,502.38 443.42

1999 17,158.32 13,739,586.12 923.16 4,583.17 6,869,793.06 461.58

2000 17,810.34 14,261,693.56 958.24 4,757.33 7,130,846.78 479.12

2001 18,503.57 14,816,802.97 995.54 4,942.50 7,408,401.49 497.77

2002 19,005.04 15,218,353.13 1,022.52 5,076.45 7,609,176.57 511.26

2003 19,612.17 15,704,513.56 1,055.18 5,238.62 7,852,256.78 527.59

2004 20,254.83 16,219,130.28 1,089.76 5,410.28 8,109,565.14 544.88

2005 20,676.98 16,557,169.70 1,112.47 5,523.04 8,278,584.85 556.24

2006 21,334.79 17,083,913.87 1,147.87 5,698.75 8,541,956.94 573.93

2007 21,966.81 17,590,004.11 1,181.87 5,867.57 8,795,002.06 590.94

2008 22,291.15 17,849,717.60 1,199.32 5,954.21 8,924,858.80 599.66

2009 22,880.88 18,321,945.63 1,231.05 6,111.73 9,160,972.82 615.52

First-Order Decomposition Rate Equation: 2010 23,281.58 18,642,805.40 1,252.61 6,218.76 9,321,402.70 626.30

2011 23,649.29 18,937,254.34 1,272.39 6,316.98 9,468,627.17 636.20

Where, 2012 24,180.76 19,362,831.97 1,300.99 6,458.94 9,681,415.99 650.49

QCH4 = annual methane generation in the year of the calculation (m 3 /year ) 2013 24,751.77 19,820,071.55 1,331.71 6,611.46 9,910,035.77 665.85

i = 1-year time increment Mi = mass of waste accepted in the i th year (Mg ) 2014 26,039.55 20,851,260.02 1,400.99 6,955.44 10,425,630.01 700.50

n = (year of the calculation) - (initial year of waste acceptance) 2015 27,300.85 21,861,251.60 1,468.85 7,292.35 10,930,625.80 734.43

j = 0.1-year time increment 2016 28,512.69 22,831,640.84 1,534.06 7,616.05 11,415,820.42 767.03

k = methane generation rate (year -1 ) 2017 29,677.02 23,763,980.57 1,596.70 7,927.05 11,881,990.29 798.35

Lo = potential methane generation capacity ( m 3 /Mg ) 2018 30,795.69 24,659,762.74 1,656.89 8,225.86 12,329,881.37 828.44

2019 31,870.50 25,520,420.79 1,714.71 8,512.95 12,760,210.40 857.36

2020 32,903.17 26,347,331.95 1,770.27 8,788.79 13,173,665.98 885.14

2021 33,895.34 27,141,819.47 1,823.66 9,053.81 13,570,909.73 911.83

2022 34,848.62 27,905,154.68 1,874.94 9,308.44 13,952,577.34 937.47

2023 35,764.51 28,638,559.09 1,924.22 9,553.08 14,319,279.55 962.11

2024 36,644.49 29,343,206.30 1,971.57 9,788.14 14,671,603.15 985.78

2025 37,489.96 30,020,223.91 2,017.06 10,013.97 15,010,111.95 1,008.53

2026 38,302.29 30,670,695.27 2,060.76 10,230.95 15,335,347.63 1,030.38

2027 39,082.76 31,295,661.28 2,102.75 10,439.43 15,647,830.64 1,051.38

2028 39,832.63 31,896,122.02 2,143.10 10,639.72 15,948,061.01 1,071.55

2029 40,553.10 32,473,038.37 2,181.86 10,832.17 16,236,519.18 1,090.93

2030 41,245.31 33,027,333.50 2,219.10 11,017.07 16,513,666.75 1,109.55

2031 41,910.39 33,559,894.40 2,254.89 11,194.71 16,779,947.20 1,127.44

2032 42,549.38 34,071,573.30 2,289.26 11,365.40 17,035,786.65 1,144.63

2033 43,163.33 34,563,188.98 2,322.30 11,529.39 17,281,594.49 1,161.15

Input Review 2034 43,753.19 35,035,528.13 2,354.03 11,686.95 17,517,764.06 1,177.02

