Client: MAPNA Group Plant Owner: Mobarakeh Steel complex co. Location: Isfahan, Iran. Project Duration: 9 Month Commissioning Date: July 2025 Scope Of Work: EPC of Upstream Media Cooling system for two MGT80 GTs, each one with nominal Power of 308MW. Status: PAC Power increase: more than 18% on each GT @ design condition . . Keywords: Upstream Media Cooler, Upstream Evaporative cooler, […]
Client: Khorramabad Power Generation & Management co Location: Khorramabad, Lorestan, Iran Commissioning Date: Aug. 2024 Scope Of Work: EPC of Media Cooling system for two V94.2 GTs. Results: More than 16% power increase of each GT at the design point.
Client: Iranian Gas Transmission Company, Location: Qom, Iran, Project Duration: 9 Month, Scheduled Commissioning Date: Apr. 2024, Scope Of Work: EPC of Media Cooling system for two*SUMMY-ZORYA 25MW Turbo-compressor.
. During the hot summer days of Lorestan province, the inlet air cooling system for the two gas turbine units of Khorramabad combined cycle power plant was put into operation with a total power increase of about 30MW. This project was completed within 3.5 months, following the admirable efforts of Rahavard team (as the EPC […]
. Rahavard Energy Company proudly announces that the Upstream air cooling system of GT units of Semnan Power Plant successfully launched within about 3 months. In this project, in addition to equipping the MAP2B type gas turbines to the upstream coolers, water treatment and storage facilities were also successfully installed and commissioned during this period. […]
The National Gas Transmission Company of Iran announced the commencement of the contract for the design, supply, construction and installation of the Media evaporative cooling system to cool the inlet air of two Turbocompressors of the natural gas storage facility in Sarajeh, Qom province to Rahavard Energy co.
Our recently installed upstream Media cooling system set a new record at Rumaila powerplant, Basra city, Iraq!
The contract of “engineering, equipment supply, construction, installation and commissioning of the inlet air cooling system of two class F gas turbine units of South-II power plant was awarded to Rahavard Energy Company. The client of the project is MAPNA Turbine Engineering and Construction Company (TUGA) and the owner of the power plant is Mobarakeh […]
Client: MAPNA Group Plant Owner: Shamara Holding Location: Basra, Iraq Project Duration: 6 Month Commissioning Date: June 2023 Scope Of Work: EPC of Upstream Media Cooling system for two MGT70 GTs, each one with nominal Power of 185MW. Status: PAC Power increase: more than 18% on each GT @ design conditon . . Keywords: Upstream […]
The 7th National Gas Turbine Conference was held on 10th and 11th June 2022 at Iran University of Science and Technology. In this scientific and industrial event, Rahavard Energy Company, as the EPC contractor of gas turbine inlet air cooling systems, had an active presence in the exhibition as well as conference sessions, and the […]
Turbine Inlet Air Cooling Technologies (TIAC) Gas turbines output power decreases with respect to ISO design condition when ambient temperature rises significantly. The results show reductions of power to be about 0.5-0.9, due to each °C ambient air temperature growth. On the other hand, demand for electric power and the value of electricity are greatest at […]
Rahavard Energy Raya co. (P.J.S) was founded in Tehran, Iran in 2016 with the aim of working in the area of Energy Management and Engineering Services. This includes projects in the industry fields of electricity, oil, gas, petrochemical, etc. Rahavard Energy Mainly focused on Turbine Inlet Air Cooling technologies, called TIAC systems. Media Evaporative & High-pressure Fog system are the two main technologies being offered by Rahavard. Recently Rahavard added the Turbine inlet air Chilling technology with zero water usage to its services by help of its well-known European Partner. As the cooling systems need treated water, Rahavard offers water treatment systems (Reverse osmosis or Demin plants) to the customers.
