Author: Arnes Biogradlija

The MoU signing, which took place under the auspices of Dr Mohammed bin Hamad al Rumhy, Minister of Energy and Minerals, builds on a historic deal signed last year at the SEZ in Duqm for the creation of a world-scale green hydrogen project known as HYPORT Duqm.

Adonis Pouroulis of Charity Limited joins Proactive London’s Katie Pilbeam to discuss an agreement with the Government of Mauritania to advance a possible green hydrogen development of up to 10GW, dubbed “Project Nour.” According to Pouroulis, Project Nour has been granted exclusive use of an onshore and offshore area totaling approximately 14,400 km2 to conduct pre-feasibility and feasibility studies with the goal of generating electricity from solar and wind resources and using it in electrolysis to split water to produce green hydrogen and oxygen. The objective, he adds, is to swiftly realize green hydrogen’s potential. Chariot has a track record…

The company plans to provide a hydrogen fuel cell-powered supercritical CO2 extractor system that is zero-emission, totally transportable, and independent of the power grid.

The Rite Angle LLC, in collaboration with other worldwide R&D firms, has developed a method for producing Hydrogen-based fuel from water in a safe and cost-effective manner.

Hopium, a French automobile manufacturer, is pleased to announce the registration of the first 1,000 pre-orders for its high-end hydrogen-powered sedan, the Hopium Mchina.

The Australian Hydrogen Council’s first white paper, Unlocking Australia’s Hydrogen Opportunity, lays out a roadmap for attaining net zero emissions with the help of the developing hydrogen sector.

During his scheduled APPEC 2021 CEO conversation with S&P Global Platts Global Director of News Beth Evans, Coleman said, “The Qataris may move first — [riding on their] planned system, they can work on a government-to-government level [to] establish the infrastructure at both ends, supply and demand.”

Doosan Fuel Cell will build four 440 kilowatt hydrogen fuel cells in Nanhai District, Foshan City, in China’s southern Guangdong province, at a total cost of $13 million.

By 2030, the business aims to import hydrogen from Australia and Southeast Asia and install 152 hydrogen charging stations.

Gas turbines generate power by burning a gaseous fuel. They supply the turbine components with a high-pressure, hot gas stream, which causes the blades to spin and create electricity.