Energy technology company Baker Hughes has been awarded a contract by TERNA, the construction arm of GEK TERNA Group, to supply gas turbines and compressors that can run on a blend of natural gas and hydrogen for a new compression station of the Greek Natural Gas Transmission System. The compression station will serve domestic gas supply in Greece.Baker Hughes 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.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.Baker Hughes’ experience in the treatment of hydrogen began in 1962 with its first hydrogen compressor. Today, the company’s advanced technologies serve the entire hydrogen value chain, from production to transportation and utilization. The company’s portfolio includes advanced compressors, gas turbines, valves, centrifugal pumps, non-metallic pipes, hydrogen sensors, monitoring and diagnostics including inspection solutions for hydrogen embrittlement in production and storage, as well as clean, integrated power solutions to produce power with hydrogen and hydrogen blends. The design of the NovaLT12 allows for blends of between 5% and 100% hydrogen; the entire NovaLT family of gas turbines is 100% designed and manufactured in Baker Hughes plants in Italy.
Energy technology company Baker Hughes has been awarded a contract by TERNA, the construction arm of GEK TERNA Group, to supply gas turbines and compressors that can run on a blend of natural gas and hydrogen for a new compression station of the Greek Natural Gas Transmission System. The compression station will serve domestic gas supply in Greece.Baker Hughes 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.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.Baker Hughes’ experience in the treatment of hydrogen began in 1962 with its first hydrogen compressor. Today, the company’s advanced technologies serve the entire hydrogen value chain, from production to transportation and utilization. The company’s portfolio includes advanced compressors, gas turbines, valves, centrifugal pumps, non-metallic pipes, hydrogen sensors, monitoring and diagnostics including inspection solutions for hydrogen embrittlement in production and storage, as well as clean, integrated power solutions to produce power with hydrogen and hydrogen blends. The design of the NovaLT12 allows for blends of between 5% and 100% hydrogen; the entire NovaLT family of gas turbines is 100% designed and manufactured in Baker Hughes plants in Italy.
