This project involves execution of infrastructure works at the PDO field Saih Rawl in Haima, Oman. Local Construction Company LLC has been awarded the main contract on this scheme. The project is about Execution of infrastructure works. A number of local and international engineering construction firms have submitted bids for Phase Two of Petroleum Development OmanÂ’s (PDO) Saih Rawl Depletion Compression project. The project is critical to ensuring that gas exports to major consumers are maintained, at the prescribed pressure and in the requisite volumes. Presently the largest gas field in the country, the Saih Rawl project has been in operation since 1991, catering to the majority of gas demand in the north of the Sultanate. Volumes from the plant are processed at PDOÂ’s massive Central Processing Plant located near the field. Treated gas from the CPP is supplied to the LNG trains at Qalhat for export, as well as to the Government Gas System, which in turn feeds power plants and industrial consumers mainly in the North of Oman. Other off-takers of these treated volumes include the Oman-India Fertiliser plant at Sur, the South Oman Gas Line and PDO itself for its internal power generation requirements. However, as the Saih Rawl field gradually reaches maturity, there has been a decline in reservoir pressure, leading to PDO having to adopt a technique known as depletion compression. This enables sustained production and increases ultimate recovery from the field, by reducing back pressure at the well-head and boosting the inlet pressure from 35 bar to 96 bar for exports. Phase One of the Saih Rawl Depletion Compression Project has the capacity to hand 48m m3 of gas per day. A new power station with a total capacity of 120MW has also been built as part of the package, so as to cater to increased power demand. Phase Two of the project is scheduled to be completed by the first quarter of 2015 so as to enable the reduction of CPP inlet pressure from 35 to 13 bar. The Phase Two package includes the construction of four parallel compression trains with a total capacity of gas. The project is currently under construction and is expected to be completed by end of 2020.