- Chiba University Study Advances CO2-to-Methane Conversion Efficiency by Clarifying Photocatalytic and Photothermal Mechanisms
- Edify Energy Secures Approval for 1 GW Hydrogen Project in Queensland
- US Hydrogen Hub Funding Stabilized as Trump Administration Moves to Retain Nearly $5 Billion in Previously Approved Projects
- TSR Group and BASF Scale European EV Battery Recycling Network
Browsing: REGIONAL
The permit process for the 25 megawatt green hydrogen production unit in Zeebrugge is being managed by Sweco. This is…
Desert Mountain Energy has defined three edges of a Hydrogen field with wells #4 (11-1), #5 (1-1), #6 (10-1). The…
A $US83 million electrolyzer facility has begun construction at Fortescue Metals Group’s planned Green Manufacturing Center (GEM) in Gladstone, Central…
The German-Philippine Chamber of Commerce and Industry (GPCCI) stated that it is examining the Philippine market for green hydrogen as…
Ukrainian lobbyists are pinning high hopes on hydrogen production in Ukraine to get out of the energy crisis, especially given the present Russian invasion and the country’s domestic gas industry’s failure to meet consumption needs.
Experts say, policy push will cut generation cost down to viable levels, but incentives for manufacturing of electrolyser and blending norms will be key to promote commercial use.
But what do people really want? hydrogen for example.
The H2Gate consortium, comprised of Evos, Hydrogenious (Germany), Hysilabs (France), and Electriq Global (Israel), as well as the Port of…
Microwave ovens, which are a form of electromagnetic wave, may heat items in a reactor directly and selectively from the inside by spinning their molecules and atoms. When compared to alternative techniques that heat things in the reactor indirectly from the outside, microwave-assisted pyrolysis offers a better potential to minimize the energy required to create hydrogen while also lowering CO2 emissions and increasing scalability for commercial production. By merging Sumitomo Chemical’s catalyst and chemical design knowledge with Microwave Chemical’s microwave platform technology, this cooperative effort intends to establish an energy-efficient and highly efficient hydrogen generation method by 2026. Microwave Chemical has already begun laboratory tests with two companies.
Partners from Belgium, Germany, the Netherlands and the United Kingdom are adding a new area to the Interreg project Inn2POWER
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