2035 44,319.93 35,489,346.60 2,384.52 11,838.33 17,744,673.30 1,192.26

LANDFILL CHARACTERISTICS 2036 44,864.45 35,925,370.59 2,413.82 11,983.78 17,962,685.30 1,206.91

Landfill Open Year 1973 2037 45,387.62 36,344,297.84 2,441.97 12,123.52 18,172,148.92 1,220.98

Landfill Closure Year (with 80-year limit) 2040 2038 45,890.27 36,746,798.71 2,469.01 12,257.78 18,373,399.36 1,234.51

Actual Closure Year (without limit) 2040 2039 46,373.21 37,133,517.30 2,495.00 12,386.78 18,566,758.65 1,247.50 85% Landfill gas Collection System Collection %Have Model Calculate Closure Year? Yes 2040 46,837.22 37,505,072.44 2,519.96 12,510.72 18,752,536.22 1,259.98 35% Adjustment to account for site specific conditionsWaste Design Capacity 11,037,178 megagrams 2041 47,049.20 37,674,814.81 2,531.37 12,567.35 18,837,407.40 1,265.68 435.00 2,973.09 679,755.32 577,792.02

2042 45,204.37 36,197,564.19 2,432.11 12,074.57 18,098,782.09 1,216.05

Btu/ft3, T5 Renewal Aplication scfm, adjusted

mmBtu/yr, adjusted

mmBtu/yr, adjusted/ Collection % 2,527.13 scfm @ 435 Btu/ft3, fu

MODEL PARAMETERS 2043 43,431.88 34,778,237.39 2,336.75 11,601.12 17,389,118.70 1,168.37

Methane Generation Rate, k 0.040 year -1 2044 41,728.89 33,414,563.20 2,245.12 11,146.24 16,707,281.60 1,122.56 1,796,139,226.97 ft3/yr 3,417.31 scfm @50%

Potential Methane Generation Capacity, L o 100m 3 /Mg 2045 40,092.68 32,104,359.44 2,157.09 10,709.19 16,052,179.72 1,078.54 269,420,884.05 ft3/yr, fugitive

NMOC Concentration 74 ppmv as hexane 2046 38,520.62 30,845,529.50 2,072.51 10,289.27 15,422,764.75 1,036.25

Methane Content 50 % by volume 2047 37,010.21 29,636,058.99 1,991.24 9,885.82 14,818,029.49 995.62 1,562,655,906.66 ft3/yr 2,973.09 scfm @435 Btu/ft3

2048 35,559.02 28,474,012.49 1,913.17 9,498.20 14,237,006.25 956.58 234,398,386.00 ft3/yr, fugitiveGASES / POLLUTANTS SELECTED 2049 34,164.73 27,357,530.49 1,838.15 9,125.77 13,678,765.25 919.07

Gas / Pollutant #1: Total landfill gas 2050 32,825.11 26,284,826.38 1,766.07 8,767.94 13,142,413.19 883.04

Gas / Pollutant #2: Methane 2051 31,538.02 25,254,183.59 1,696.83 8,424.14 12,627,091.80 848.41

Gas / Pollutant #3: Carbon dioxide 2052 30,301.40 24,263,952.89 1,630.29 8,093.83 12,131,976.45 815.15

Gas / Pollutant #4: NMOC 2053 29,113.26 23,312,549.69 1,566.37 7,776.46 11,656,274.85 783.18

