Optimising cell design, system control, managing water quality management, material selections and efficient operation are crucial to preventing electrolyser degradation, an H2 View webinar has heard.
The Carbon Trust’s Clean Hydrogen Innovation Programme (CHIP) has launched three projects to address essential technology groups within the hydrogen supply chain.
Clean Power Hydrogen (CPH2) has completed the Factory Acceptance Test (FAT) for its membrane-free MFE110 electrolyser ahead of deployment in Northern Ireland.
Ecoclean has successfully commissioned an EcoLyzer electrolyser into operation in Germany that can range between 1-20MW capacities.
Gradiant has unveiled ProtiumSource, which is reported to be the “world’s first” electrolyser-ready water solution that works with any water source.
Green hydrogen holds immense potential for driving the transition to sustainable energy, but only when produced, stored, transported and consumed in an environment designed specifically to mitigate its unique risks.
H2 View speaks to Trond Underland Berntzen, Head of Department for Gas Technology, Piping & Safety at DNV.
Last year, Oxford nanoSystems (OnS) revealed its metallic-alloy coating, dubbed nanoFLUX could lead to “radically” reduced hydrogen production costs.
Rely has released a configurable productised plant dedicated to the large-scale production of green hydrogen, called Clear100+.
Japan and the European Union will collaborate to develop international standards for the hydrogen supply chain, according to reports.
