Innovating Today for a More Resilient Future
Using natural gas’ infrastructure is an important tool in the suite of greenhouse gas emissions reduction options available to the United States.
Renewable Natural Gas
Renewable natural gas (RNG) is any pipeline-compatible gaseous fuel derived from biogenic or other renewable sources that has lower lifecycle CO2e emissions than geological natural gas. The majority of the RNG produced today comes from capturing emissions from existing waste streams found in landfills, wastewater treatment plants and animal manure. This gas must be treated and cleaned, raising it to a standard where it can be injected into existing gas pipelines.
RNG can also be produced using renewable electricity, such as wind or solar power. The electricity is used to power an electrolyzer, which splits water into hydrogen and oxygen. Hydrogen can be captured, stored and used, or combined with a source of carbon to produce renewable methane: RNG. Power-to-gas also offers a long-term energy storage solution for renewable electricity.
RNG combines low- to negative life-cycle carbon emissions with the high-energy density, storage capability and transportability of natural gas. Thus, RNG is highly valued in the transportation sector, but its attributes are equally valued in the residential, commercial and industrial sectors to meet heating needs.
The integration of clean hydrogen into gas systems can expand options, and accelerate our nation’s ability to reduce emissions.
Widescale hydrogen deployment offers the next great evolution in our nation’s energy networks and will impact how energy is produced, stored, delivered and used. The U.S. possesses the most extensive gas pipeline delivery network in the world, and with rigorous research and testing already underway, we can further leverage gas infrastructure to enable clean hydrogen delivery across the economy.
Gas Utilities Are Leading The Revolution
Hear from AGA’s Board of Directors to learn more about which innovations in the industry that they’re excited about.