Haylers End Energy Recovery Plant

From WikiWaste

One of the most recent Clinical Waste Incinerators to built in the UK in the last 20 years, Haylers End Energy Recovery Plant will trade under the brand Clinitek and is referred to as their Malvern facility[1]. Andusia are acting as the sole supplier to the plant[2].


Haylers End Energy Recovery Plant
Site Location
Site Location

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Waste Licence SP3507PN
Operator Clinitek
Operational Capacity 8,000tpa
Number of Lines
Region West Midlands

Annual Report Data

Year Total In Total Clinical IBA Out ACP Out Op Hours

2019
2018
2017
2020 0 0 0 0 0
2021 0 0 0 0 0
2022 0 0 0 0 0


Artist Impression of Malvern Plant - All rights reserved, Accessed from Cobalt website May 2021
Artist Impression of Malvern Plant - All rights reserved, Accessed from Cobalt website May 2021


Summary

One of the most recent Clinical Waste Incinerators to built in the UK in the last 20 years, Haylers End Energy Recovery Plant will trade under the brand Clinitek and is referred to as their Malvern facility[1]. Andusia are acting as the sole supplier to the plant of up to 8,000 tonnes per annum over a 5 year contract[3].

Background

P3P Partners have developed the facility under their subsidiary Waste Energy Power Partners (WEPP) with finance by Equitix. The facility has been built on the derelict Haylers End Incinerator (which has been derelict since 1995) and was reported as in commissioning in January 2021, the original timetable having been delayed from the end of 2020[4][5]. This was the first of two plants developed under the same arrangements, the second being Scotia Business Park and often referred to as their Stoke-on-Trent plant, which has double the design throughput capacity of this facility.

Plant

Commissioning is in an advanced stage. The technology provider is understood to be the same as the Scotia Business Park - supplied by Incinco[1] with 1,000kg/hr capacity and with construction oversight by Cobalt Energy[6]. At 8,000 hrs annual operation the maximum annual throughput would be 8,000 tonnes per annum, although the plated capacity has been reported as 6,400 tonnes in the past.

References