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Residual Emissions meaning

What does Residual Emissions mean?
In legal and commercial practice, Residual Emissions describes the greenhouse gas (GHG) emissions that remain after an organisation has implemented all reasonable, technically and economically feasible abatement measures across its operations and material value and supply chains. The term is not defined in UK or Irish legislation or case law. It is a descriptive expression used in contracts, sustainability reporting and net zero strategies, typically evidenced by a carbon footprint assessment conducted by a suitably qualified climate professional and aligned to recognised methodologies (for example, the GHG Protocol, ISO 14064 or SBTi). Key features are that it: covers Scopes 1 and 2 and relevant Scope 3 sources; applies within agreed organisational and value-chain boundaries; is measured against an agreed baseline and reduction pathway; and is reassessed over time as technology and economics change. In practice, the quantified Residual Emissions figure underpins any neutralisation or offsetting obligation (for example, use of carbon credits), informs procurement and finance covenants, and drives disclosure and “green claims” risk. Usage is broadly consistent across England & Wales, Scotland, Northern Ireland and Ireland; parties should define the term expressly, state the assessment standard and assurance level, and specify update triggers and exclusions.
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PRACTICE NOTES
Energy from Waste: Key Technologies, Residual Municipal Waste, Environmental Considerations and the Proximity Principle

Energy from waste Energy from waste describes usable power created by treating or processing waste materials through a range of technologies. Recyclables should be extracted first, with energy then recovered from the remaining refuse before treatment. Incineration — in which the remaining waste is combusted and the captured energy used as electricity or heat. Pyrolysis and gasification — heat the feed with minimal or no oxygen to yield a gas either for power generation, or subsequently as a feedstock to make methane, chemicals, biofuels or hydrogen. Anaerobic digestion — microorganisms break down waste into methane-rich biogas that can be burned to produce electricity and heat, or upgraded to bio-methane. Best for wet organic or food wastes. A further output is biofertiliser. Landfill gas — by capturing the landfill gas produced at landfill sites as waste decomposes. Waste to energy (WtE), also called energy from waste (EfW), is a key approach to the management of waste that supplies a sustainable energy...

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