Sustainable Energy Centre: Difference between revisions
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{{#vardefine:epr|Tbc21}}[[Category:EfW Plants]] | {{#vardefine:epr|Tbc21}}[[Category:EfW Plants]] | ||
An [[EfW]] facility based on [[Advanced Conversion Technology]] ([[ACT]]) as a full scale demonstrator project in Wednesbury in the West Midlands by [[Kew Technologies Ltd]]<ref name="Lets">https://kew-tech.com/</ref>. | An [[EfW]] facility based on [[Advanced Conversion Technology]] ([[ACT]]) as a full scale demonstrator project in Wednesbury in the West Midlands by [[Kew Technologies Ltd]]<ref name="Lets">https://kew-tech.com/</ref>. | ||
{{EfWTemplate|EPR={{#var:epr}}|id= | {{EfWTemplate|EPR={{#var:epr}}|id=68}} | ||
[[File:Screenshot 2022-07-22 163823.png|280px|left|Kew Sustainable Energy Centre, all right reserved Kew technology]]__TOC__<br clear='left'>__TOC__<br clear='left' /> | [[File:Screenshot 2022-07-22 163823.png|280px|left|Kew Sustainable Energy Centre, all right reserved Kew technology]]__TOC__<br clear='left'>__TOC__<br clear='left' /> | ||
Latest revision as of 16:45, 1 August 2022
An EfW facility based on Advanced Conversion Technology (ACT) as a full scale demonstrator project in Wednesbury in the West Midlands by Kew Technologies Ltd[1].
| Sustainable Energy Centre Operational | |
 See Residual EfW → page for a larger UK Wide map. | |
| Waste Licence | Tbc21 |
| Operator | Kew Technologies |
| Region | West Midlands |
| Operational Capacity | 15ktpa |
| Is site R1? | fal |
| When was R1 Granted? | |
| What was the R1 value | 0.00 |
| Electrical Capacity | 2.00MWe |
| Number of Lines | 0 |
| Number of Turbines | 0 |
| CHP | Yes |
| Technology Approach | ACT |
| Funding Type | Merchant |
Operators Annual Report
Input Data
| Year | HH | C&I | Clin | RDF | Total |
|---|
Output Data
| Year | IBA | IBA %ge of Tot IN | APC | APC %ge of Tot IN |
|---|
Summary
An EfW facility based on Advanced Conversion Technology (ACT) as a full scale demonstrator project in Wednesbury in the West Midlands by Kew Technologies Ltd[1].
Technology
Advanced Conversion Technology (ACT) based on pressurised Gasification to produce a hydrogen-rich Syngas[1].
Construction
Development has occurred over 10 years, with >£35m of investment in the site, co-funded by the Energy Technologies Institute (a partnership between UK Government, BP, Rolls Royce, Shell, Caterpillar and E.ON)[1].
Waste Input
Residual Waste including RDF, and Biomass of up to 15,000 tonnes per annum.