Rachel holds an MSc in Climate Change and Sustainable Development
The Waste Emissions Calculator provides Waste Disposal Authorities with a comprehensive tool for carbon emissions reporting across a range of waste treatment processes. It was originally developed by Cambridgeshire County Council and University College London (UCL) through the Net Zero Innovation Programme, a collaboration between the Local Government Association (LGA) and University College London (UCL).
The calculator is now hosted and updated by Local Partnerships.
This calculator has been developed to aid local authorities in understanding carbon emissions from their waste management and treatment operations. These emissions typically fall within a local authority’s Scope 3 emissions and often contribute significantly to their overall carbon footprint.
The calculator covers a range of waste treatment processes, including incineration/energy-from-waste, landfill, composting, mechanical biological treatment (MBT) and anaerobic digestion.
Data can be inputted retrospectively to produce a carbon footprint for any given year from 2019 up until 2026, providing flexibility for historical analysis and trend identification.
Individual local authorities can define their carbon reporting boundaries and input only the data that fall within that boundary, ensuring accurate and relevant calculations.
The calculator is primarily designed for Waste Disposal Authorities seeking to understand and manage the carbon impact of their waste treatment operations.
Local Partnerships is gathering user feedback to contribute to future updates to this calculator. Users are invited to share any comments or feedback to ghgaccounting@localpartnerships.gov.uk.
Ready to calculate your waste emissions? Access the calculator and begin analysing the carbon impact of your waste management operations.
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An accompanying executive summary provides a concise overview for senior leaders and elected members, explaining why RESP matters, the risks of limited engagement and the organisational arrangements needed to respond effectively.
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