2054 27,971.71 22,398,451.54 1,504.95 7,471.55 11,199,225.77 752.47

WASTE ACCEPTANCE RATES 2055 26,874.93 21,520,195.70 1,445.94 7,178.58 10,760,097.85 722.97

Waste Accepted Waste-In-Place 2056 25,821.15 20,676,376.75 1,389.24 6,897.11 10,338,188.38 694.62

(Mg/year) (short tons/year) (Mg) (short tons) 2057 24,808.69 19,865,644.42 1,334.77 6,626.67 9,932,822.21 667.39

1973 68,932 75,825 0 0 2058 23,835.92 19,086,701.36 1,282.43 6,366.83 9,543,350.68 641.22

1974 68,932 75,825 68,932 75,825 2059 22,901.30 18,338,301.10 1,232.15 6,117.18 9,169,150.55 616.07

1975 68,932 75,825 137,864 151,650 2060 22,003.33 17,619,246.03 1,183.83 5,877.33 8,809,623.01 591.92

1976 68,932 75,825 206,796 227,476 2061 21,140.57 16,928,385.51 1,137.42 5,646.87 8,464,192.75 568.71

1977 68,932 75,825 275,728 303,301 2062 20,311.63 16,264,614.02 1,092.82 5,425.46 8,132,307.01 546.41

1978 68,932 75,825 344,660 379,126 2063 19,515.20 15,626,869.38 1,049.97 5,212.72 7,813,434.69 524.98

1979 68,932 75,825 413,592 454,951 2064 18,750.00 15,014,131.07 1,008.80 5,008.33 7,507,065.53 504.40

1980 68,932 75,825 482,524 530,776 2065 18,014.80 14,425,418.57 969.24 4,811.95 7,212,709.28 484.62

1981 68,932 75,825 551,456 606,602 2066 17,308.43 13,859,789.82 931.24 4,623.27 6,929,894.91 465.62

1982 126,073 138,680 620,388 682,427 2067 16,629.76 13,316,339.68 894.72 4,441.99 6,658,169.84 447.36

1983 126,073 138,680 746,461 821,107 2068 15,977.70 12,794,198.54 859.64 4,267.81 6,397,099.27 429.82

1984 114,793 126,272 872,534 959,787 2069 15,351.20 12,292,530.84 825.93 4,100.47 6,146,265.42 412.97

1985 139,587 153,546 987,327 1,086,060 2070 14,749.27 11,810,533.81 793.55 3,939.69 5,905,266.90 396.77

1986 160,571 176,628 1,126,914 1,239,605 2071 14,170.95 11,347,436.15 762.43 3,785.21 5,673,718.08 381.22

1987 68,555 75,410 1,287,485 1,416,233 2072 13,615.30 10,902,496.82 732.54 3,636.79 5,451,248.41 366.27

1988 93,476 102,824 1,356,039 1,491,643 2073 13,081.43 10,475,003.80 703.81 3,494.19 5,237,501.90 351.91

1989 105,285 115,813 1,449,516 1,594,4671990 81,027 89,130 1,554,800 1,710,2801991 85,282 93,810 1,635,827 1,799,410

LandGEM is based on a first-order decomposition rate equation for quantifying emissions from the decomposition of landfilled waste in municipal solid waste (MSW) landfills. The software provides a relatively simple approach to estimating landfill gas emissions. Model defaults are based on empirical data from U.S. landfills. Field test data can also be used in place of model defaults when available. Further guidance on EPA test methods, Clean Air Act (CAA) regulations, and other guidance regarding landfill gas emissions and control technology requirements can be found at http://www.epa.gov/ttnatw01/landfill/landflpg.html.

LandGEM is considered a screening tool — the better the input data, the better the estimates. Often, there are limitations with the available data regarding waste quantity and composition, variation in design and operating practices over time, and changes occurring over time that impact the emissions potential. Changes to landfill operation, such as operating under wet conditions through leachate recirculation or other liquid additions, will result in generating more gas at a faster rate. Defaults for estimating emissions for this type of operation are being developed to include in LandGEM along with defaults for convential landfills (no leachate or liquid additions) for developing emission inventories and determining CAA applicability. Refer to the Web site identified above for future updates.

