Baker Hughes, Snam test hydrogen-methane turbine for gas transmission network
Oilfield services firm Baker Hughes
and Italian energy infrastructure company Snam say they have successfully
completed testing on a first-ever hybrid hydrogen gas turbine for natural gas
transmission systems.
Baker Hughes tested its NovaLT12 gas turbine at the firm’s facility in Florence, Italy. Snam plans to install it next year at one of their compressor stations in Treviso province.
Once operational, the gas turbine will be powered by natural gas and hydrogen while also compressing and transporting a portion of hydrogen fuel through Snam’s pipeline network. Snam has more than 41,000 kilometers of transmission pipelines and 20 billion cubic meters of natural gas storage capacity globally.
Snam is testing the introduction of
hydrogen into high-pressure gas transmission first at five percent and
eventually 10 percent mix. The company is also committed to supporting the
growth of the Italian supply chain through the development of technologies to
facilitate the use of hydrogen in multiple sectors, from industry to
transportation.
Baker Hughes, which is based out of Houston, has developed the NovaLT gas turbine to burn methane gas and hydrogen blends from five percent to 100 percent. The gas turbines can be used in industrial cogeneration, pipeline and offshore operations.
Read more about hydrogen in Power Engineering
The successful test follows a few
days after the launch of the European Commission’s Hydrogen Strategy, which
establishes intermediate goals for the production of renewable hydrogen in
Europe including the production of at least 40 GW of hydrogen from
renewables by 2030 and by 2050 it deployment at a large scale of hydrogen
across all hard-to-decarbonize sectors.
“With this new testing with Baker
Hughes, we are taking a further step forward in the path of adapting our network
to the transportation of hydrogen,” Snam CEO Marco Alverà said. “Hydrogen will
be a pillar of the fight against climate change alongside renewable electricity
and will potentially reach 20 to 25 percent of the global energy mix by 2050.”
Hydrogen does not contain a carbon
atom, so energy producers see it as an ally in emissions reduction strategies.
The challenge is adapting natural gas-fired turbines to burn hydrogen, which
has different combustive properties than methane.
