See Heat exchanger's detailed category ranking

Simultaneous realization of warm cooling water and backup cooling with well water reduces the burden on chillers and boilers, contributing to energy savings and cost reduction!

Using 40℃ hot spring discharge water to preheat 13℃ supply water to 26℃. Achieved a 30% reduction in fuel consumption and low-cost power for the circulation pump. Investment recovery realized in 3 years!

Adopted by Mitsubishi Electric Building Techno-Service Co., Ltd., utilizing the heat from hot spring storage tanks to achieve safe and energy-saving heating.

Simultaneously achieve heating of cold drainage water and cooling with well water. Effectively utilize waste heat to reduce boiler usage, resulting in a reduction in running costs that exceeds the initial investment.

Introducing an example of a passive snow melting system that uses drainage from food service facilities as a heat source!

Adopted by Mitsubishi Electric Building Techno-Service Co., Ltd.: Unused hot spring heat repurposed for indoor heating without corrosion risk! Safe and highly efficient energy-saving measures.

The passive snow melting system "G-HEX," adopted in the food service facility, simultaneously achieved zero fuel usage, low costs, and reduced environmental impact.

The energy-saving heat exchange unit "G-HEX" reduces fuel costs by 30% and recovers the investment in three years. The power burden of the circulation pump is also minimized.

Approximately 85% high heat exchange rate, equipped with a drying machine for painting, standalone heat exchanger now available for sale.

Heat exchange rate approximately 85% - The necessity of heat exchangers.