Year

Thursday, February 5, 2015

Description/Comments:

About LandGEM:

tij = age of the jth section of waste mass M i accepted

in the ith year (decimal years , e.g., 3.2 years)

Mr. Angelo Marcuccio February 17, 2015 Page 5


Fugitive Emission Estimates

Fugitive Landfill GasTown of Colonie Landfill

Colonie, NY

Landfill gas generation rateb2823.5294 scfm 2012 RENEWAL Landfill gas generation rateb

3417.31 scfm 2014 Area 7 DevelopmentLandfill Gas Collection System Collection Efficiencyc 85% Landfill Gas Collection System Collection Efficiencyc 85%

LFG fugitive flow d 424 scfm 223 mmft3/yr, fugitive LFG fugitive flow d 513 scfm 269.42 mmft3/yr, fugitive

VOC VOC

H H H H Control

A A MW Conc Landfill Emissions A A MW Conc Eff Landfill Emissions

LFG Compound P P CAS (lb/lb-mol) (ppmv)f lb/hr ton/yr lbs/yr LFG Compound P P CAS (lb/lb-mol) (ppmv)f b, c lb/hr ton/yr lbs/yr

1,1,1 - Trichloroethane (methyl chloroform) x -- 71-55-6 133.41 0.17 0.0015 0.0066 13.14 1,1,1 - Trichloroethane (methyl chloroform) x -- 71-55-6 133.41 0.17 0.0018 0.0080 15.90 1,1,2,2 - Tetrachloroethanea x x 79-34-5 167.85 0.01 0.0001 0.0002 0.49 1,1,2,2 - Tetrachloroethanea x x 79-34-5 167.85 0.01 0.0001 0.0003 0.60

1,1,2 - Trichloroethane (1,1,2 TCA) x x 79-00-5 133.41 0.10 0.0009 0.0039 7.82 1,1,2 - Trichloroethane (1,1,2 TCA) x x 79-00-5 133.41 0.10 0.0011 0.0047 9.47

1,1 - Dichloroethane (ethylidene dichloride) x x 75-34-3 98.96 0.74 0.0049 0.0215 42.99 1,1 - Dichloroethane (ethylidene dichloride) x x 75-34-3 98.96 0.74 0.0059 0.0260 52.03

1,1 - Dichloroethene (vinylidene chloride) x x 75-35-4 96.94 0.09 0.0006 0.0026 5.23 1,1 - Dichloroethene (vinylidene chloride) x x 75-35-4 96.94 0.09 0.0007 0.0032 6.33

1,2 - Dichloroethane (ethylene dichloride) x x 107-06-2 98.96 0.12 0.0008 0.0035 6.96 1,2 - Dichloroethane (ethylene dichloride) x x 107-06-2 98.96 0.12 0.0010 0.0042 8.43

1,2 - Dichloropropane (propylene dichloride) x x 78-87-5 112.99 0.02 0.0002 0.0008 1.52 1,2 - Dichloropropane (propylene dichloride) x x 78-87-5 112.99 0.02 0.0002 0.0009 1.84

2-Propanol (isopropyl alcohol) -- -- 67-63-0 60.11 7.9 0.0318 0.1393 278.68 2-Propanol (isopropyl alcohol) -- -- 67-63-0 60.11 7.91 0.0385 0.1686 337.29

Acetone (2-propanone) -- -- 67-64-1 58.08 7.08 0.0275 0.1205 240.91 Acetone (2-propanone) -- -- 67-64-1 58.08 7.08 0.0333 0.1458 291.57

Acrylonitrile (Propenenitrile) x x 107-13-1 53.06 0.04 0.0001 0.0006 1.12 Acrylonitrile (Propenenitrile) x x 107-13-1 53.06 0.04 0.0002 0.0007 1.36

