1. The Chartered Institution of Wastes Management (CIWM) Geotech Award 2009“Renewable Energy, Landfill Gas and EfW- Now, Next and Future”.KOFI A. ADU-GYAMFICIWM Annual Awards CeremonyOne Great George Street, London20th October, 2009
2. Overview- Justification for research- Review of energy from waste (EfW) and renewables development in UK- Research Findings- Recommendations and Conclusion
3. The Case for Renewables and EfW- Energy Supply Security- Climate Change Mitigation- Sustainability/ Resource Efficiency
4. EfW Technologies Notes: EfW= energy from waste; LFG= landfill gas; AD= anaerobic digestion; H2= Hydrogen
5. UK Government Support for EfW and Renewables Climate Change Levy Exemption Low Carbon Buildings Programme Grants Feed-in tariffs (FITs) (from 2010) Renewables Obligation Certificates (ROCs) EfW Renewables Renewable Heat Incentives (from 2011) Bio- Energy Capital Grants Landfill Tax Escalator + Landfill Allowance Trading Scheme Renewable Transport Fuels Obligation (RTFO) Credits
6.
7. Calorific values for undiluted LFG between 15 and 21 MJ/m3, compared with about 37 MJ/m3 for natural gas (Williams, 2005).
26. Changes in waste composition, together with waste prevention and increasing recycling efficiency may render some EfW facilities redundant (Adamson, 2008).
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28. Better engagement of UK public through effective communication of benefits.
29. Greater collaboration among Government, academia and industry to ensure research feeds into deployment of technologies and vice versa.
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31. EfW could contribute up to half of the renewables target by 2020.