Why not collect heat from the water you throw away and reuse it!?
Are you managing a hot spring with a free-flowing source, but not draining the lukewarm hot spring water as it is? It's a bathing facility, but are you carelessly draining large amounts of lukewarm bathwater? That wastewater still has value! You might be able to reuse the heat with a heat pump system! By extracting heat from the lukewarm hot spring to warm the source or by capturing heat from the water being discarded to assist with the facility's hot water supply, the eco multi-heat pump reuses energy without waste. Not discarding means energy savings. Not discarding means reduced running costs. Not discarding means being eco-friendly.
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basic information
Air Source Heat Pump AW-F - An ideal eco system that generates hot water using cooling power. Achieves the ideal system with a variety of operating modes. - It is optimal for situations where you want to make the most of waste heat, but the cooling and heating energy and time periods differ. It can switch between air-cooled and waste heat utilization operating modes. Water Source Heat Pump WW-F - A water source eco system that recycles energy through heat transfer from water to water. Compact design for space-saving. - A water source heat pump system that effectively utilizes water sources. It has a wide range of applications, including heat recovery from hot spring wastewater, use of well water, and geothermal heat utilization, and it performs well even in cold regions as it is not affected by outside temperatures. Water Source Heat Pump WSR - An eco system that effectively reuses waste heat at high temperatures. A simple structure dedicated to waste heat recovery. - A water source heat pump system that effectively utilizes wastewater heat below 45°C to produce hot water up to 80°C. It demonstrates its capabilities particularly in industrial sectors where wastewater is discharged at medium temperatures.
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Applications/Examples of results
Hot spring facilities, hot bath facilities (hotels, inns) Facilities with low source water temperature that require heating Facilities with a high volume of hot discharge water due to direct source water flow operation
Detailed information
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Utilizing waste heat from sources such as wastewater and industrial effluents, which could not be refurbished until now, we will provide hot water for handwashing and dishwashing, among other uses. Unused energy can also be effectively utilized.
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This is a system that utilizes the heat recovery from the drainage of hot spring water to heat the source water. It is an effective system for hot springs with a large amount of source water but low temperatures that are continuously flowing.
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This is a system that utilizes the heat recovery from hot spring drainage and wastewater for heating hot spring water, supplying hot water, and heating. It is particularly effective in cold regions and for flowing hot springs.
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This is a system that utilizes the heat from hot springs as a heat source for various facilities. It is an effective system in hot springs where the temperature of the source is high.
Line up（3）
| Model number | overview |
|---|---|
| SCV-015AW-F | |
| SCV-015WW-F | |
| SCV-010WSR,SCV-020WSR,SCV030WSR | 3 models lineup (renewal planned soon) |
catalog（11）
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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.
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