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SU0011836
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SU0011836
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Last modified
12/18/2023 10:35:38 AM
Creation date
9/4/2019 10:04:10 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2600 - Land Use Program
RECORD_ID
SU0011836
PE
2656
FACILITY_NAME
PA-1800090
STREET_NUMBER
9999
Direction
S
STREET_NAME
AUSTIN
STREET_TYPE
RD
City
MANTECA
Zip
95336-
APN
20106003, -05, 18115007, -16
ENTERED_DATE
6/26/2018 12:00:00 AM
SITE_LOCATION
9999 S AUSTIN RD
RECEIVED_DATE
8/15/2023 12:00:00 AM
P_LOCATION
99
P_DISTRICT
004
QC Status
Approved
Scanner
SJGOV\gmartinez
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\MIGRATIONS\A\AUSTIN\9999\PA-1800090\SU0011836\APPL.PDF \MIGRATIONS\A\AUSTIN\9999\PA-1800090\SU0011836\EHD COND.PDF \MIGRATIONS\A\AUSTIN\9999\PA-1800090\SU0011836\DRAFT SEIR-09-2018.PDF \MIGRATIONS\A\AUSTIN\9999\PA-1800090\SU0011836\EIR-07-2018.PDF
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EHD - Public
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Draft Supplemental Environmental Impact Report Page IV.D-28 <br /> Forward Inc.Landfill 2018 Revised Project <br /> The Forward Landfill would be required to comply with all applicable State plans, policies and <br /> regulations, such as AB 32 regulations and CARB's Scoping Plan(Item A). The Scoping Plan <br /> and updates will generally be implemented through mandatory regulation enacted by the <br /> CARB, and regulations that address methane emissions from landfills are one of the target GHG <br /> emissions that will be regulated. The proposed project would be required to comply with <br /> applicable provisions of the recently adopted regulation to reduce methane emissions from <br /> municipal solid waste landfills (CCR,Title 17,Subchapter 10, Article 4,Subarticle 6,Sections <br /> 95460 to 95476, Methane Emissions from Municipal Solid Waste Landfills [Landfill Methane <br /> Rule]).The Landfill Methane Rule contains performance standards for the gas collection and <br /> control system, and specifies monitoring requirements to ensure that the system is being <br /> maintained and operated in a manner to minimize methane emissions.The Landfill Methane <br /> Rule includes a leak standard for gas collection and control system components, a monitoring <br /> requirement for wellheads,methane destruction efficiency requirements for most control <br /> devices, surface methane emission standards, and reporting requirements. ' <br /> Table IV.D-6 shows the net total GHG emissions from the landfill future potential scenarios <br /> compared to the current actual and current permitted conditions(Item B). The GHG emissions ' <br /> are based on Solid Waste Industry for Climate Solutions(SWICS) site-specific values for <br /> collection efficiency,methane oxidation in landfill cover", and methane destruction efficiency in <br /> the flare and engines.18 <br /> The project's GHG impacts include five components: methane emissions,biogenic CO2 <br /> emissions,emission reductions from energy displacement, off-site haul truck mobile emissions <br /> and sequestered carbon. The methane emissions are anthropogenic and are considered a GHG <br /> emission from the landfill.19 The biogenic CO2 emissions are not attributed to the landfill since <br /> CO2 emissions from refuse would normally occur in the natural carbon cycle. The emission <br /> reductions from energy displacement are a credit for the landfill as the production of electrical <br /> energy is displacing GHG emissions from electrical generation from other sources. The off-site <br /> haul truck mobile emissions are on-road emissions from transporting the wastes to Forward <br /> Landfill.The carbon sequestration is also a credit for the landfill. However, as a conservative <br /> assessment the sequestration is not included in the calculation.20 Thus,the total GHG emissions <br /> from Forward Landfill are the sum of the methane emissions plus the stationary combustion ' <br /> emissions plus off-site haul truck emissions minus the energy displacement credit. <br /> "These rates account for the landfill cover type,results of surface emissions monitoring,and the liner type at the <br /> landfill. <br /> 1e SCS Engineers,Current MSW Industry Position and State-of-the-Practice on LFG Collection Efficiency,Methane ' <br /> Oxidation,and Carbon Sequestration in Landfills,Version 2.2,January 2009. <br /> 19 Methane emissions are considered to be anthropogenic because they are caused by the artificially anaerobic <br /> conditions in the landfill. <br /> 20 Landfills are a place where carbon is stored,removing it from the carbon cycle and preventing its emission as ' <br /> carbon dioxide.When waste is placed in a landfill,not all of the carbon decomposes into methane and carbon <br /> dioxide.The carbon that does not decompose is sequestered in the landfill.Sequestered carbon is not emitted to the <br /> atmosphere as either carbon dioxide or methane,removing it from the carbon cycle resulting in reduced greenhouse <br /> gases.The inclusion of carbon storage in a landfill greenhouse gas calculation is not universally accepted,but it is I <br /> consistent with USEPA methodologies and inventories.It should be noted that the amount of carbon sequestered is <br /> greater than the GHG emissions from the landfill for all scenarios. If carbon storage is included in the GHG total for <br /> the project,the Project lowers the GHG emissions because more carbon is sequestered in the landfill where it would <br /> not be emitted as either methane or CO2. <br />
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