Hydrogen

Babcock & Wilcox will use the funding to install chemical looping technology at a low-carbon hydrogen production facility powered by coal and biomass.

The Model LPCMN neutralizes process gases by reducing byproduct adhesion and NOx/COx emissions and offers a compact design, hydrogen fuel options, and high airflow capacity.

The future of hydrogen in power generation depends on the successful integration of technology, infrastructure, and regulatory measures.

The 138-Kv breaker and numerous capacitor banks will regulate voltage dips and swells to protect customer and company equipment during tests up to 100 MW.

Unit 4 will feature fast-start, simple-cycle capabilities and the largest selective catalytic reduction system to reduce emissions and transition away from coal-fired power.

These generators were largely deployed at data centers and commercial real estate developments across Europe, and AVK obtained orders for 120 additional units in 2025.

Ebara Elliott Energy will deliver 22 units across its compressor, pump, and turbine product lines to the AMIRAL project—a refinery equipped with a mixed-feed cracker and petrochemical units.

MAN Energy Solutions will provide eight 18V51/60 engines and its after-sales brand will provide spare parts, technical services, and more over 25 years.

In addition to integrating the eVinci microreactor in modular nuclear plants, Westinghouse and CORE POWER will develop a regulatory pathway to license its floating nuclear power plant design.

The planned 515-MW power plant project will increase Ghana’s thermal generation capacity by over 7%.

The production unit generates hydrogen using recycled biogenic by-products, which is then fed back into TotalEnergies’ biorefinery to produce biofuels and sustainable aviation fuels.

The November/December 2024 issue highlights emerging decarbonization efforts that integrate hydrogen, ammonia, and new technologies into increasingly intermittent grids.

The electrolyzer will be built at Uniper’s former coal-fired power plant with an ammonia import terminal planned near the first LNG terminal in North Wilhelmshaven.

The LM6000 gas turbine units feature a newly designed fuel nozzle, optimized water injection schedules, advanced control modifications, and safety features.

GE Vernova will acquire all heavy-duty gas turbine combustion assets from Woodward’s Greenville site after the transaction closes in early 2025.

The project will deploy a high-fidelity gas sensing technology that uses dielectric excitation and physics-enhanced analytics to detect hydrogen leaks at industrial locations.

American Electric Power will install 100 MW of Bloom fuel cells at data centers to help meet increasing AI load and subsequent power demand.

EcoDataCenter in Falun, Sweden, switched from diesel to HVO to power the 32 mtu backup power generator systems—16 more Rolls-Royce gensets are on the way.

Ohmium, JNCASR, and others are generating green methanol by combining CO2 captured from the Singareni Thermal Power Plant and green hydrogen.

After a successful demo using multiple fuel types, 2024 KARNO generators will service early adopters in EV charging, data centers, waste-gas utilization, and marine power.

The contracts open the door for lower-carbon chemicals exports and the development of storage facilities, tank-to-jetty pipelines, inter-site pipelines, and liquid product storage.

The generator sets will be deployed at five distributed energy sites across Alberta, providing power to the grid during times of peak electrical demand.

Jeremee Wetherby, the Carbon Solutions Director at GE Vernova, offers deeper insights into the benefits of retrofitting carbon-capture systems with an exhaust gas recirculation system.

HD Hyundai Infracore, SK Innovation, and Amogy will explore the long-term commercial viability of their combined ammonia-to-power generation system.

GE Vernova signed a maintenance contract and installed two 7HA.02 gas turbines, one STF-D600 steam turbine, two heat recovery steam generators, and three H65 generators.

Under the joint venture, GLJ will provide consulting services, resource evaluation, and emissions management, and Energy Fuse will contribute its experience in geoscience and engineering.

Kawasaki and Low Emission Technology Australia will reduce emissions from the heavy industry by capturing CO2 at the source.

Christian Kunkel of MAN Energy said ammonia integration in four-stroke internal combustion engines is possible with modified injection systems, but its inherent toxicity presents technical challenges for AmmoniaMot 2.

The studies targeted up to 32% by volume hydrogen blending with natural gas and identified modifications to the power generation assets, including exhaust gas recirculation to lower carbon-capture costs.

The gas turbine market is stable and will remain so among factors such as hydrogen, digitalization, and renewable energy.