Demo
Join Our Newsletter

SK E&S made waves at COP28 by signing a global memorandum of understanding for the construction of Korea’s largest low-carbon hydrogen plant.

This monumental agreement involves a collaboration with global partners, including GE Vernova, Air Liquide Engineering & Construction, Chungcheongnam-do, and Korea Midland Power.

The primary goal of this groundbreaking initiative is the establishment of a low-carbon hydrogen project in Korea. SK E&S, along with its esteemed partners, envisions a plant that will play a pivotal role in producing and supplying 250,000 tonnes of low-carbon hydrogen annually. This hydrogen will find applications in both mobility and power generation, contributing significantly to the region’s sustainable energy landscape.

Air Liquide Engineering & Construction, a key partner in the venture, will be responsible for supplying cutting-edge hydrogen production and liquefaction equipment. Meanwhile, GE will leverage its expertise to manufacture hydrogen/natural gas co-fired turbines, marking a technological leap in the field. This collaboration signifies a comprehensive approach to low-carbon hydrogen production, aligning with global efforts to reduce carbon footprints.

Situated in the city of Boryeong in the Chungcheongnam-do region, the project’s strategic location places it at the heart of the Republic of Korea. With a population of around 2 million, this initiative is poised to make a significant impact on the region’s economy and sustainability goals. The annual production of 250,000 tonnes of low-carbon hydrogen is set to revolutionize both mobility and power generation, offering cleaner energy solutions.

Add EnergyNews.biz as a preferred source on Google

Share.

Anela Dokso is Project Manager at EnergyNews.biz, where she runs partnerships, sponsored campaigns, webinars and event coverage with energy companies and organizers. She coordinates the newsroom calendar and the EnergyNews.biz newsletter read by more than 72,000 energy professionals.

Comments are closed.