Lancaster, California will be home to a "greener than green" trash-to hydrogen production plant three times the size of any other green H2 facility.
SGH2 says its process is the cleanest of all on the market, while matching the price of the cheapest producers – and pulling tens of thousands of tons of garbage out of landfills.
For better or worse, many world economies are gearing up to make hydrogen a significant part of the future energy economy. Japan and Korea in particular are making big moves and enormous investments to get this zero-local-emissions energy storage format up and running.
Production of hydrogen can vary from the relatively green (electrolysis of fresh water using solar or wind-based energy) to the profoundly filthy (gasification of brown coal) – and the filthiest are by far the cheapest. Adding carbon capture and sequestration to dirty processes simply makes them more expensive.
That's what makes this SGH2 project so interesting – the company claims it can take trash that would otherwise sit in a landfill and rot, and turn it into super-green hydrogen at bargain-basement prices - Link
For better or worse, many world economies are gearing up to make hydrogen a significant part of the future energy economy. Japan and Korea in particular are making big moves and enormous investments to get this zero-local-emissions energy storage format up and running.
Production of hydrogen can vary from the relatively green (electrolysis of fresh water using solar or wind-based energy) to the profoundly filthy (gasification of brown coal) – and the filthiest are by far the cheapest. Adding carbon capture and sequestration to dirty processes simply makes them more expensive.
That's what makes this SGH2 project so interesting – the company claims it can take trash that would otherwise sit in a landfill and rot, and turn it into super-green hydrogen at bargain-basement prices - Link
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