Benzene x x 71-43-2 78.12 10.38 0.0542 0.2376 475.21 Benzene x x 71-43-2 78.12 10.38 0.0657 0.2876 575.15

Bromodichloromethane -- -- 75-27-4 163.83 0.26 0.0029 0.0127 25.36 Bromodichloromethane -- -- 75-27-4 163.83 0.26 0.0035 0.0153 30.69

Butane -- -- 106-97-8 58.12 5.00 0.0195 0.0852 170.47 Butane -- -- 106-97-8 58.12 5.00 0.0236 0.1032 206.32

Carbon Disulfide x x 75-15-0 76.14 0.22 0.0011 0.0049 9.87 Carbon Disulfide x x 75-15-0 76.14 0.22 0.0014 0.0060 11.94

Carbon Tetrachloride x x 56-23-5 153.84 0.007 0.0001 0.0003 0.63 Carbon Tetrachloride x x 56-23-5 153.84 0.01 0.0001 0.0004 0.76

Carbonyl Sulfide x x 463-58-1 60.07 0.18 0.0007 0.0032 6.44 Carbonyl Sulfide x x 463-58-1 60.07 0.18 0.0009 0.0039 7.80

Chlorobenzene (monochlorobenzene) x x 108-90-7 112.56 0.23 0.0017 0.0075 14.98 Chlorobenzene (monochlorobenzene) x x 108-90-7 112.56 0.23 0.0021 0.0091 18.13 Chlorodifluoromethane (CFC-22, freon-22)a -- -- 75-45-6 86.47 1.30 0.0075 0.0330 65.90 Chlorodifluoromethane (CFC-22, freon-22)a -- -- 75-45-6 86.47 1.30 0.0091 0.0399 79.76

Chloroethane (ethyl chloride) x x 75-00-3 64.52 0.45 0.0019 0.0085 16.95 Chloroethane (ethyl chloride) x x 75-00-3 64.52 0.45 0.0023 0.0103 20.51

Chloroform (trichloromethane) x x 67-66-3 119.38 0.01 0.0001 0.0003 0.70 Chloroform (trichloromethane) x x 67-66-3 119.38 0.01 0.0001 0.0004 0.85

Chloromethane (methyl chloride) x x 74-87-3 50.49 0.14 0.0005 0.0020 4.03 Chloromethane (methyl chloride) x x 74-87-3 50.49 0.14 0.0006 0.0024 4.87

1,4 Dichlorobenzene (p-dichlorobenzene) x x 106-46-7 147 1.45 0.0142 0.0624 124.79 1,4 Dichlorobenzene (p-dichlorobenzene) x x 106-46-7 147 1.45 0.0172 0.0755 151.03 Dichlorodifluoromethane (CFC-12, freon-12)a -- -- 75-71-8 120.91 15.7 0.1270 0.5564 1,112.90 Dichlorodifluoromethane (CFC-12, freon-12)a -- -- 75-71-8 120.91 15.70 0.1538 0.6735 1,346.94

Dichlorofluoromethane (freon-21) -- -- 75-43-4 102.92 0.96 0.0066 0.0291 58.17 Dichlorofluoromethane (freon-21) -- -- 75-43-4 102.92 0.96 0.0080 0.0352 70.40

Dichloromethane (methylene chloride) x x 75-09-2 84.93 3.4 0.0193 0.0845 169.04 Dichloromethane (methylene chloride) x x 75-09-2 84.93 3.40 0.0234 0.1023 204.59

Dimethyl Sulfide (methyl sulfide) -- -- 75-18-3 62.13 6.81 0.0283 0.1240 248.02 Dimethyl Sulfide (methyl sulfide) -- -- 75-18-3 62.13 6.81 0.0343 0.1501 300.17 Ethanea -- -- 74-84-0 30.07 889 1.7891 7.8361 15,672.16 Ethanea -- -- 74-84-0 30.07 889.00 2.1653 9.4840 18,967.98

