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Energy from Waste: Characterisation of UK Waste Streams and Assessment of Energy from Waste Technology Opportunities - Request for Proposal


Citation ETI Energy from Waste: Characterisation of UK Waste Streams and Assessment of Energy from Waste Technology Opportunities - Request for Proposal, ETI, 2009. https://doi.org/10.5286/UKERC.EDC.000477.
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Author(s) ETI
Project partner(s) ETI
Publisher ETI
DOI https://doi.org/10.5286/UKERC.EDC.000477
Download BIO_DE2001_1.pdf document type
Abstract The ETI has identified a number of key focus areas for its Distributed Energy (DE) programme to address. These include Energy from Waste technologies, and specifically the need for fuel flexible power systems capable of operating on a range of wastes (rather than the bespoke, niche solutions presently available which are capable of operating only on limited waste types). This Project will characterise and map the UK waste landscape and identify technology development opportunities for energy from waste, in order to inform the ongoing strategic development of the ETI’s DE programme.
Associated Project(s) ETI-DE2001: Energy from Waste
Associated Dataset(s) No associated datasets
Associated Publication(s)

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ETI Insights Report - Bioenergy - Enabling UK biomass

ETI Insights Report - Insights into the future UK Bioenergy Sector, gained using the ETI’s Bioenergy Value Chain Model (BVCM)

Energy From Waste : Executive Summary

Energy From Waste : Executive Summary - WP1.3 - Final Waste Report

Energy From Waste : Executive Summary - WP2.2 - Technology Assessment

Energy From Waste : Executive Summary - WP3.3 - Technology System Improvement Opportunity Report

Energy From Waste : Executive Summary - WP4.2 - UK Benefits Case

Energy From Waste : Executive Summary - WP4.2 - UK Benefits Case - Compatibility with CCS

Energy From Waste : Project Overview

Energy From Waste : WP1.1 - Current Waste Data and Collection Plan Report

Energy From Waste : WP1.2 - Initial Waste Assessment

Energy From Waste : WP1.3 - Final Waste Assessment

Energy From Waste : WP2.2 - Appendix C - Thermal Waste Material Conversion Technology Test Report Gasification and Pyrolysis

Energy From Waste : WP2.2 - Appendix D - Power Generation

Energy From Waste : WP2.2 - Technology Assessment Report

Energy From Waste : WP2.2- Appendix B - Batch anaerobic digestion assay for food waste and paper and card as well as their mixtures

Energy From Waste : WP3 and WP4 - Key Legislation and Constraints for Energy from Waste Technologies

Energy From Waste : WP3.1 - Report on Selected and Validated Models

Energy From Waste : WP3.2 - System Model Development Report

Energy From Waste : WP3.3 - Technology System Improvement Opportunity Report

Energy From Waste : WP3.3 - Technology System Improvement Opportunity Report - Executive Summary

Energy From Waste : WP4 -Initial financial model assumption list to promote discussion - Waste to Energy: High-level generic plant assumptions

Energy From Waste : WP4.1 - Project Framework Deliverable

Energy From Waste : WP4.2 - UK Benefit Case Report - Syn Gas for Grid Injection

Energy From Waste : WP4.2 - UK Benefits Case - A Review of Biomass to Liquid Fuels via Pyrolysis Oil

Energy From Waste : WP4.2 - UK Benefits Case - Appendices A and D-H to the main report (B1,2,and 3, and C are separate documents)

Energy From Waste : WP4.2 - UK Benefits Case - Appendix B1 - Energy from Waste Technology Landscape Review - Executive Summary

Energy From Waste : WP4.2 - UK Benefits Case - Appendix B2 - Energy from Waste Technology Landscape Review - Anaerobic Digestion

Energy From Waste : WP4.2 - UK Benefits Case - Appendix B3 - Energy from Waste Technology Landscape Review - Advanced Thermal Technologies

Energy From Waste : WP4.2 - UK Benefits Case - Appendix C - Pyrolysis and Gasification of Waste Review

Energy From Waste : WP4.2 - UK Benefits Case - Syn Gas for Fuels and Chemicals

Energy From Waste : WP4.2 - UK Benefits Case - main report

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Infographic - Targeting new and cleaner uses for wastes and biomass using gasification

Overview of the ETI’s Bioenergy Value Chain Model (BVCM) Capabilities

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