James Cook

The combined-cycle power station will feature two Siemens Energy SGT6-9000HL high-power-output gas turbines with hydrogen adaptability.

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

The EC-8 control system uses the BACnet protocol and Modbus to enable communication and information exchange between machines and sensors.

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

GE Vernova installed advanced gas path upgrades on 9.E gas turbines and MXLII upgrades on 13E2 gas turbines, increasing power output up to 6%.

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

The simple-cycle, bio-fueled station will be powered by Ansaldo’s AE94.3A turbine.

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.

The approach will leverage the natural permeability of the sedimentary rock formation and enable reliable, cost-efficient, and sustainable geothermal energy production.

The next phase of testing will focus on performance and emission optimization, including injection, selective catalytic reduction systems, and control strategies.

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 investment will satisfy increasing customer demand, bolster national supply chains, and allow GE Vernova to continue developing its power technologies.

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

The multi-GW scale power plant, co-located to a data center, will use flexible power to support lower carbon solutions and renewable energy.

The Surface Effect Ships are said to be “the fastest of their kind”, with a high speed of 53 knots.

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

The acquisition strengthens Shell’s presence in New England and continues its 2019 energy supply agreement, securing long-term energy offtake from RISEC’s plant.

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

MFM generates an alert and technical recommendations for the operator, preventing further degradation that may cause damage and unplanned shutdowns.

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.

The tool has been re-engineered to have a smaller footprint, a better price-point, and testing on angle.

The company will provide long-term turbine maintenance under a 25-year agreement.

Michael Stipa and Aslan Karaismailoglu of Rolls-Royce share how mtu gas-fired gensets help customers operate independently from the national grid.

Users can transition toward measurement-supported methane accountability, improving operational efficiency and safeguarding their market position.

These awards kick off Phase 1 activities and the hubs’ use of energy resources, existing infrastructure, electrolyzers, and more to reduce carbon emissions across heavy industries.

The East Texas facility will serve as a buffer to balance natural gas supply and demand, ensuring continuous service during times of peak electricity demand.

This project will enable oil and gas operators, tribes, and other U.S.-based entities to reduce, monitor, measure, and quantify oil and gas methane emissions.