Uskmouth Power Station (Subcoal): Difference between revisions
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{{#vardefine:epr|LP3131SW}}[[Category:EfW Plants]] | {{#vardefine:epr|LP3131SW}}[[Category:EfW Plants]] | ||
[[Uskmouth Power Station (Subcoal)]] is a coal-fired power station located in Newport, South Wales | [[Uskmouth Power Station (Subcoal)]] is a coal-fired power station located in Newport, South Wales which was considering a conversion to become an [[Energy from Waste]] facility utilising [[Waste Derived Fuel|waste derived fuel]] pellets as a feedstock known as [[subcoal]]. A report to the [[Wikipedia:London Stock Exchange|London Stock Exchange]] on the 28th April 2022 set out the intention to no longer pursue this conversion and to withdraw its permit variation<ref name="lse" >https://www.londonstockexchange.com/news-article/SAE/sae-develops-new-future-for-uskmouth-site/15428664</ref>. | ||
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[[File:Uskmouth Power Station.jpg|400px|left|Uskmouth Power Station. Bioenergy International, 2019]]__TOC__ | [[File:Uskmouth Power Station.jpg|400px|left|Uskmouth Power Station. Bioenergy International, 2019]]__TOC__ | ||
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==Summary== | ==Summary== | ||
[[Uskmouth Power Station (Subcoal)]] is a coal-fired power station located in Newport, South Wales | [[Uskmouth Power Station (Subcoal)]] is a coal-fired power station located in Newport, South Wales which was considering a conversion to become an [[Energy from Waste]] facility utilising [[Waste Derived Fuel|waste derived fuel]] pellets as a feedstock known as [[subcoal]]. It was planned that 2 out of the 3 coal fired power generation units would be converted in two phases and, when operational, the facility would have consumed 900,000 tpa of [[subcoal]] (assumed to be 450,000 tps of [[subcoal]] per phase) to generate up to 220 MW of electricity<ref name="ref1" >SIMEC Atlantis Energy, 2020. [https://simecatlantis.com/project-development-operation/simec-uskmouth-power/ Power Station Conversion Projects | SIMEC Atlantis Energy. Online. [Accessed 24 April 2020].]</ref>. | ||
[[SIMEC Atlantis Energy Limited]] is the owner, developer and | [[SIMEC Atlantis Energy Limited]] is the owner, developer and would have been the operator of the facility, which was scheduled to become operational in 2021 with a project lifetime of 20 years. The facility was expected to cost approximately £185m to develop<ref name="ref2" >SIMEC Atlantis Energy, 2019. [https://simecatlantis.com/2019/07/15/uskmouth-220mw-conversion-project-update/ Uskmouth 220MW Conversion Project Update | SIMEC Atlantis Energy. Online. [Accessed 24 April 2020].]</ref>. | ||
This project would | This project would have been the world’s first conversion of a coal fired power station to use [[Waste Derived Fuel|waste derived fuel]] and would have been one of the largest waste to value projects currently under development in Europe<ref name="ref2" />. | ||
An application was made to update the [[Environmental Permit]] for the site, and additional information has been requested by [[NRW]] to be able to determine the permit<ref>[https://naturalresources.wales/about-us/news-and-events/statements/uskmouth-power-station-application-to-change-environmental-permit/?lang=en [[Natural Resources Wales]] Website update September 2020]</ref>. The planning application to erect silos, conveyors, a de-dusting shed and extensions to the rail unloading shed was reported as called in by the [[Welsh Government]] in February 2021<ref>https://www.walesonline.co.uk/news/wales-news/newport-council-been-barred-uskmouth-19799115</ref>. | An application was made to update the [[Environmental Permit]] for the site, and additional information has been requested by [[NRW]] to be able to determine the permit<ref>[https://naturalresources.wales/about-us/news-and-events/statements/uskmouth-power-station-application-to-change-environmental-permit/?lang=en [[Natural Resources Wales]] Website update September 2020]</ref>. The planning application to erect silos, conveyors, a de-dusting shed and extensions to the rail unloading shed was reported as called in by the [[Welsh Government]] in February 2021<ref>https://www.walesonline.co.uk/news/wales-news/newport-council-been-barred-uskmouth-19799115</ref>. | ||
