AB32 allows fuel sampling in lieu of emissions sampling as long as (a) the fuel is supported by ASTM D6866, and (b) the samples collected for analysis is representative of the entire composition of the fuel.
AB32 was superseded by Senate Bill 32 (SB32).
The EU ETS recommends EN 15440 for measuring the biomass fraction of solid recovered fuels. For liquid samples and CO2 in flue gases, EN 15440’s Carbon-14 method or ASTM D6866 can be used. ISO 13833 is another option for CO2 in flue gases.
Owners/operators of general stationary combustion units using mixed fuels and waste-derived fuels are mandated to use ASTM D6866 to determine the biomass-derived fraction of their carbon dioxide emissions.
ASTM D6866 is used to determine the biogenic CO2 of emissions from the combustion of municipal solid waste and mixed fuels (biogenic and non-biogenic fuels).
ASTM D6866 testing is done to measure the fraction of fossil carbon in the total carbon content of municipal solid waste.
The Climate Registry aims to establish consistent, transparent standards throughout North America for businesses and governments to calculate, verify, and publicly report their carbon footprints in a single, unified registry.
When calculating emissions from waste fuels and biomass, ASTM D6866 testing is required.
Source: Page 71 of TCR’s General Reporting Protocol
Local governments are required to identify and report biomass CO2 emissions as biogenic emissions, separate from fossil fuel emissions. ASTM D6866 is recommended when measuring biogenic emissions from biofuels, waste fuels, and biomass co-firing in a unit with CEMS.
Source: Page 84 for TCR’s Local Government Operations Protocol
ASTM D6866 is the method identified for partitioning of anthropogenic and biogenic CO2 emissions in the TCR Electric Power Sector Protocol for the Voluntary Reporting Program.
Source: Page 46 for TCR’s Electric Power Sector Protocol
The National Greenhouse and Energy Reporting Act 2007 established a mandatory reporting system for corporate GHG emissions and energy production and consumption. The first reporting period under the Act commenced in July 2008.
In the NGER reporting system, ASTM D6866 analysis is recommended to determine the amounts of each kind of fuel in blended liquid or solid fuels.
Source: Page 185 of the technical guidelines for the estimation of emissions by facilities in Australia for the reporting year 2017-2018.
Since 2004, the GHGRP has collected greenhouse gas emissions data from facilities across Canada that emit 10 kilotons or more of GHGs in carbon dioxide equivalent units per year. These facilities are required to submit their report by June 1.
Under the program’s Greenhouse Gas Quantification Requirements, ASTM D6866 testing can be used to determine the biogenic portion of CO2 emissions. If combusted fuels or fuel mixtures contain a biomass fraction that is unknown or cannot be documented (e.g., tire-derived fuel), ASTM D6866 testing is conducted on the representative fuel or exhaust gas samples at least every three months. If municipal solid waste is combusted, ASTM D6866-16 analysis is performed on the exhaust gas stream.
Source: Page 20 of Canada’s Greenhouse Gas Quantification Requirements Version 4.0 (December 2020)
The New Zealand Government has 2 regulations incorporating ASTM D6866.
Under the Climate Change (Stationary Energy and Industrial Processes) Regulations 2009 (SR 2009/285), those who will opt to use the continuous emissions monitoring method for calculating emissions from combusting used oil, waste oil, used tyres, or waste will measure their total annual emissions consisting of non-biomass CO2, CH4, and N2O. According to the regulation, ASTM D6866 will be used to measure the non-biomass fraction of CO2 emissions when the fuel combusted contains both biomass and non-biomass.
Those who will use the periodic source testing method will also measure the same greenhouse gas emissions. The non-biomass fraction of the total CO2 emissions is determined in accordance with ASTM D6866.
Source: SR 2009/285
For the Climate Change (Unique Emissions Factors) Regulations 2009 (SR 2009/286), specifically under the “requirements for applications for unique emissions factor approval for waste calculated using standard testing option,” ASTM D6866 can be used by a waste combustion participant to calculate a unique emissions factor for solid fuels.
Under “sampling and testing requirements for the periodic source testing option,” waste combustion participants using mixed fuel (biomass with non-biomass) have to measure the non-biomass fraction of the CO2 concentrations in the gas stream in accordance with ASTM D6866.
Source: SR 2009/286
Electricity and gas market regulator OFGEM has approved the use of a carbon-14 method by waste-to-energy installations that want to claim Renewable Obligation Certificates (ROCs). The carbon-14 method is used to determine the biomass energy content of waste feedstock by post-combustion analysis of flue gases.
NOTE: In 2016, OFGEM decided to refuse applications to the Renewables Obligation program proposing the use of the carbon-14 method for waste wood-derived fuels only. Other alternative fuel sources are assessed on a case-by-case basis.
The World Business Council for Sustainable Development’s Cement Sustainability Initiative (WBCSD CSI) cites EN 15440 as a standard that can be used to determine the biogenic carbon in an alternative fuel’s overall carbon content. The document is aimed at engineers and managers of cement producers.
Source: Page 90 of Protocol Version 3
Page last updated: May 2021