Hydrogen

The proton membrane exchange fuel cell has high volumetric power density with an ultra-thin film, eliminating mass transfer losses by up to 80%.

Bloom Energy sold its solid oxide electrolyzer technology for Korean Southern Power’s 1.8 MW large-scale green hydrogen demonstration.

The project, worth more than $4 billion, will have an annual capacity of 600,000 tons of green ammonia, eventually scaling up to 2 million tons per year during the second phase.

The company will build, own, and operate a large-scale carbon-capture unit at its hydrogen production plant in the port of Rotterdam.

Funding received from the United Kingdom’s government will allow H2 Energy to develop a large-scale green hydrogen production facility in Milford Haven.

Maschinenfabrik Reinhausen will serve as a re-seller of Doble’s Calisto R9 dissolved gas analysis monitor, which offers infrared gas measurements and on-board calibration.

The partnership is creating microgrids with hydrogen electrolyzers and fuel cells to deliver reliable power for the California Institute of Technology.

Two AE94.2 gas turbines, two generators, and associated components will be delivered for Kazakhstan’s KBI Energy Group to upgrade the Almaty CHPP-3 power station.

The companies will jointly develop IFC’s Pacifico Mexinol project, which is a 6,145 MT per day methanol production facility in Sinaloa, Mexico.

The company successfully completed an integrated co-firing test with a 30% hydrogen-natural gas blend in a M501 JAC gas turbine.

The partners will establish a facility powered by 600 MW of renewable energy to produce 150,000 tons of green ammonia per year.

The collaboration will explore hydrogen, ammonia, and carbon-capture technologies to redesign assets for a petrochemical complex in Thailand.

The HyFlex demonstration unit is a hydrogen-powered generator that can deliver megawatts of power and heat for hard-to-decarbonize locations.

Following the signing of a hydrogen and power purchase agreement, ACWA Power has broken ground on the first phase of a 3,000 ton per year green hydrogen project.

Testing at the Nagasaki District Research & Innovation Center confirmed the stable combustion of ammonia and low NOx emissions in MHI’s new burner.

The Saskatchewan Research Council received $80 million in government funding to locate a microreactor in Canada and explore industrial and energy-use applications.

The November/December 2023 issue features augmented and virtual reality coverage, reporting from TPS 2023, a Q&A on air compressors, and more.

The agreement will accelerate Japan’s development of low-carbon hydrogen across the value chain, including production, liquefaction, storage, etc.

GKN will install two units of its metal hydride storage at the Technical University of Braunschweig’s hydrogen terminal.

Before commissioning the 40 electrolyzers and 20 gas separation skids, Mitsubishi Power is performing a long-term validation of the technology at Takasago Hydrogen Park.

Green hydrogen produced by the AEM Flex 120 electrolyzer will replace natural gas to decarbonize the company’s manufacturing processes.

MXL3 upgrade technology has been installed for GT26 gas turbines at ENGIE’s Maxima Centrale combined-cycle power plant.

The partnership will develop a series of green hydrogen projects in the United States through a newly developed joint company, Clean Hydrogen Fuels.

A second R&D phase will explore ammonia-fired generation to integrate these technologies for gas turbine operation in Indonesia.

The companies signed an MoU to conduct a FEED study for green hydrogen production using a 60 MW alkaline water electrolyzer.

Graham Corporation purchased P3 Technologies—a company specializing in the manufacture of rotors, pumps, compressors, and turbines.

Ansaldo Nucleare partnered with four additional companies to speed up the industrial deployment of SMRs.

Hydrogen-capable H-class gas turbines will be installed at two combined heat-and-power stations to replace coal-fired generation.

The electrolyzer facility has an annual production capacity of 1 GW and will manufacture stacks based on PEM technology for hydrogen electrolysis.

Renewables continue to rock the new-build electric generation market, but gas-rich Texas, and some locals, are pushing back.