SeminarHub, Hydrogen and Ammonia Technology Trends Seminar on 21-22

The 'Hydrogen Production, Storage, Transportation, and Hydrogen Ammonia Power Generation Technology Trends Seminar,' which shares information on the future of clean hydrogen, water electrolysis, green and blue hydrogen, carbon capture, utilization, and storage (CCUS), and ammonia cracking, will be held from the 21st to the 22nd at the Small and Medium Business DMC Tower in Sangam-dong, Seoul.

At this seminar, presentations will cover ▲Core technology development of high-density alkaline (AEC) water electrolysis responsive to load fluctuations for green hydrogen production ▲Small Modular Reactors (SMR) and nuclear hydrogen ▲Commercialization prospects of CCUS technology for blue hydrogen production ▲LOHC technology trends for high-capacity hydrogen storage and transportation ▲Domestic and international market trends of clean hydrogen and ammonia ▲KBR ammonia cracking commercial plant technology trends ▲Ammonia transportation, import, and supply chain establishment strategies ▲Hydrogen/ammonia power generation development trends and prospects ▲Clean ammonia cracking-linked ultra-high-efficiency hydrogen co-firing and full-firing combined power generation technology trends ▲Hydrogen and ammonia gas turbine power generation technology trends, among others.

A representative from Seminar Hub stated, "Our government has presented a carbon neutrality achievement plan aiming for the 2030 greenhouse gas reduction target and zero carbon emissions by 2050," adding, "Through this seminar, we hope it will serve as a platform for information exchange where insights on hydrogen production, storage, and transportation technology trends for revitalizing the clean hydrogen ecosystem, as well as hydrogen and ammonia power generation and utilization technologies for carbon neutrality, can be gained."

The early bird registration period for this seminar is until September 18, and for more detailed information about the event, inquiries can be made via the Seminar Hub website or by phone.

This content was produced with the assistance of AI translation services.