UCI Hydrogen Blending Demonstration Project

Hydrogen blending is key to California’s clean energy goals

At the direction of the California Public Utilities Commission, SoCalGas is proposing a local demonstration project that could safely blend up to 20% clean, renewable hydrogen into the natural gas system in an isolated portion of the University Of California, Irvine (UCI) campus.

To support California’s climate and clean air goals, SoCalGas is proposing a hydrogen blending demonstration project at the University of California, Irvine (UCI) Anteater Recreation Center. This project will blend clean, renewable hydrogen into a portion of UCI’s natural gas system and offer a real-world environment to better understand how clean hydrogen and natural gas can be safely delivered to customers in the future. This is part of a broader effort by California and utilities to develop a standard for safe hydrogen blending, which could reduce greenhouse gas emissions and improve air quality. The data gathered from this demonstration can also help assess how to speed the development and deployment of related advanced technologies key to the state’s climate and clean air goals.

Project Overview: 

  • Project will begin demonstrating a 5% blend, gradually increasing up to 20% into SoCalGas’s infrastructure that will serve the Anteater Recreation Center (ARC) at UCI.
  • The hydrogen blend will be used for light commercial equipment.
  • Active blending expected to last approximately two years on the campus.

How Hydrogen Blending Works

UCI blending technology

UC Irvine Project Could Pave The Way For Clean Hydrogen In California

SoCalGas along with three other California utilities, filed an application with the California Public Utilities Commission (CPUC) to develop a series of projects to demonstrate blending clean hydrogen into the natural gas system is a safe and effective way to reduce greenhouse gas emissions, improve air quality, and begin to scale up hydrogen as laid out in California's climate plan.

Additional Resources