Demonstration and development of an energy-saving, high-efficiency production process for turquoise hydrogen
First written in FY2023-Q2. 3 of 5 entries say "Restated". Latest entry: FY2026.
No other company in this theme has enough history to compare yet.
- FY2026DroppedAnnual reportNo specific reference to a turquoise hydrogen production process could be identified in the major development projects, business activities or research and development activities described in this annual securities report.
- FY2024RestatedAnnual report
「Based on the growth strategy described above, the company's priority is to steadily advance development projects undertaken to date, including petrochemical processes, carbon fiber production and turquoise hydrogen production, to Phase 3 (deployment of commercial-scale equipment) together with its partners and generate revenue.」
The company continues to pursue a policy of advancing existing decarbonization projects, including turquoise hydrogen, to Phase 3 (deployment of commercial-scale equipment) and monetizing them. - FY2023RestatedAnnual report
「Commencement of demonstration development aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen, produced through the thermal decomposition of methane, a type of greenhouse gas, as hydrogen production gains attention as a carbon-free energy source.」
The company continues demonstration development aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen. - FY2023-Q3RestatedAnnual report
「(1) Commencement of demonstration development aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen, produced through the thermal decomposition of methane, a type of greenhouse gas, in hydrogen production, which is attracting growing attention as a carbon-free energy source.」
The company continues to pursue demonstration development as a major project aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen through the thermal decomposition of methane. - FY2023-Q2First statedAnnual report
「More recently, the company began demonstration development aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen, produced through the thermal decomposition of methane, a type of greenhouse gas, as hydrogen production gains attention as a carbon-free energy source.」
The company began demonstration development aimed at establishing an energy-saving, high-efficiency production process for turquoise hydrogen produced through the thermal decomposition of methane.