Heat pumps that can contribute to energy conservation and CO2 emission reduction as part of the environmental measures required on a global scale!
●Heat recovery type heat pumps are attracting attention as alternatives to boilers and chillers because they can efficiently utilize both waste heat and cold heat that would otherwise be discarded. Government subsidy policies are also beginning to improve. ●There are two types of heat recovery type heat pumps: ・ Heat recovery type heat pump A type that recovers heat from industrial wastewater or hot spring discharge for heating or hot water supply. ・ Simultaneous cooling and heating heat pump A type that can efficiently supply both cooling and heating when both are needed simultaneously, such as in production processes or for air conditioning and hot water supply. ●While simultaneous cooling and heating heat pumps have significant advantages, building the system requires experience and know-how. Please make use of our expertise.
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basic information
● Air Source AW-F An ideal ECO system that generates hot water using cooling power. Realizes the ideal system with a variety of operating modes. ● Water Source WW-F A water-to-water heat transfer ECO system that recycles energy. Compact design for space-saving. ● Water Source WHC Provides hot water using waste heat while producing chilled water. Provides hot water using waste heat while making ice. Simple structure dedicated to simultaneous brine cooling and hot water supply. ● Water Source WSR An ECO system that effectively reuses waste heat at high temperatures. Simple structure dedicated to waste heat recovery.
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Delivery Time
※It will be made to order.
Applications/Examples of results
【Commercial Facilities】 This system utilizes waste heat from sewage and factory wastewater, which has not been collected until now, to provide hot water for handwashing and dishwashing. 【Beverage and Alcohol Factories】 This system uses waste heat from product cooling and fermentation heat cooling to heat the supply water for hot water cleaning. The use of brine allows for cooling in sub-zero temperatures. 【Noodle Factories】 This system utilizes waste heat from the noodle cooling process to heat the supply water for the noodle production process. Due to the minimal time difference between cooling and heating, heat loss is reduced, and the storage tank can be smaller, making it an efficient system. 【City Hotels】 This system utilizes waste heat from air conditioning in shared spaces and banquet halls for hot water supply. It can be effectively utilized in city hotels with long air conditioning periods or in warm regions. 【Hot Spring Inns】 This system recovers waste heat from hot spring wastewater and miscellaneous wastewater to heat hot spring water, provide hot water, and for heating. It is particularly effective in cold regions and for flowing hot springs.
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Company information
Since our founding, Science has been engaged in business with the themes of health maintenance and environmental conservation. Throughout this journey, we have come to believe that water and air, the sources of all things, are indeed the most important elements connecting health and the environment. Starting with the development of a 24-hour bathing water purification and heating system (24-hour bath) that has been highly praised for its three major benefits of labor-saving, energy-saving, and resource-saving, we achieved a COP of 6.3 through simultaneous extraction of high-temperature water at 70°C and cold water at 7°C, significantly reducing CO2 emissions with our environmentally friendly and energy-saving heat pump system. We also developed a new product, a weakly acidic electrolyzed beauty water, which not only strongly inhibits the growth of Legionella bacteria but also offers high beauty effects due to its weakly acidic nature. Moving forward, we will continue to aim to be a company that brings joy and inspiration to people and the planet through product development centered on the themes of environment, energy conservation, water, and health.
