North Quay ERF (Newhaven): Difference between revisions

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==Plant==

Built by the predecessor of [[Hitachi Zosen Inova]], Von Roll Inova, under a Design & Build [[EPC]]-turnkey contract in a consortium with Hochief UK for civil engineering. Construction started in 2008 and was delivered 2011 at a reported<ref>[~~http~~://www.hz-inova.com/~~cms/wp-content/uploads~~/2014/12/Newhaven_ENG.pdf Hitcahi Zosen Inova ~~Website~~]</ref> GBP £260m capital cost.

Built by the predecessor of [[Hitachi Zosen Inova]], Von Roll Inova, under a Design & Build [[EPC]]-turnkey contract in a consortium with Hochief UK for civil engineering. Construction started in 2008 and was delivered 2011 at a reported<ref>[https://www.hz-inova.com/files/2014/11/Newhaven_ENG.pdf Hitcahi Zosen Inova pdf]</ref> GBP £260m capital cost.

The plant comprises 2 lines of 14.5 tonnes/hour design capacity capable of treating 226,000 tonnes per annum via standard combustion technology, air cooled, Hitachi Zosen Inova Grate, generating super-heated steam, and is configured to run on residual [[Household Waste]] and up to 10% [[Clinical Waste]] with a [[CV]] of between 7.0 and 12.5MJ/kg to deliver 19.25MWe of power.

@@ Line 10: / Line 10: @@
 ==Plant==
-Built by the predecessor of [[Hitachi Zosen Inova]], Von Roll Inova, under a Design & Build [[EPC]]-turnkey contract in a consortium with Hochief UK for civil engineering. Construction started in 2008 and was delivered 2011 at a reported<ref>[http://www.hz-inova.com/cms/wp-content/uploads/2014/12/Newhaven_ENG.pdf Hitcahi Zosen Inova Website]</ref> GBP £260m capital cost.
+Built by the predecessor of [[Hitachi Zosen Inova]], Von Roll Inova, under a Design & Build [[EPC]]-turnkey contract in a consortium with Hochief UK for civil engineering. Construction started in 2008 and was delivered 2011 at a reported<ref>[https://www.hz-inova.com/files/2014/11/Newhaven_ENG.pdf Hitcahi Zosen Inova pdf]</ref> GBP £260m capital cost.
 The plant comprises 2 lines of 14.5 tonnes/hour design capacity capable of treating 226,000 tonnes per annum via standard combustion technology, air cooled, Hitachi Zosen Inova Grate, generating super-heated steam, and is configured to run on residual [[Household Waste]] and up to 10% [[Clinical Waste]] with a [[CV]] of between 7.0 and 12.5MJ/kg to deliver 19.25MWe of power.