Author: Anela Dokso

Jera intends to test the viability of hydrogen co-fired technology at existing combined-cycle gas-turbine (CCGT) units at New York’s Cricket Valley Energy Center (CVEC), with the goal of co-firing hydrogen in Japanese gas-fired power stations by the 2030s. CVEC and US engineering firm GE signed an initial agreement to collaborate on a project to minimize carbon emissions at one of CVEC’s three CCGT units utilizing hydrogen co-fired technology. Jera, which owns 38 percent of CVEC, will co-fire 5 percent hydrogen with natural gas. The project is scheduled to start in late 2022. At the CVEC power complex, Jera runs three…

Posco has announced a collaboration with Doosan Heavy Industries & Construction to develop ammonia hydrogen extraction technology as well as gas turbines that use hydrogen as fuel.

HYPORT Duqm, Oman’s strategic green hydrogen project, has inked a collaboration deal with energy giant Uniper. Uniper will join the project team to provide engineering services and to negotiate an exclusive offtake agreement for green ammonia under the terms of the collaboration.

PowerUP Energy Technologies debuted 400W portable hydrogen fuel cell generator.

ReCarbon, the inventor of the patented Plasma Carbon Conversion Unit (PCCU), a combustion-free, climate-positive greenhouse gas utilization technology, signed a supply deal with H2Renewables, a landfill gas to hydrogen project developer based in Cleveland, Tennessee.

Enertrag, Cemex and Sunfire are launching “Concrete Chemicals”, a lighthouse project aiming to decarbonize the cement industry.

Estamp has become a new member of Hydrogen Europe, the European hydrogen and fuel cell association that represents more than 260 industry companies and 27 national associations.

8 Rivers Capital, a US renewable energy innovation organization, and Sembcorp Energy UK (SEUK) announce a collaboration agreement to potentially create the UK’s first Net Zero Power plant at SEUK’s Wilton International site on Teesside through its UK subsidiary,

DNV will lead the process of safety assessment to identify the most significant environmental, safety, and operational risks for the world’s first offshore hydrogen production facilities.

Through sophisticated testing in Wärtsilä’s fuel-flexible combustion engines, the business is pioneering the use of hydrogen and ammonia as viable engine fuels.