RRRL-EfW Facility Norman Road North Belvedere Kent DA17 6JY (13 components)

Energy from Waste Recovery Facility (12)

Runcorn ERF, Barlow Way, Runcorn, Cheshire WA7 4HG (14 components)

Allington EfW, Laverstoke Road, 20/20 Business Park, Allington, Maidstone, Kent, ME16 0LE (12 components)

This CMU identifier is the replacement of ALL001 due to changes of unit capacity and connection agreement. The connection capacity is based on historic data as per rule 3.5.3 Allington … (5)

Trident Park ERF, Glass Avenue, Cardiff, CF24 5EN (10 components)

Greatmoor EfW, Greatmoor Road, Woodham, Aylesbury, Buckinghamshire, HP18 0QE (9 components)

This CMU identifier is the replacement for BUCK01, BUCK02, FCCB01, due to the change in Connection Capacity as per rule 3.5.2 and change from "New build CMU" to "Existing CMU" … (5)

Enterprise Drive, Coven, Wolverhampton, Staffordshire WV10 7DY (8 components)

Municipal waste incineration plant located in Staffordshire. It is based on boilers supplying steam to a turbine-generator. (5)

Suffolk EfW Lodge Lane Great Blakenham Ipswich, Suffolk IP6 0JE (14 components)

Existing Energy from Waste Plant (5)

STV Lines 4 & 5 EfW Haverton Hill Road Billingham Cleveland TS23 1PY (13 components)

Existing Energy from Waste Plant (5)

Hay Hall Road, Tyseley, Birmingham, B11 2AU (4 components)

"Mercia EnvirRecover EfW Oak Drive Hartlebury Trading Estate Hartlebury Worcestershire DY10 4JB" (12 components)

This new CMU identifier is the replacement for the MER001, MERC01 and MERC02 as the CMU is operational since April 2017. The CMU capacity is 19.619 MW, reduced from 25 … (5)

WTI UK Ltd Parc Adfer, Weighbridge road, Deeside Industrial Estate zone 4, Flintshire, CH5 2LL (9 components)

An energy from waste facility located in North Wales and designed to generate electricity (5)

Lincoln EfW, Paving Way Off Whisby Road, North Hykeham, Lincoln, Lincolnshire, LN6 3QW (15 components)

Newhaven ERF, North Quay Rd, Newhaven, East Sussex, BN9 0AB (8 components)

Steam turbine at energy from waste facility located in Newhaven East Sussex (7)

Marchwood ERF, Oceanic Way, Marchwood Industrial Park, Normandy Way, Marchwood, Hampshire SO40 4BD (9 components)

Municipal waste incineration plant located in Marchwood Hampshire. It is based on boilers supplying steam to a turbine-generator. (5)

Millerhill Recycling & Energy Recovery Centre Whitehill Road DALKEITH EH22 1SX (11 components)

Portsmouth ERF, Quartremaine Road, Portsmouth, Hampshire PO3 5QH (9 components)

Municipal waste incineration plant located in Portsmouth Hampshire. It is based on boilers supplying steam to a turbine-generator. (5)

STV Line 3 EfW Haverton Hill Road Billingham Cleveland TS23 1PY (13 components)

Existing Energy from Waste Plant (5)

Kirklees Energy from Waste Plant Vine Street Huddersfield, Yorkshire HD1 6NT (14 components)

Existing Energy from Waste Plant (12)

Chineham ERF, Whitmarsh Lane, Basingstoke, Hampshire, RG24 8LL (9 components)

Municipal waste incineration plant located in Chineham Hampshire. It is based on one boiler supplying steam to a turbine-generator. (5)

Tees Valley EfW Lines 1 & 2 Haverton Hill Road Billingham Cleveland TS23 1PY (15 components)

Existing Energy from Waste Plant (5)

EcoPark, Advent Way, Edmonton, London N18 3AG (10 components)

Inclined grate residual Waste-to-Energy facility comprising 5-boilers and 4-turbines. (5)

Exeter ERF, Grace Road South, Exeter EX2 8QE (11 components)

Plot 8 Protos Grinsome Road Elton CH2 4NR (2 components)

An Energy from Waste facility located in Cheshire. The Facility will utilise conventional mass burn technology which is the most proven Energy from Waste technology currently available. The process will … (2)

Bolton Thermal Recovery Facility Raikes Lane Industrial Estate Bolton Greater Manchester BL3 2NP (2 components)

New Build Energy from Waste Plant (2)

Newhurst Quarry, Ashby Road East, Shepshed, Leicestershire, LE12 9BU (2 components)

An Energy from Waste facility located in Leicestershire. The facility will utilise conventional mass-burn technology which is the most proven Energy from Waste technology currently available. The process will consist … (2)