Renewable Hydrogen made through the Power to Gas process captures surplus wind and solar energy and converts it to renewable natural gas or hydrogen through electrolysis. This renewable energy can be stored and then blended into our pipeline system to one day serve homes, businesses and vehicles.
Renewable Hydrogen is a key pathway to producing renewable hydrogen, which can be blended with natural gas in pipelines or used as a vehicle fuel. It’s plentiful and clean, releasing only water when combusted. Another Power to Gas process is to add carbon to the hydrogen, producing renewable natural gas that can also be blended into the pipeline system. Today in Germany, more than 20 Power to Gas pilot projects are helping the country manage a transition to more wind and solar energy.
A team of Pacific Northwest public and private organizations have signed a memorandum of understanding to explore the development of what would be one of the largest renewable hydrogen production facilities in North America.
SoCalGas and the University of California, Irvine, are working to explore the potential of Power to Gas in this innovative pilot project:
Looking to the future, NW Natural is actively supporting the development of Power to Gas in our region. We’ve partnered with UC Irvine and Oregon State University – Cascades to address technical challenges of blending hydrogen into the natural gas system.
We also supported OSU – Cascades engineering students in the 2017-2018 Hydrogen Education Foundation’s international student design competition. The OSU team proposal a power-to-gas installation and design in the Pacific Northwest, placing third overall in this international contest.
In 2018 NW Natural, Puget Sound Energy, the Bonneville Environmental and others formed the Renewable Hydrogen Alliance in June 2018.
Alliance members want to educate U.S. utilities, project developers, regulators and environmental advocates about the energy and storage benefits of renewable hydrogen, along with new advances that are bringing down production costs.