The [[Wikipedia:London Stock Exchange|London Stock Exchange]] news article suggests that the planning application and the permit variation processes have both been terminated<ref name="lse" />. | |||
==Technology== | ==Technology== | ||
The technology that | The technology that would have been implemented at this facility was a [[combustion]] system supplied by [[Mitsubishi Hitachi Power Systems Europe]]<ref>Thurston, A., 2020. [https://theenergyst.com/simec-says-plastic-waste-pellets-looking-good-for-uskmouth-power-station/ Simec Says Plastic Waste Pellets Looking Good For Uskmouth Power Station | Theenergyst.Com. Online. theenergyst.com. [Accessed 24 April 2020].]</ref>. | ||
==Construction== | ==Construction== | ||
The conversion | The conversion was expected to be completed during 2021. [[Front End Engineering Design]] ([[FEED]]) tests and studies were successfully completed by the [[FEED]] partners for the project [[WSP UK Ltd]], [[RJM Corporation Technical Services Ltd]], and [[Simec Subcoal Fuels]] ([[SSF]]) (a 50:50 joint venture between [[N+P Group]] and [[SIMEC Energy]]). Medium scale testing obtained a stable flame, revealing stable [[combustion]] of a 100% [[Waste Derived Fuel|waste derived fuel]] pellet is achievable<ref> Bioenergy International, 2019. [https://bioenergyinternational.com/heat-power/stable-flame-achieved-in-simec-uskmouth-power-feed-tests Stable Flame Achieved In SIMEC Uskmouth Power FEED Tests. Online. Bioenergy International. [Accessed 24 April 2020].</ref>. | ||
[[SIMEC Atlantis Energy Limited]] announced in March 2020 the successful production of 100 tonnes of the waste fuel pellets to be used for large-scale combustion testing at the facility<ref name="ref3" >Bioenergy Insight, 2020. [https://www.bioenergy-news.com/news/successful-waste-derived-fuel-pellet-trials-for-uskmouth-power-station/ Successful Waste-Derived Fuel Pellet Trials For Uskmouth Power Station. Online. Bioenergy Insight.[Accessed 24 April 2020].</ref>. | [[SIMEC Atlantis Energy Limited]] announced in March 2020 the successful production of 100 tonnes of the waste fuel pellets to be used for large-scale combustion testing at the facility<ref name="ref3" >Bioenergy Insight, 2020. [https://www.bioenergy-news.com/news/successful-waste-derived-fuel-pellet-trials-for-uskmouth-power-station/ Successful Waste-Derived Fuel Pellet Trials For Uskmouth Power Station. Online. Bioenergy Insight.[Accessed 24 April 2020].</ref>. | ||
==Waste Input== | ==Waste Input== | ||
The facility | The facility would have consumed 900,000 tonnes per annum of [[Waste Derived Fuel|waste derived fuel]] pellets formed from non-recyclable waste called [[subcoal]]. The fuels pellets have been developed to a specification to have characteristics similar to coal. [[subcoal|SubCoal]] pellets have been designed and are being produced by [[N+P Group]] and would have been transported from fuel processing plants in England via railway for [[combustion]] at the facility<ref name="ref1" />. The pellets are comprised of 50% [[Biomass|biogenic]] waste material and 50% [[plastic]] waste<ref name="ref3"/>. | ||
==References== | ==References== | ||
<references /> | <references /> | ||
Latest revision as of 13:57, 26 May 2022
Uskmouth Power Station (Subcoal) is a coal-fired power station located in Newport, South Wales which was considering a conversion to become an Energy from Waste facility utilising waste derived fuel pellets as a feedstock known as subcoal. A report to the London Stock Exchange on the 28th April 2022 set out the intention to no longer pursue this conversion and to withdraw its permit variation[1].
