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DECC's Free resource supporting the development of CHP

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14 October 10

Full story: Top Story: Local Authority Planners Workshops

DECC and Defra are sponsoring a series of one day events for Local Authority Planners, Procurement Directors and other officials working on a waste management or sustainable energy agenda on the opportunities for developing CHP from anaerobic digestion and energy recovery from waste plants. These events will cover a range of issues including various technologies and fuels, the benefits and challenges of heat recovery and guidance on procurement and contracting strategy. ... Full story : Local Authority Planners Workshops
13 September 10
27 July 10
Waste management company has received planning permission to develop a 15MW waste-to-energy gasification facility at a site in Dagenham Docks, East London. ... Full story : Approved plans for CHP / Waste-to-Energy Gasification facility in East London
16 July 10
Wiltshire council has granted planning permission for the redevelopment of Bore Hill farm, in Warminster, which will include a biogas plant treating food waste and animal slurry using Anaerobic Digestion (AD) and Combined Heat and Power (CHP) technology. ... Full story : Granted planning permission for Anaerobic Digestion (AD) and CHP plant in Warminster
8 July 10
INEOS Bio awarded £7.3m grant from One North East and the Department for Energy and Climate Change for construction of Integrated CHP and Advanced Waste to Bioethanol plant. ... Full story : £52m Integrated CHP and Waste to Bioethanol plant set to build in Tees Valley
2 July 10
The UK Combined Heat and Power Association (CHPA) has also launched a new report: ‘Integrated Energy: The role of CHP and district heating in our energy future' to provide a clear picture of how CHP and district heating can contribute to help address the energy challenges the UK currently faces. ... Full story : UK CHPA launches new report on District Heating and CHP
28 June 10
An anaerobic digestion CHP plant is under construction in Scotland, the AD plant is expected to become operational in early 2011. The design includes a Combined Heat and Power (CHP) unit producing power and heat and will be capable of processing 80,000 tonnes of organic waste and generating 2 MWw of renewable electricity annually. ... Full story : The Anaerobic Digestion Plant will be built at Barkip, North Ayrshire.
2 June 10
The first firing of the new 1,275 MW Combined Heat and Power plant (CHP) in Isle of Grain in Kent was successfully completed on 2 June 2010. The £500m station has three combined-cycle units that will burn natural gas, and will supply waste heat in the form of hot water to the nearby liquefied natural gas (LNG) terminal. It is expected that this scheme on the Isle of Grain will be one of the world's largest CHP plants. The plant is set to start commercial operation during the final quarter of 2010. ... Full story : UK's largest Combined Heat and Power (CHP) plant achieves first firing
28 May 10
The WRAP-funded £3 million anaerobic digestion CHP facility officially opened on 18 May 2010 on a farm in Staffordshire. The Combined Heat & Power (CHP) plant will produce about 1.3MW of power for export to the National Grid. ... Full story : The CHP plant of Anaerobic Digestion facility has begun operation in Staffordshire
22 April 10
Malvern Community Hospital , scheduled to open later this year, is to use a combination of CHP and ground source heat pumps for its on-site energy supplies. By generating its own green power, the hospital is projected to save £8700 (US$13,340) per year on its energy bills, and reduce its carbon emissions by 15 tonnes per annum. The CHP system is a reciprocating gas engine rated at 33 kW of electrical output that will also generate 55 kW of heat for the building and the ground loop for the heat pump. ... Full story : UK hospital combines CHP and ground source heat pumps

What's New

UK Heatmap

UK Heatmap

The UK Heat Map

UK Heatmap Screenshot

The UK heat map has been developed as a tool aimed at assisting power station developers consider the opportunities for combined heat and power (CHP) as required under planning policy. However it can also be used by both small and large organisations to help identify the locations where CHP, renewable heat plants and district heating would have the greatest technical and economic potential, and therefore the largest positive environmental impact.

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