Pall Corp., has introduced SepraLYTE™ liquid/gas coalescers, designed to meet the demand for efficient separation of electrolyte aerosols from gas in green hydrogen production processes.
Faris Churcher, Oxford Flow, explains how the company worked with Cadent to replace obsolete gas regulators with new hydrogen-ready regulators.
Alpha H2 has opened to investors, offering a limited amount of shares to those wanting to gain early access to the company’s hydrogen injection technology.
Honeywell has announced a new infrared-based (IR) technology that quickly and reliably detects hydrogen flames, before they grow into major fires.
VINSSEN has been awarded approval in principle certification for its 100 kW fuel cell module for marine application.
Fives has launched its first 100% hydrogen duct burner, The Hy-Ductflam™.
Honeywell and Zoneflow Reactor Technologies successfully commission structured catalyst for steam methane reforming.
Steelhead Composites receives ASME certification for fibre-reinforced plastic pressure vessels (FRPs).
With a commercial prototype for stationary diesel engines due to be ready for market in 4Q22, H2i Technology has further advanced its hydrogen injection system so that it can be plugged into off-road vehicles.
One of the world’s largest electrolysers has arrived at HydrogenPro’s test facility in Herøya, Norway, and will be assembled and installed in the upcoming weeks, with the validation process initiated when possible.
Delphi Data Labs utilises advanced visualisation techniques and data science to develop market intelligence solutions for the emerging hydrogen sector.
Proton Motor Fuel Cell GmbH has produced its emission-free, high-tech HyFrame® S36 fuel cell system for Wilo SE.
BayoTech has received an order for four HyFill hydrogen transport trailers from Chevron, to be used to distribute high-pressure gaseous hydrogen for power generation, transportation, and industrial applications in the US.
Aurora Hydrogen has raised US$10 million in Series A funding led by Energy Innovation Capital in order to support the development of emission-free hydrogen production technology.
Chung-Ang University researchers have developed an inexpensive catalyst composed of a transition metal hydroxide sulfide heterostructure that makes for highly efficient overall water splitting.