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MISSION
Greening steam around the world
Reduce global greenhouse gas emissions by 10%
Approximately 70% of primary energy use is heat demand
Heat demand consumes approximately 2.7 times as much energy as electricity.
The industrial sector accounts for roughly half of that, and most of it is dependent on fossil fuels.
Through this reform of heat sources, we will work to solve issues such as climate change.
TECHNOLOGY
Unique reactor design
Utilization of graphite
Innovative energy storage equipment
After 20 years of research on high-temperature gas reactors, we began designing our own commercial high-temperature gas reactors and developed our own proprietary patented technologies.
Graphite and ceramic-coated metal particles are characteristic materials of high-temperature gas reactors. Their thermophysical properties make them excellent as thermal energy storage materials. Based on high-temperature gas reactor technology, we have patented a unique manufacturing method for thermal storage materials.
A high-temperature gas reactor is a system that transports heat from high-temperature graphite and converts it into energy in a heat exchanger. Without changing the basic configuration, if the graphite is heated with renewable electricity, we can design and manufacture a boiler with energy storage capabilities and zero CO2 emissions.
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