Advancement of waste treatment technology through a next-generation stoker demonstration furnace
First written in FY2017. 3 of 5 entries say "Advanced", first in FY2018. Latest entry: FY2024.
No other company in this theme has enough history to compare yet.
- FY2024RestatedAnnual report
「Using a multipurpose demonstration furnace installed at its own plant, the Company continues to develop proprietary technologies that reduce lifecycle costs and increase energy recovery.」
The Company continues technology development using the multipurpose demonstration furnace to reduce lifecycle costs and increase energy recovery. - FY2023AdvancedAnnual report
「Using a multipurpose demonstration furnace (stoker demonstration furnace) installed at its own plant, the Company continues to develop technologies to reduce hazardous substances, including nitrogen oxides, acidic gases, and dioxins, through improved combustion, as well as to improve power-generation efficiency.」
The Company continues research and development using the stoker demonstration furnace to reduce hazardous substances and improve power-generation efficiency. - FY2019AdvancedAnnual report
「Using a next-generation stoker demonstration furnace installed at its own plant, the Company continues to develop technologies to reduce hazardous substances, including nitrogen oxides, acidic gases, dioxins, and mercury, through improved combustion, as well as to improve power-generation efficiency.」
The Company continues development using the demonstration furnace, targeting reductions in nitrogen oxides, acidic gases, dioxins, and mercury, as well as improvements in power-generation efficiency. - FY2018AdvancedAnnual report
「The Company is constructing a next-generation stoker demonstration furnace at its own plant, primarily to develop proprietary technologies that reduce lifecycle costs and increase energy recovery. Using this demonstration furnace, the Company continues to develop technologies to reduce hazardous substances, including nitrogen oxides, dioxins, and mercury, through improved combustion, as well as to improve power-generation efficiency.」
The Company continues development using the demonstration furnace and has added mercury to the substances targeted for reduction, describing technology development to reduce hazardous substances and improve power-generation efficiency. - FY2017First statedAnnual report
「The Company is constructing a next-generation stoker demonstration furnace at its own plant, primarily to develop proprietary technologies that reduce lifecycle costs and increase energy recovery. Using this demonstration furnace, the Company continues to develop technologies to reduce hazardous substances, including nitrogen oxides and dioxins, through improved combustion, as well as to improve power-generation efficiency.」
The Company has stated for the first time its initiative to reduce hazardous substances, improve power-generation efficiency, and lower lifecycle costs using a next-generation stoker demonstration furnace at its own plant.