| Uskmouth Power Station (Subcoal) Planning | |
 See Residual EfW → page for a larger UK Wide map. | |
| Waste Licence | LP3131SW |
| Operator | SIMEC Atlantis Energy |
| Region | Wales |
| Operational Capacity | 450ktpa |
| Is site R1? | fal |
| When was R1 Granted? | |
| What was the R1 value | 0.00 |
| Electrical Capacity | 220.00MWe |
| Number of Lines | 0 |
| Number of Turbines | 0 |
| CHP | |
| Technology Approach | EfW |
| Funding Type | [[]] |
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
Uskmouth Power Station (Subcoal) is a coal-fired power station located in Newport, South Wales which was considering a conversion to become an Energy from Waste facility utilising waste derived fuel pellets as a feedstock known as subcoal. It was planned that 2 out of the 3 coal fired power generation units would be converted in two phases and, when operational, the facility would have consumed 900,000 tpa of subcoal (assumed to be 450,000 tps of subcoal per phase) to generate up to 220 MW of electricity[2].
SIMEC Atlantis Energy Limited is the owner, developer and would have been the operator of the facility, which was scheduled to become operational in 2021 with a project lifetime of 20 years. The facility was expected to cost approximately £185m to develop[3].
This project would have been the world’s first conversion of a coal fired power station to use waste derived fuel and would have been one of the largest waste to value projects currently under development in Europe[3].
An application was made to update the Environmental Permit for the site, and additional information has been requested by NRW to be able to determine the permit[4]. The planning application to erect silos, conveyors, a de-dusting shed and extensions to the rail unloading shed was reported as called in by the Welsh Government in February 2021[5].
The London Stock Exchange news article suggests that the planning application and the permit variation processes have both been terminated[1].
Technology
The technology that would have been implemented at this facility was a combustion system supplied by Mitsubishi Hitachi Power Systems Europe[6].
Construction
The conversion was expected to be completed during 2021. Front End Engineering Design (FEED) tests and studies were successfully completed by the FEED partners for the project WSP UK Ltd, RJM Corporation Technical Services Ltd, and Simec Subcoal Fuels (SSF) (a 50:50 joint venture between N+P Group and SIMEC Energy). Medium scale testing obtained a stable flame, revealing stable combustion of a 100% waste derived fuel pellet is achievable[7].
SIMEC Atlantis Energy Limited announced in March 2020 the successful production of 100 tonnes of the waste fuel pellets to be used for large-scale combustion testing at the facility[8].
Waste Input
The facility would have consumed 900,000 tonnes per annum of waste derived fuel pellets formed from non-recyclable waste called subcoal. The fuels pellets have been developed to a specification to have characteristics similar to coal. SubCoal pellets have been designed and are being produced by N+P Group and would have been transported from fuel processing plants in England via railway for combustion at the facility[2]. The pellets are comprised of 50% biogenic waste material and 50% plastic waste[8].
References
- ↑ 1.0 1.1 https://www.londonstockexchange.com/news-article/SAE/sae-develops-new-future-for-uskmouth-site/15428664
- ↑ 2.0 2.1 SIMEC Atlantis Energy, 2020. Power Station Conversion Projects | SIMEC Atlantis Energy. Online. [Accessed 24 April 2020.]
- ↑ 3.0 3.1 SIMEC Atlantis Energy, 2019. Uskmouth 220MW Conversion Project Update | SIMEC Atlantis Energy. Online. [Accessed 24 April 2020.]
- ↑ Natural Resources Wales Website update September 2020
- ↑ https://www.walesonline.co.uk/news/wales-news/newport-council-been-barred-uskmouth-19799115
- ↑ Thurston, A., 2020. Simec Says Plastic Waste Pellets Looking Good For Uskmouth Power Station | Theenergyst.Com. Online. theenergyst.com. [Accessed 24 April 2020.]
- ↑ Bioenergy International, 2019. Stable Flame Achieved In SIMEC Uskmouth Power FEED Tests. Online. Bioenergy International. [Accessed 24 April 2020.
- ↑ 8.0 8.1 Bioenergy Insight, 2020. Successful Waste-Derived Fuel Pellet Trials For Uskmouth Power Station. Online. Bioenergy Insight.[Accessed 24 April 2020.