Severnside Energy Recovery Centre: Difference between revisions

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[[Category:EfW Plants]][[~~Category:Tonnage &~~ Waste ~~Types~~]][[~~Category:Technologies & Solutions~~]]

[[Category:EfW Plants]]

An [[EfW]] facility based upon conventional combustion technology and considered an [[ERF]] based on its [[R1]] status. Severnside ERC (also known as SERC) has a permitted operational capacity of 400,000 tonnes per annum, and is owned and operated by [[West London Energy Recovery Ltd]] a company set up for the purpose by [[Suez]]. Delivery of waste is primarily by rail and the facility processes primarily residual [[Household Waste]] and some [[Commercial Waste]]. {{EfWTemplate|EPR={{#var:epr}}|id=12}}

[[File:Suez Severside.png|350px|left|Suez Severnside (SERC) Site]]__TOC__

==Summary==

An [[EfW]] facility based upon conventional combustion technology and considered an [[ERF]] based on its [[R1]] status. Severnside ERC (also known as SERC) has a permitted operational capacity of 400,000 tonnes per annum, and is owned and operated by [[West London Energy Recovery Ltd]] a company set up for the purpose by [[Suez]]. Delivery of waste is primarily by rail and the facility processes primarily residual [[Household Waste]] and some [[Commercial Waste]].

==History==

The Riverside ERC was built primarily to service a 25 year [[PPP]] contract signed in 2013 with [[West London Waste Disposal Authority| WLWA]] <ref>[https://www.letsrecycle.com/news/latest-news/suez-milestone-severnside-erf/ Letsrecycle Article]</ref>, with anticipated input of around 300,000 tonnes per annum i.e the majority of the tonnage. Additional tonnage has also been secured from the [[West of England Partnership]] and [[Devon County Council]].The [[Residual Waste]] from [[West London Waste Disposal Authority| WLWA]] is loaded at two rail-linked transfer stations in Brentford and South Ruislip prior to its transport to Severnside ERC.

In January 2020 [[Suez]] requested an alteration to the facilities [[Environmental Permit]] seeking a 100,000 tonne per year increase to its processing capacity. If successful the plant will, in the future, be able to process 500,000 tonnes per year. <ref>https://www.endswasteandbioenergy.com/article/1670740/suez-expand-severnside-efw-plant</ref>

==Plant==

Built by [[Hitachi Zosen Inova]] under a Design & Build [[EPC]]-turnkey contract and was delivered in 2016 at a GBP £240m capital cost.

The plant comprises 2 lines of 21.85 tonnes/hour (maximum 24.24 tonnes/hour) design capacity capable of treating 350,000 tonnes per annum via standard combustion technology, air cooled, Hitachi Zosen Inova Grate, generating super-heated steam. It is configured to run on residual [[Household Waste]] and [[Commercial Waste]] with a [[CV]] of between 7.5 and 12.5MJ/kg to deliver 37.5MWe of power <ref>[https://www.hz-inova.com/projects/severnside-uk/ Hitachi Zosen Inova Website]</ref>. Operating at the maximum design tonnes/ hour figure would result in a capacity close to 400,000 tonnes per annum, but this would require a low [[CV]].

==~~Local Authority Users==~~

{{EfWLAData|EPR={{#var: epr}}}}

{{EAIn|EPR={{#var: epr}}}}

==References==

@@ Line 1: / Line 1: @@
-[[Category:EfW Plants]][[Category:Tonnage & Waste Types]][[Category:Technologies & Solutions]]
+{{#vardefine:epr|ZP3937KL}}
-{{EfWTemplate|EPR=ZP3937KL|id=12}}
+[[Category:EfW Plants]]
+An [[EfW]] facility based upon conventional combustion technology and considered an [[ERF]] based on its [[R1]] status. Severnside ERC (also known as SERC) has a permitted operational capacity of 400,000 tonnes per annum, and is owned and operated by [[West London Energy Recovery Ltd]] a company set up for the purpose by [[Suez]]. Delivery of waste is primarily by rail and the facility processes primarily residual [[Household Waste]] and some [[Commercial Waste]]. {{EfWTemplate|EPR={{#var:epr}}|id=12}}
+[[File:Suez Severside.png|350px|left|Suez Severnside (SERC)  Site]]__TOC__
+<br clear='left' />
 ==Summary==
+An [[EfW]] facility based upon conventional combustion technology and considered an [[ERF]] based on its [[R1]] status. Severnside ERC (also known as SERC) has a permitted operational capacity of 400,000 tonnes per annum, and is owned and operated by [[West London Energy Recovery Ltd]] a company set up for the purpose by [[Suez]]. Delivery of waste is primarily by rail and the facility processes primarily residual [[Household Waste]] and some [[Commercial Waste]].
 ==History==
+The Riverside ERC was built primarily to service a 25 year [[PPP]] contract signed in 2013 with [[West London Waste Disposal Authority| WLWA]] <ref>[https://www.letsrecycle.com/news/latest-news/suez-milestone-severnside-erf/ Letsrecycle Article]</ref>, with anticipated input of around 300,000 tonnes per annum i.e the majority of the tonnage. Additional tonnage has also been secured from the [[West of England Partnership]] and [[Devon County Council]].The [[Residual Waste]] from [[West London Waste Disposal Authority| WLWA]] is loaded at two rail-linked transfer stations in Brentford and South Ruislip  prior to its transport to Severnside ERC.
+In January 2020 [[Suez]] requested an alteration to the facilities [[Environmental Permit]] seeking a 100,000 tonne per year increase to its processing capacity. If successful the plant will, in the future, be able to process 500,000 tonnes per year. <ref>https://www.endswasteandbioenergy.com/article/1670740/suez-expand-severnside-efw-plant</ref>
 ==Plant==
+Built by [[Hitachi Zosen Inova]] under a Design & Build [[EPC]]-turnkey contract and was delivered in 2016 at a GBP £240m capital cost.
+The plant comprises 2 lines of 21.85 tonnes/hour (maximum 24.24 tonnes/hour) design capacity capable of treating 350,000 tonnes per annum via standard combustion technology, air cooled, Hitachi Zosen Inova Grate, generating super-heated steam. It is configured to run on residual [[Household Waste]] and [[Commercial Waste]] with a [[CV]] of between 7.5 and 12.5MJ/kg to deliver 37.5MWe of power <ref>[https://www.hz-inova.com/projects/severnside-uk/ Hitachi Zosen Inova Website]</ref>. Operating at the maximum design tonnes/ hour figure would result in a capacity close to 400,000 tonnes per annum, but this would require a low [[CV]].
-==Local Authority Users==
+{{EfWLAData|EPR={{#var: epr}}}}
+{{EAIn|EPR={{#var: epr}}}}
 ==References==
 <references />