#CO2 emission reduction（0）

Biogas

Low-concentration Coal Mine Methane Concentration Technology to Make Efficient Use of Coal Mine Methane Gas Released into the Atmosphere

#energy saving #environment #CO2 emission reduction
Cogeneration (CHP) units

Miller-cycle Gas-engine Cogeneration

#gas engine #cogeneration #energy saving #combustion #CO2 emission reduction #Technology to utilize city gas efficiently
Cogeneration (CHP) units

Cogeneration Systems for Power Source Security

#cogeneration #power source security #energy saving #CO2 emission reduction #Technology to utilize city gas efficiently
Air conditioning systems, kitchen appliances

Grid Outage-resilient GHP “HiPOWER+”

#air conditioning #gas engine #energy saving #CO2 emission reduction #Technology to utilize city gas efficiently
Air conditioning systems, kitchen appliances

Micro-cogeneration Waste-heat-input type Natural Chiller

#air conditioning #cogeneration #energy saving #CO2 emission reduction #Technology to utilize city gas efficiently
Energy management, IoT

Internet Technology-based Remote GHP Monitoring System (“Sky Remote” / “Eneflex”)

#air conditioning #remote monitoring #IoT #BEMS #CO2 emission reduction
Air conditioning systems, kitchen appliances

Solar Cooling System (Air Conditioning Using Solar Heat)

#solar heat #energy saving #CO2 emission reduction
Bio, water treatment

Water Treatment Service “D-Aqua”, Unique to Energy Companies

#water treatment #purification #energy saving #cost saving #environment #CO2 emission reduction
Bio, water treatment

On-site Biomass Utilization Service “D-Bio”

#environment #CO2 emission reduction #cost saving #methane fermentation #biomass #biogas
Materials development

Poly(lactic acid)-based Resins for Films Capable of Inflation Molding

#CO2 emission reduction #biomass #material #renewable energy
Energy management

Smart Energy Network (SEN) for Optimizing Energy Use in a Community by Connecting Cogeneration Systems via a Telecommunications Network

#smart energy #energy saving #CO2 emission reduction #control system
Materials development

Catalyst Technology for Advanced Use of Energy and Environmental Impact Reduction

#catalyst #environment #fuel cell #CO2 emission reduction
Materials development

Eco-friendly Biomass Material (Fluorene Cellulose)

#material #environment #biomass #CO2 emission reduction
Materials development

SPACECOOL® (New Zero-power Cooling Material Releasing Heat into Space Even under the Scorching Sun)

#material #energy saving #comfort #CO2 emission reduction
Hydrogen, ammonia

Technology Development for Ammonia Fuel-powered Small Engine Systems toward a Decarbonized Society

#gas engine #renewable energy #CO2 emission reduction #Hydrogen and Ammonia #Technology to utilize city gas efficiently
Hydrogen, ammonia

Development of Chemical Looping Combustion Technology for Simultaneous Generation of Hydrogen, Electricity, and CO₂

#CO2 emission reduction #Hydrogen and Ammonia #biomass #world's first #Technology to generate hydrogen and ammonia
Renewable Energy

Development of Photovoltaic Power Output Prediction Technology

#renewable energy #data analysis #CO2 emission reduction #Technology to generate electricity

Emerging technologies

Evolving residential gas appliances: Evolving residential gas appliances Water heaters, space heaters, dryers Cooking appliances Smart Equipment Fuel Cell systems

Evolving commercial and industrial gas appliances: Evolving commercial and industrial gas appliances Cogeneration (CHP) units Air conditioning systems, kitchen appliances Bio, water treatment Industrial furnaces, burners Energy management, IoT

Enhancing the safety and economic efficiency of LNG regasification: Enhancing the safety and economic efficiency of LNG regasification Utilization of cold energy Plant materials Power generation technology

Pursuing gas supply safety and security

Developing next-generation businesses through enterprising initiatives: Developing next-generation businesses through enterprising initiatives Materials development Measurement Simulation, data analysis Food science Material evaluation

Contributing to conserving the environment and achieving a carbon neutral society: Contributing to conserving the environment and achieving a carbon neutral society Methanation Hydrogen, ammonia Biogas Energy management Renewable Energy

Open Innovation

Technologies of Group companies: KRI, Inc. Osaka Gas Chemicals Group OGIS-RI Group

TAG SEARCH

#CO2 emission reduction（0）

Low-concentration Coal Mine Methane Concentration Technology to Make Efficient Use of Coal Mine Methane Gas Released into the Atmosphere

Miller-cycle Gas-engine Cogeneration

Cogeneration Systems for Power Source Security

Grid Outage-resilient GHP “HiPOWER+”

Micro-cogeneration Waste-heat-input type Natural Chiller

Internet Technology-based Remote GHP Monitoring System (“Sky Remote” / “Eneflex”)

Solar Cooling System (Air Conditioning Using Solar Heat)

Water Treatment Service “D-Aqua”, Unique to Energy Companies

On-site Biomass Utilization Service “D-Bio”

Poly(lactic acid)-based Resins for Films Capable of Inflation Molding

Smart Energy Network (SEN) for Optimizing Energy Use in a Community by Connecting Cogeneration Systems via a Telecommunications Network

Catalyst Technology for Advanced Use of Energy and Environmental Impact Reduction

Eco-friendly Biomass Material (Fluorene Cellulose)

SPACECOOL® (New Zero-power Cooling Material Releasing Heat into Space Even under the Scorching Sun)

Technology Development for Ammonia Fuel-powered Small Engine Systems toward a Decarbonized Society

Development of Chemical Looping Combustion Technology for Simultaneous Generation of Hydrogen, Electricity, and CO₂

Development of Photovoltaic Power Output Prediction Technology