Baddersley EfW

From WikiWaste

An EfW facility based upon conventional combustion technology, located within the Merevale and Blyth Estate near Atherstone in Warwickshire. The facility is forecast to have a maximum capacity of 130,000 tonnes per annum, and to export 10.5 MW electricity to the grid after the facilities own power needs are met. The site will be CHP-ready with the potential to export hot water to a third party[1].

Baddersley EfW
Under Construction
Site Location
Site Location

See Residual EfW → page for a larger UK Wide map.

Waste Licence XP3730QZ
Operator Equitix EEEF WTE Baddesley Ltd
Region West Midlands
Operational Capacity 130ktpa
Is site R1? No
When was R1 Granted?
What was the R1 value 0.00
Electrical Capacity 10.50MWe
Number of Lines 0
Number of Turbines 0
CHP Yes
Technology Approach EfW Incineration
Funding Type Merchant

Operators Annual Report


Input Data

Year HH C&I Clin RDF Total
2022 0.00 0.00 0.00 73991.00 73991.00


Output Data

Year IBA IBA %ge of Tot IN APC APC %ge of Tot IN
2022 14576.00 19.70% 2990.00 4.04%


Summary

An EfW facility based upon conventional combustion technology, located within the Merevale and Blyth Estate near Atherstone in Warwickshire. The facility is forecast to have a maximum capacity of 130,000 tonnes per annum, and to export 10.5 MW electricity to the grid after the facilities own power needs are met. The site will be CHP-ready with the potential to export hot water to a third party[1].

The facility has been developed by Aeternis Energy and Park Top, together known as Aeternis Baddesley as a joint venture. Funding has been provided by Equitix, totaling an investment of £61 m. The plant will be operated by Kantor Energy, who will also provide the EPC services[2].

Technology

The combustion technology in the plant will be furnace technology comprising of a single line Moving Grate Furnace[1]. Vyncke will supply the plant’s boiler and flue gas cleaning system, and the plants steam turbine will be provided by Triveni[2].

Construction

The EPC contractor for the facility is Kantor Energy.

Waste Input

The feedstock will be Refuse Derived Fuel (RDF) that has been pre-treated by off-site suppliers and has an average Net Calorific Value of 11.5 MJ/kg[1], as well as waste wood and commercial and industrial waste supplied by Mick George[2].

References