The energy technology company will provide three compression trains for a total of three NovaLT12 hydrogen-ready gas turbines and three PCL compressors. For this project, the technology has been designed to support the compression station with the capability to transport up to 10% hydrogen. The station is expected to enter operation in 2024 and directly supports the EU’s Hydrogen Strategy goals to accelerate the development of clean hydrogen and ensure its role as a cornerstone of a climate-neutral energy system by 2050.
Experience in hydrogen transport
This latest order builds on Baker Hughes’ extensive experience in developing and supplying turbomachinery equipment to compress, transport and utilize hydrogen. In 2020, the company collaborated with energy infrastructure network provider Snam to introduce the NovaLT12 gas turbine for transporting hydrogen-gas blends within its pipeline network in Italy, marking the first time a hybrid hydrogen turbine was integrated into a natural gas pipeline system.
“Technology is a critical enabler of the energy transition, and our wide range of climate technology solutions helps customers to decarbonize their operations. In addition, this project will advance the understanding of what’s capable in a hydrogen economy and supports Europe’s energy transition goals,” said Rod Christie, Executive Vice President of Turbomachinery & Process Solutions at Baker Hughes.
Photo: Baker Hughes NovaLT™12 gas turbine 13 MW. Photo © Baker Hughes
