posts by tags "Media Cooling"

Media cooling system for 2*V94.2 GTs of Zagros Power Plant

Media cooling system for 2*V94.2 GTs of Zagros Power Plant

Client: Zagros Kowsar Power Generation & Management co Location: Kermanshah, Iran Commissioning Date: June 2020 Scope Of Work: EPC of Media Cooling system for two V94.2 GTs. Results: The performance test shows more than 20 degrees Celsius temperature decrease due to operation of Media system, which result in 15% power increase of each GT at […]

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Turbine Inlet Air Cooling System of Serajeh Gas Station

Turbine Inlet Air Cooling System of Serajeh Gas Station

Client: Iranian Gas Transmission Company Location: Qom, Iran Commissioning Date: Aug 2020 Scope Of Work: EPC of Media Cooling system for SUMMY-ZORYA 25MW Turbo-compressor. Results: The performance test shows more than 16% power increase of the Turbo-compressor at the design point.

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Successful Operation of Zagros CCPP Media Cooling System

Successful Operation of Zagros CCPP Media Cooling System

Media cooling system for 2*V94.2 GTs of Zagros Power Plant, started operation on 15 June 2020. The performance test shows more than 20 degrees Celsius temperature decrease due to operation of Media system, which result in 15% power increase of each GT at the design point. Located 20 kilometers from the city of Kermanshah, in […]

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New Contract Awarded “Media Cooling System for Zagros Power Plant”

New Contract Awarded “Media Cooling System for Zagros Power Plant”

Rahavard Energy has recently signed a contract of “Engineering, Procurement and Construction of Media Evaporative Cooling System for 2*V94.2 Gas Turbine Units of Zagros Power Plant” in Kermanshah Province. The client is Zagros Kosar Power Generation & Management co. The main purpose of this project is power enhancement of the turbines up to 15%, by […]

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Evaluation of humidity effect on Turbine inlet air Filters

Evaluation of humidity effect on Turbine inlet air Filters

Humidity and droplets can make Turbine air filters wet and increase the differential pressure drop caused by them and consequently result in more power loss of the turbine, so it is important to study the effect of humidity generated by the cooling system on the operation of filters.

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