Market Trends

The international consortium partners are progressing on the engine demonstrator, technologies for additive manufacturing, cooling systems, and high-pressure compressor design.

The life-extension project will add up to 30 MW of additional power, with 1.8% efficiency gains, a 5% reduction in CO2 emissions, and improved grid stability.

In addition to five centrifugal compressor trains, the supply includes dynamic process simulations and a digital twin with virtual sensors for the integrally geared compressors.

The five-year contract addition allows EthosEnergy to continue life-extension strategies, maximizing asset uptime and minimizing cost for Spirit Energy’s gas assets.

The large-scale permanent carbon sequestration facility, under the CarbonSAFE initiative, will store CO2 from industrial emitters across the Mountain West region.

Kawasaki Heavy Industries seeks to identify the various origins of hydrogen production, in addition to tracking carbon intensity across the co-fired, nuclear, and green typologies.

The Military University of Technology in Warsaw, Poland, will use GE Aerospace’s course material and training to support F110-GE-129E engine maintenance.

Building out the Dangjin LNG storage tank infrastructure aligns with South Korea’s plan to improve domestic LNG supplies and may be completed by December 2029.

The engineering and equipment scope includes five 60-MWe units, turboexpanders, and one BRUSH generator for the Cape Station project in Utah.

According to the position paper, hydrotreated vegetable oil can offer decarbonized backup power for data centers with 90% lower CO2 emissions than fossil diesel.

The regasification facility will strengthen natural gas supplies across southern Taiwan, using seawater to heat cryogenic LNG into a gaseous state for pipeline transportation.

The Sorel-Tracy facility performs advanced turbine production, with the new investment including 20% more space and new component-manufacturing equipment.

The hyperscale project will be powered by 944 MW of behind-the-meter, natural gas combined-cycle combustion turbines, supported by battery storage and a backup grid connection.

Four Aurora-class pure car/truck carriers will use ammonia-fired engines to achieve zero-carbon, sustainable, and environmentally friendly deep-sea transportation.

The 175D engines will power fast patrol vessels with waterjet propulsion systems, executing coastal surveillance, search-and-rescue, military missions, and more.

Previously, the company supplied critical power and compression systems for bp’s Tangguh LNG plant in Papua Barat, Indonesia.

The Rumah 1 and Nairyah 1 projects are combined-cycle, gas turbine-equipped power plants with a combined 3,600 MW of generating capacity.

The project secured multiple customers across Norway and continental Europe, including Hafslund Celsio, Heidelberg Materials, Yara, Ørsted, and Stockholm Exergi.

Port Arthur LNG Phase 2 includes two liquefaction trains producing approximately 13 MTPA of LNG, increasing total liquefaction capacity up to 26 MTPA.

Over 730,000 gallons of liquid hydrogen will power NASA’s Artemis missions, returning humans to the Moon and establishing a long-term presence off Earth.

The tests, which will track CO2 emissions across various hydrogen processes, utilize nuclear-derived low-carbon hydrogen and green hydrogen produced in Japan.

The power plant, supported by six gas engines and auxiliary equipment, balances the grid and provides flexible power during peak demand or energy shortages.

Michael Michaud of the Hydraulic Institute says design improvements, more efficient motors, and AI-enabled analysis technologies will improve pump reliability and maintenance.

The GW Ranch combines natural gas-powered turbines and advanced battery storage technologies, delivering 5 GW to data centers without local grid connections.

Once AMIGO LNG’s first liquefaction train comes online in late 2028, the project will represent Mexico’s first large-scale LNG export terminal on the west coast.

In addition to delivering centrifugal pumps, vaporizers, control systems, insulated pipelines, and more, Nikkiso will provide engineering services and auxiliary equipment.

Since 2023, the company has invested over $130 million in the Schenectady facility to increase manufacturing space and boost gas power/onshore wind capacity.

The carbon-capture technology leverages an electrochemical process—CO2 is released and then captured by amines with electricity, reducing costs and energy requirements.

The Bad Creek Pumped Storage Hydroelectric Station generates 1,680 MW for approximately 860,000 consumers in South Carolina, but its license expires in July 2027.

Bonatti is executing engineering, procurement, construction, pre-commissioning, commissioning and startup for port facilities, underground pipelines, and fiber optics.