Displaying items 1 - 50 of 358 matching components (Page 1 of 8)
An energy from waste development adjacent to an existing waste management facility at Knapton Quarry Landfill, North Yorkshire, YO17 8JA. The plant will be fully CHP enabled advanced gasification waste …
The CMU comprises one Gas Turbine generator, one HRSG boiler, one Back Pressure Steam Turbine generator and associated ancillary plant and buildings.
Gas Turbine Generator
Gas Engine
Steam Driven Turbo Alternator 8G4 7MWe (derated to 4 MWe for mechanical reasons)
Steam Driven Turbo Alternator 8G1 6,8 MWe
Unit 1 at Saltend Power Station
(Please note: CMU Metering is embedded behind Grid Connection Site: Wilton 66kV Substation. BM Unit T_WILCT-1). S21G01 is a OCGT in CHP Configuration within the (former ICI) Wilton Site.
CMU Metering is embedded behind Grid Connection Site: Wilton 66kV Substation. BM Unit T_WILCT-1). S21G02 is a OCGT in CHP Configuration within the (former ICI) Wilton Site.
(Please note: CMU Metering is embedded behind Grid Connection Site: Wilton 66kV Substation. BM Unit T_WILCT-1). S21S11 is a Steam Turbine in CHP Configuration within the (former ICI) Wilton Site.
Unit 2 at Saltend Power Station
Unit 3 at Saltend Power Station
Gas CHP on South bank of river Humber providing electricity and industrial steam
The CMU component JENBA1 is a gas fired CHP engine rated at 1.845MW (1.942MW design output but derated at 95% due to age).
The CMU component JENBA2 is a gas fired CHP engine rated at 1.845MW (1.942MW design output but derated at 95% due to age).
The CMU component JENBA3 is a gas fired CHP engine rated at 1.845MW (1.942MW design output but derated at 95% due to age).
Unit 5 is part of the aggregated CMU EM3-21, which made up of 3 Generating Units of which Unit 5 is the largest. This Generating Unit forms the E_FAWN-1 BMU …
Unit 3 is part of the aggregated CMU EM3-21, which is made up of 3 Generating Units of which Unit 3 is the smallest. This Generating Unit is embedded in …
TG1B is part of the aggregated CMU EM3-21, which is made up of 3 Generating Units of which TG1B of medium size. This Generating Unit is embedded in the E_FAWND …
Engine generator sets
Engine set
6 CHP engines horticultural environment with no auxiliiary load
Two CHP engines in horticultural environment with no auxilliary load
Two CHP engines in horticultural environment with no auxilliary load
Two CHP gas engines in commercial horticultural environment with no auxilliary load
Eight gas CHP engines for commercial horticultural use with no auxilliary load
Two gas CHP in a horticultural environment with no aux load
Gas CHP engines in commercial horticultural environment with no auxilliary load
Gas CHP engines in commercial horticultural usage with no auxilliary load
Gas engines in commercial horticultural environment with no auxilliary load. All generation unit capacities are nominal and allow for site-specific variations
Gas engines in commercial horticultural environment with no auxilliary load. All generation unit capacities are nominal and allow for site-specific variations
Two gas CHP engines in commercial horticultural environment with no auxilliary load
10 gas engines in an energy centre environment, exporting electricity
3 gas engines in an energy centre environment, exporting electricity
The CMU component BREH01 consists of one CHP engine supplying heat, CO2 and power to the on site Nursery.
The CMU component BREH02 consists of one CHP engine supplying heat, CO2 and power to the on-site Nursery.
An energy from waste development situated on Showground Road, Bridgwater with an export capacity of 7.75 MWe
The CMU is a gas fired CCGT CHP
A New Build 8MW ACT generating station using a closed loop steam system.
The CMU component, CASQ17 supplies heat, CO2 and electricity to the onsite nursery and facilities.
The Prospective Generating Unit will be an Edina TCG 2032B V16 4.5MWe CHP Gas Engine (or similar) situated on Central Manchester University Hospital site.
The CMU component will have a connection capacity of 10MW. Gas-fired reciprocating engine will be the technology used. There will be a parasitic load of 160kW.
District heating implementation of two gas CHP engines with no auxilliary load
The CMU component BARR17 will consist of one CHP engine with a generation capacity of 4.5 MW.
New 4.5MW CHP at Oxford Hospital
A Packaged 3.976MW, 11kV CHP
TLOR-1 1 ea 38MWe Cogeneration Unit 9G1
Steam Driven Turbo Alternator 8G2 6,8 MWe
Gas Turbine CHP GT001A
Gas Turbine CHP GT001B