Search Results
Mitsubishi Heavy Industries and Nippon Shokubai Conclude Agreement on Joint Development of an Ammonia Cracking System -- Project Aimed at Expanding Use of Hydrogen and Ammonia --
… Cracking System -- Project Aimed at Expanding Use of Hydrogen and Ammonia -- Mitsubishi Heavy Industries and … Cracking System -- Project Aimed at Expanding Use of Hydrogen and Ammonia -- Mitsubishi Heavy Industries and … Cracking System -- Project Aimed at Expanding Use of Hydrogen and Ammonia -- … ・ The joint development will …
MHI Invests in Syzygy Plasmonics to Advance Hydrogen Production and CO 2 Utilization -- Syzygy's Proprietary Technology Uses Light instead of Combustion to Power Industrial Processes, Accelerating Decarbonization in the Chemical Industry --
… MHI Invests in Syzygy Plasmonics to Advance Hydrogen Production and CO 2 Utilization -- Syzygy's … Industry -- MHI Invests in Syzygy Plasmonics to Advance Hydrogen Production and CO 2 Utilization -- Syzygy's … Industry -- MHI Invests in Syzygy Plasmonics to Advance Hydrogen Production and CO 2 Utilization -- Syzygy's …
MHI and Chiyoda Corporation Complete Development of World's First H2/CO2-FPSO: Floating Facility for Producing and Offloading Hydrogen and CO2 Made from Associated Petroleum Gas -- Approval in Principle Received from ClassNK --
… H2/CO2-FPSO: Floating Facility for Producing and Offloading Hydrogen and CO2 Made from Associated Petroleum Gas -- … H2/CO2-FPSO: Floating Facility for Producing and Offloading Hydrogen and CO2 Made from Associated Petroleum Gas …
MHI Selected as Core Company for Development of an HTGR Demonstration Reactor -- Company to Proactively Pursue R&D and Design Aimed at Construction of a Demonstration Reactor in the 2030s --
… a Demonstration Reactor in the 2030s -- … Illustration of a hydrogen terminal utilizing an HTGR Illustration of a hydrogen terminal utilizing an HTGR Illustration of a …
MHI Inaugurates Operations at "Nagasaki Carbon Neutral Park," A Development Base for Energy Decarbonization Technologies
… and combustion technologies, aiming for increased use of hydrogen, biomass and ammonia ・ The existing development, …
Success Achieved in “Next-Generation Oilless Cryogenic ORC Turbine Generator” Operation by Liquid Nitrogen -- Hermetic Oilless Structure of Turbine for ORC Generation Applied to Cryogenic Power Generation --
… power generation systems and application in future hydrogen cryogenic power generation … Success Achieved in …