Ethanol (ethyl alcohol) -- -- 64-17-5 46.08 64.4 0.1987 0.8702 1,740.45 Ethanol (ethyl alcohol) -- -- 64-17-5 46.08 64.43 0.2405 1.0532 2,106.46 Ethylbenzeneg x x 100-41-4 106.17 6.79 0.0482 0.2113 422.57 Ethylbenzeneg x x 100-41-4 106.17 6.79 0.0584 0.2557 511.44

Ethyl Mercaptan (ethanethiol) -- -- 75-08-1 62.13 0.23 0.0009 0.0041 8.23 Ethyl Mercaptan (ethanethiol) -- -- 75-08-1 62.13 0.23 0.0011 0.0050 9.96 Ethylene dibromide (1,2 dibromoethane)a x x 106-93-4 187.88 0.005 0.0001 0.0003 0.55 Ethylene dibromide (1,2 dibromoethane)a x x 106-93-4 187.88 0.01 0.0001 0.0003 0.67 Fluorotrichloromethane (CFC-11, freon-11)a -- -- 75-69-4 137.37 0.76 0.0070 0.0306 61.21 Fluorotrichloromethane (CFC-11, freon-11)a -- -- 75-69-4 137.37 0.76 0.0085 0.0370 74.08

Hexane x x 110-54-3 86.18 2.06 0.0119 0.0521 104.23 Hexane x x 110-54-3 86.18 2.06 0.0144 0.0631 126.15

Hydrogen Sulfide -- -- 7783-06-4 34.08 23.6 0.0538 0.2356 471.13 Hydrogen Sulfide -- -- 7783-06-4 34.08 23.58 0.0651 0.2851 570.20 Mercury (total)a x -- 7439-97-6 200.61 2.92E-04 0.0000 0.0000 0.03 Mercury (total)a x -- 7439-97-6 200.61 2.92E-04 0.0000 0.0000 0.04

Methyl Ethyl Ketone (2-butanone) x x 78-93-3 72.11 12.69 0.0613 0.2683 536.65 Methyl Ethyl Ketone (2-butanone) x x 78-93-3 72.11 12.69 0.0741 0.3248 649.50

Methyl Isobutyl Ketone (hexone) x x 108-10-1 100.16 0.75 0.0050 0.0220 44.04 Methyl Isobutyl Ketone (hexone) x x 108-10-1 100.16 0.75 0.0061 0.0267 53.30

Methyl Mercaptan -- -- 74-93-1 48.11 1.27 0.0041 0.0179 35.71 Methyl Mercaptan -- -- 74-93-1 48.11 1.27 0.0049 0.0216 43.22

Pentane -- -- 109-66-0 72.15 3.29 0.0159 0.0696 139.16 Pentane -- -- 109-66-0 72.15 3.29 0.0192 0.0842 168.43

Tetrachloroethylene (perchloroethylene, -ethene) x x 127-18-4 165.83 1.19 0.0132 0.0580 115.98 Tetrachloroethylene (perchloroethylene, -ethene) x x 127-18-4 165.83 1.19 0.0160 0.0702 140.37

Propane -- -- 74-98-6 44.1 19.6 0.0578 0.2532 506.36 Propane -- -- 74-98-6 44.1 19.59 0.0700 0.3064 612.84

Toluene (methylbenzene) x x 108-88-3 92.14 37.5 0.2310 1.0117 2,023.31 Toluene (methylbenzene) x x 108-88-3 92.14 37.46 0.2795 1.2244 2,448.81

Trichloroethylene (trichloroethene) x x 79-01-6 131.38 0.68 0.0060 0.0262 52.45 Trichloroethylene (trichloroethene) x x 79-01-6 131.38 0.68 0.0072 0.0317 63.48

t - 1,2 - Dichloroethene (1,2 dichloroethylene) -- -- 156-60-5 96.94 0.68 0.0044 0.0194 38.70 t - 1,2 - Dichloroethene (1,2 dichloroethylene) -- -- 156-60-5 96.94 0.68 0.0053 0.0234 46.84

