FY2022 Demonstration of Direct MCH Technology
First written in FY2021. 5 of 6 entries say "Advanced", first in FY2022. Latest entry: FY2026.
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- FY2026AdvancedAnnual report
「In addition, construction of a megawatt-class large electrolyzer plant is under way in fiscal 2025.」
Direct MCH technology progressed from a demonstration at approximately 150 kW to the construction stage for a megawatt-class large electrolyzer. - FY2025AdvancedAnnual report
「In addition, we plan to begin construction of a large electrolyzer plant in the megawatt class in fiscal 2025.」
Direct MCH progressed from demonstration at approximately 150 kW to the stage of planning to begin construction of a megawatt-class large electrolyzer in fiscal 2025. - FY2024AdvancedAnnual report
「We have also successfully imported MCH produced in Australia into Japan, extracted hydrogen from it, and supplied the hydrogen to a small fuel-cell bus, which was then driven.」
Direct MCH successfully completed a series of demonstrations covering production at a demonstration plant with a capacity of approximately 150 kW, transport to Japan, hydrogen extraction, and operation of a fuel-cell bus. - FY2023AdvancedAnnual report
「In January 2023, we opened a medium-sized electrolyzer plant in Queensland, Australia, with electrodes expanded to industrial scale and a capacity of approximately 150 kW, and are conducting demonstration tests. In addition, we plan to develop and demonstrate the technology for a large electrolyzer plant with a capacity of approximately 5,000 kW by fiscal 2025.」
Direct MCH progressed to the opening and demonstration of a medium-sized electrolyzer in Australia with a capacity of approximately 150 kW, and a plan was also presented for a large-scale plant with a capacity of approximately 5,000 kW targeted for fiscal 2025. - FY2022AdvancedAnnual report
「In November 2021, we successfully completed a series of demonstrations in which MCH was produced in Australia using this technology and renewable energy, approximately 6 kg of CO2-free hydrogen was extracted in Japan, and the hydrogen was supplied to a fuel-cell vehicle, which was then driven.」
Direct MCH technology progressed from the laboratory stage to a series of demonstrations involving production in Australia, hydrogen extraction in Japan, and driving a fuel-cell vehicle. - FY2021First statedAnnual report
「In the CO2-free hydrogen field, we are developing Direct MCH® technology for commercial use. The technology uses electricity generated from renewable energy to directly electrolytically hydrogenate toluene, producing the organic hydride methylcyclohexane at low cost, which is easy to store and transport. In fiscal 2022, we aimed to demonstrate manufacturing technology capable of producing volumes that could actually be sold at our hydrogen stations.」
Set a fiscal 2022 target of demonstrating manufacturing technology for Direct MCH using electricity from renewable energy, at volumes equivalent to those sold at hydrogen stations.