gas compression

The $2.9 billion Shah Deniz Compression project, expected online in 2029, will enable additional production of around 50 Bcm of gas and 25 million bbl of condensate.

The plan calls for developing a gas field, CCUS, and onshore compression, with first production expected in 2028.

To choose the right technologies for a gas-compression package, it’s critical for operators to have a clear understanding of their business and greenhouse‑gas emissions-related goals. Operators also need clarity concerning the impact of evolving requirements on total cost of ownership as well as potential financial ramifications.

The project to stabilize and maintain the gas field’s production plateau supports Algeria’s bid to underpin its growing role in supplying European gas markets.

A new paper warns that meeting emission reduction targets in the top US oil basin will require a fourfold increase in available grid electricity.

Equinor has submitted a plan for development and operations with Norwegian authorities that would add gas compression and electrification to the Hammerfest LNG plant.

Italian contractor will provide a pair of offshore gas compression complexes destined for the giant North Field.

The Gorgon gas project will consist of a new floating field-control station and subsea compression infrastructure.

This paper describes an artificial-lift technology, a subsurface compressor system, that simultaneously removes liquids, increases gas production, and improves recoverable reserves in gas wells.

In 2015, the world’s first subsea multiphase gas compression system was installed offshore Norway. The system comprises two-off 5-MW machines configurable for serial or parallel compression. This system has now gained considerable and valuable operational experience.