Compressors

Baker Hughes submitted its solution to the Tradewinds Solutions Marketplace and can now develop geothermal plants for baseload power.

The contract represents over 100,000 hours of annual maintenance executed by a 30-person team, so EDF PEI can achieve 95% availability on power assets.

Once NextDecade permits, constructs, and operates Trains 6 through 8, the total liquefaction capacity will increase by approximately 18 MTPA.

The acquisition will expand the range of high-performance components, shorten lead times, and offer greater service flexibility for customers in critical industries.

The Honeywell Forge software platform will enable the digitalization of Sundyne's equipment, improving reliability and predictive maintenance operations.

This partnership follows the commissioning of GAIL's green hydrogen plant, in which Accelera supplied a 10-MW proton exchange membrane electrolyzer system.

The company will deliver CO2 compression and monitoring technologies for the Sweetwater Carbon Storage Hub and gas turbines for power generation applications.

The commissioning of Kuo Kuang 2 replaces older, CO2-intensive plants on the grid, emitting up to 66% less greenhouse gases than coal- or oil-driven power.

Combining 3D laser scanning and generative AI automates inspection processes, enhances service quality, and expedites equipment overhauls.

The company is working with partners to increase the feed-in of renewable electricity for the Friedrichshafen, Augsburg, and Aiken/USA plants and their local grids.

OEMs are using AI- and ML-equipped software and control systems to improve data quality and reliability, automate tasks, monitor assets, assist smaller crews, and make predictive maintenance commonplace.

The Raven Field’s initial phase developed eight subsea wells, located up to 65 km offshore, at water depths ranging from 550 to 700 meters.

Integrating CFD analysis software into blade design software increases time-to-market.

Keynote panelists discuss the latest innovations in gas turbine combustion systems, carbon capture, hydrogen, ammonia, and more.

Megan Reusser of Burns & McDonnell said mechanical, thermal, electrochemical, and chemical LDES could help reduce the need for grid expansion, but each has its challenges.

The facility includes existing dock infrastructure and onsite tankage with an LNG storage capacity of 107,000 m3.

The project team identified which Royal Air Force Tornado components can be atomized into powders for additive manufacturing to make new engine parts.

The company will deliver gas compression trains, propane compressors, liquefaction trains, and a power island to the Jafurah Gas Field and Plaquemines LNG.

The January/February 2025 issue gives readers an update on software and controls under the lens of AI and ML, the digitalization of compressor maintenance, and more.

Roots Blowers Systems manufactures displacement blowers engineered to deliver a steady volume of air with each rotation.

Arrow Engine distributes natural gas-powered engines through a global distribution network, with primary focus on the United States and Canada.

The company’s modular capture plant design reduces capital costs, minimizes the impact on existing factory operations, and easily facilitates integration with pulp mills.

At Baker Hughes Annual Meeting 2025, the company announced partnerships to support LNG, ammonia, and offshore greenfield developments.

The digiPrime pump, anchored by a 3,000 hp Cummins natural gas variable-speed engine, is a direct drive solution with significant thermal efficiency.

The company completed and commissioned 70 km of gas pipelines and 21 modular compressor units across seven Uzbekistani oilfields.

The carbon-capture plant is expected to capture 350,000 mtpa of CO2 with SLB Capturi’s modularized Just Catch 400 technology.

This milestone follows the completion of the Wellhead Pressure Management Project in 2024, designed to optimize the Tengiz oil field and processing plants.

The Netherlands-based plant uses SLB Capturi’s Just Catch modular system, which reduces onsite installation and outfitting work for lower costs and ease-of-deployment.

Cryo-Mach will expand Dover's participation in liquified oxygen, argon, and nitrogen in the industrial gas and transportation markets.

The plant will produce approximately 200 GWh of e-methane for heavy road and maritime transport per year, as well as 180 GWh of CO2-free district heating for Tampere’s system.