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Homa gas pressure boosting station

Homa gas pressure boosting station
Homa
Homa
Homa
Homa
Homa gas pressure boosting station
Homa
Homa
Homa
Homa

Construction and operation of Homa field gas booster station (EPCC) project

 

Contract number: 73-99/10106

Client: Arman Construction and Productivity Engineers Company / Persia Oil and Gas Industry Development

04/03/Project start date: 2022

 

Project specifications:

Due to the urgent need for gas supply in the cold seasons of the year and the lack of feed input of Parsian refinery in the coming years and also due to the withdrawal process from Homa field and reduction of reservoir pressure, well pressure reduction scenario as the optimal production scenario from the field to maintain production Was introduced.

Homa gas field is located in AlamaRvdasht section of Lamerd city of Fars province and is one of the gas supply fields of Parsian refinery. This square is located in Kuh-e-Hawa in Alam Rudasht region. Homa gas field has 23 wells with well facilities, pipeline and collection center. After being collected in the collection center, Homa gas field gas is sent to Khairgoo separation center in three phases through a 24-inch pipeline with a change in size to 26 inches. The separation center includes a flocculant, a gas-water separator tank, a gas-liquid delivery pump, and a ball delivery and receiving system. Gas and gaseous liquids are sent to Parsian 2 refinery by two lines of 36-inch and 6-inch pipelines with a length of 41 km from Khairgoo separation center, respectively. Homa gas boosting station has been designed with the aim of keeping production near the Homa field collection center in order to send 12 to 15 million cubic meters of gas per day to the Khairgoo separation center and from there to the Parsian 2 refinery. This gas compression station is required to increase the gas pressure from about 50 to 125 bar. According to the calculated power, in order to increase the gas pressure, a 3 + 1 arrangement is considered for Homa station and the compressors of this station have a hydraulic capacity of 6.6 MW.