Electrolyser safety and quality is imperative to clean hydrogen build-out, says whitepaper
Balancing electrolyser safety and quality is imperative to the global clean hydrogen build-out, according to a Baker Hughes whitepaper.
Balancing electrolyser safety and quality is imperative to the global clean hydrogen build-out, according to a Baker Hughes whitepaper.
A Massachusetts Institute of Technology (MIT) spin-out has removed hydrogen from sour gas waste streams at a pilot trial in the Permian Basin, US.
Linde is set to support H2 Green Steel’s green hydrogen-based steel production with a $150m air separation unit (ASU) and a separate hydrogen recovery and purification unit.
The hydrogen industry still has a ‘huge way to go’ in building public perception, an exclusive H2 View BrainDrip-sponsored webinar has heard.
Cory Marcon, Industry Marketing Manager – Power and Energy at Endress+Hauser USA, US, told H2 View that “safety will be critical during the rollout of new technologies and processes to enable Net Zero.”
Japan’s NGK Insulators and Mitsubishi Heavy Industries (MHI) plan to develop a hydrogen purification system to support large-scale ammonia-based hydrogen supply chains.
The scale-up of electrolyser capacities, however, introduces a new set of risks, writes Arthur Delargy, Principal Risk Engineer at Liberty Specialty Markets.
Because of the wide range of applications, there is no one size fits all solution when it comes to hydrogen system design…
The Open Hydrogen Initiative (OHI) has launched a “first-of-its-kind” open-source toolkit designed to measure carbon intensity in hydrogen production.
A highly localised view is key to ensure long-term water availability at the quality levels needed, writes WSP’s Brian McCarthy and Bob Kimball.