Vinyl Chloride (chloroethylene, VCM) x x 75-01-4 62.50 1.08 0.0045 0.0197 39.46 Vinyl Chloride (chloroethylene, VCM) x x 75-01-4 62.50 1.08 0.0055 0.0239 47.76

Xylenes (m, o, p) x x 1330-20-7 106.17 16.6 0.1178 0.5161 1,032.13 Xylenes (m, o, p) x x 1330-20-7 106.17 16.58 0.1426 0.6246 1,249.18 INCREASE

Ammonia 16.00 7.30E-03 3.9084 17.1189 34,237.86 Ammonia 16.00 7.30E-03 4.7304 20.7190 41,437.99 lbs/yr 3.60 tons/yrmethane -- -- 16.07 500000.00 537.74 2,355.32 4,710,637.02 lbs/yr methane -- -- 16.07 500000.00 650.83 2850.64 5,701,271.22 lbs/yr 495.32 tons/yr

CO2 -- -- 44.00 400000.00 1,177.88 5,159.13 10,318,259.05 lbs/yr CO2 -- -- 44.00 400000.00 1425.59 6244.08 12,488,160.99 lbs/yr 1084.95 tons/yrVOCe

-- -- 86.16 275.00 1.59 6.95 13,890.96 lbs/yr VOCe-- -- 86.16 275.00 1.92 8.41 16,812.19 lbs/yr 1.46 tons/yr

2921.23 lbs/yr

Total HAPs .................................................................................................................................. 0.60 2.64 5260.15 Total HAPs .................................................................................................................................. 0.73 3.19 6366.35 1106.20 lbs/yr, TO

Total HAP, Lbs/hr Total HAPs, tpy Total HAPs, lbs/yr Total HAP, Lbs/hr Total HAPs, tpy Total HAPs, lbs/yr

1.01 1.22Max. Individual Max. Individual

aU.S. E.P.A., Compilation of Air Pollutant Emission Factors, Volume I. Stationary Point and Area Sources ("AP-42"), 5th Ed., November 1998. aU.S. E.P.A., Compilation of Air Pollutant Emission Factors, Volume I. Stationary Point and Area Sources ("AP-42"), 5th Ed., November 1998.

Tables 2.4-1, 2.4-2, 2.4-3. Tables 2.4-1, 2.4-2, 2.4-3. b Landfill gas gas generation rate based on EPA LANDGEM Generation Model. This model is run separate from this sheet. b Landfill gas gas generation rate based on EPA LANDGEM Generation Model. This model is run separate from this sheet. c Average collection efficiency of a landfill gas collection system is 75% based on AP-42 Section 2.4-4.2. Collection efficiencies could range from 60->90%. c Average collection efficiency of a landfill gas collection system is 75% based on AP-42 Section 2.4-4.2. Collection efficiencies could range from 60->90%. d Fugitive landfill gas flow based on EPA LANDGEM Generation Model estimated landfill gas generation rate and the assumed collection efficiency of the GCCS. d Fugitive landfill gas flow based on EPA LANDGEM Generation Model estimated landfill gas generation rate and the assumed collection efficiency of the GCCS. e VOC concentration from 2012 Renewal Application Table 2A. e VOC concentration from 2012 Renewal Application Table 2A.

LFG fugitive flow LFG fugitive flow

Fugitive LFG 1-27-15.xls, Landfill Gas Emissions2/5/2015

colonie air area 7 minor mod application 2-17-15.pdf

Documents

expected peak landfill

peak landfill gas recovery

landfill operator

expected landfill gas

landfill gas collection

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total landfill msw capacity

expected landfill closure