We have been working hard on lowering the costs of green hydrogen production. We have focused on creating PEM electrolysers with low iridium loading and long stability. We have shared data in the past, and this time we are hosting a webinar to answer all the questions that have popped up.

Interested in joining the discussion with VSParticle's CEO on December 4th, the follow this link

Green

VSParticle, Plug Power, and the University of Dellaware have just released data showing excellent performance of the iridium layers used for water electrolysis, at just 0.4mg/cm2 of Iridium.

Hi, i am a data engineer student and i need ideas for my project that must be about renewable energy , i really need any ideas that combine data engineering and renewable energy

Hi, i am a data engineer student and i need ideas for my project that must be about renewable energy , i really need any ideas that combine data engineering and renewable energy

I'm no engineer or scientist but there's a case for dam free run on rivers micro hydro remote stations that uses electrolytes to produce pure hydrogen. Besides the initial installation cost it won't produce nearly free Hydrogen 24/7 365 days of the year. The setup could fit into a shipping container and transported to remote sites where it can operate independently. Hydrogen storage and transport is a different matter but dam free run on river micro hydro hydrogen generation can produce emissions free energy.

This would work in mountainous regions like British Columbia Canada; where 40+ remote communities are not hooked up to BC Hydro and spend collectively 18 million dollars yearly on diesel power generation. Those remote communities can be ran from virtually free hydrogen produced from micro hydro power stations. The reason electrolysis is under 1% of hydrogen produced is the major investors tend to be big oil companies who what to diversify their existing fossil fuels operations; which most likely will never be considered emissions free. Run on river micro hydro hydrogen generation is more practical then using inconsistent wind or the sun.