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Application Industries of Heat Pumps

Residential Buildings

 Space heating & cooling
Domestic hot water (DHW)
Floor heating, fan coil heating
Popular in homes, villas, and apartments
 
Carbon dioxide air source heat pump is a new type of heat pump technology based on renewable air energy. It achieves heating or cooling of houses by converting low temperature and low heat energy in the environment into high-quality thermal energy. Compared with traditional air source heat pumps, carbon dioxide air source heat pumps use more environmentally friendly working fluids, and the chemical substances involved in the entire operation process have less environmental pollution.
 
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Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
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Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
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The 75 ℃ High Temperature Air Source Heat Pump FKH-40IIGW with double-stage compression technology and dual compressors for reliable operation in cold areas and high outlet water temperature. Equipped with heating, cooling, and hot water functions, featuring intelligent microcomputer control & smart zone defrost function to work well in -20℃, which delivers superior efficiency and versatility compared to standard air source heat pumps.
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Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
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Commercial Buildings

 Offices, hotels, hospitals, malls
Central heating, cooling, and hot water supply
Swimming pool heating and HVAC
The CO2 (R744) Air Source Heat Pump KRF-60IIC is a groundbreaking renewable energy technology, designed to efficiently convert ambient low-grade thermal energy into high-quality heat. As a pioneering system utilizing ecologically sustainable CO2 refrigerant, it boasts zero ozone depletion potential (ODP) and a significantly lower global warming potential (GWP) of 1 compared to traditional refrigerants. This makes the KRF-60IIC an ideal choice for residential space conditioning and smaller commercial applications where energy efficiency and environmental responsibility are paramount.
 
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As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
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The All-in-One CO2 Heat Pump KRF-120IIC represents a robust and environmentally conscious heating solution. Leveraging natural CO2 refrigerant, this heat pump delivers stable and efficient hot water, making it an excellent choice for a wide array of applications that demand reliable performance and a reduced ecological footprint. It strikes a balance between capacity and versatility, catering to medium-to-large scale requirements.
 
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The High Temperature CO2 Heat Pump KRF-160IIC stands as a high-capacity, environmentally friendly air-source heat pump, meticulously engineered to meet the most stringent heating requirements of large-scale operations. By utilizing carbon dioxide as a natural refrigerant, it not only delivers exceptional performance but also adheres to the highest environmental standards, making it a leading choice for sustainable industrial and commercial applications.
 
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As an innovative heat pump technology that harnesses renewable air energy, the carbon dioxide air-source heat pump (CO₂ ASHP) operates by transforming low-grade thermal energy from the ambient environment into high-quality heat for residential heating or cooling applications. In contrast to conventional air-source heat pumps, this system employs environmentally benign refrigerants, thereby significantly reducing the ecological footprint associated with its operational processes through minimized chemical emissions and pollutant dispersion.
 
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Recreational Facilities

 Swimming pools and spas
Pool water heating and dehumidification
Often used in gyms, resorts, schools
 
Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
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0
The CO2 (R744) Air Source Heat Pump KRF-60IIC is a groundbreaking renewable energy technology, designed to efficiently convert ambient low-grade thermal energy into high-quality heat. As a pioneering system utilizing ecologically sustainable CO2 refrigerant, it boasts zero ozone depletion potential (ODP) and a significantly lower global warming potential (GWP) of 1 compared to traditional refrigerants. This makes the KRF-60IIC an ideal choice for residential space conditioning and smaller commercial applications where energy efficiency and environmental responsibility are paramount.
 
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As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
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The All-in-One CO2 Heat Pump KRF-120IIC represents a robust and environmentally conscious heating solution. Leveraging natural CO2 refrigerant, this heat pump delivers stable and efficient hot water, making it an excellent choice for a wide array of applications that demand reliable performance and a reduced ecological footprint. It strikes a balance between capacity and versatility, catering to medium-to-large scale requirements.
 
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The High Temperature CO2 Heat Pump KRF-160IIC stands as a high-capacity, environmentally friendly air-source heat pump, meticulously engineered to meet the most stringent heating requirements of large-scale operations. By utilizing carbon dioxide as a natural refrigerant, it not only delivers exceptional performance but also adheres to the highest environmental standards, making it a leading choice for sustainable industrial and commercial applications.
 
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Healthcare & Medical

 Hospitals, clinics, pharmaceutical facilities
Sterile hot water, space heating, and laundry support
Steam production with 120°C heat pumps
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
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Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
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The 90 ℃ High Temperature Air Source Heat Pump FKH-70IICGW leverages an advanced cascade two-stage compression system, which precisely controls the heating process to deliver stable, ultra-high temperature water with remarkable energy efficiency. Equipped with a specialized scroll compressor, internally threaded copper pipes, an intelligent control system, and a durable stainless steel design, it ensures reliable and high-performance operation. It's ideal for severe cold regions and demanding industrial applications.
 
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The 90 ℃ High Temperature Air Source Heat Pump FKH-100IICGW features advanced cascade two-stage compression technology, which efficiently converts low-grade thermal energy into stable hot water up to 90℃. Equipped with a specialized high-temperature refrigerant, intelligent microcomputer control, and remote 5G cloud monitoring, it ensures robust performance. Especially, this unit operates reliably down to -35℃, excelling in demanding industrial and commercial heating applications in cold regions.
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Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
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Pharmaceutical & Biotechnology

 Precise temperature control for
Fermentation, sterilization, distillation
Jacket heating and cleanroom climate control
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
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0
The All-in-One CO2 Heat Pump KRF-120IIC represents a robust and environmentally conscious heating solution. Leveraging natural CO2 refrigerant, this heat pump delivers stable and efficient hot water, making it an excellent choice for a wide array of applications that demand reliable performance and a reduced ecological footprint. It strikes a balance between capacity and versatility, catering to medium-to-large scale requirements.
 
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The carbon dioxide heat pump uses CO ₂ (R744) as a refrigerant, which is environmentally friendly, non flammable, and non-toxic. It adopts a supercritical cycle, and CO ₂ at the condenser end remains in a gaseous state, transferring heat through sensible heat, making it suitable for high-temperature hot water supply.
 
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Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
0
0
 
Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
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Food & Beverage Industry

 Process heating and cleaning with hot water or steam
Pasteurization, drying, bottle washing
CIP (clean-in-place) systems
 
Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
0
0
 
Carbon dioxide air source heat pump is a new type of heat pump technology based on renewable air energy. It achieves heating or cooling of houses by converting low temperature and low heat energy in the environment into high-quality thermal energy. Compared with traditional air source heat pumps, carbon dioxide air source heat pumps use more environmentally friendly working fluids, and the chemical substances involved in the entire operation process have less environmental pollution.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
0
0

Healthcare & Medical

 Hospitals, clinics, pharmaceutical facilities
Sterile hot water, space heating, and laundry support
Steam production with 120°C heat pumps
 
Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
0
0
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
0
0
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
0
0
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
0
0
The CO2 (R744) Air Source Heat Pump KRF-60IIC is a groundbreaking renewable energy technology, designed to efficiently convert ambient low-grade thermal energy into high-quality heat. As a pioneering system utilizing ecologically sustainable CO2 refrigerant, it boasts zero ozone depletion potential (ODP) and a significantly lower global warming potential (GWP) of 1 compared to traditional refrigerants. This makes the KRF-60IIC an ideal choice for residential space conditioning and smaller commercial applications where energy efficiency and environmental responsibility are paramount.
 
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0

Chemical & Industrial Manufacturing

 Heating for reactors, distillation, drying, space climate control
Sludge drying and heat recovery
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
The All-in-One CO2 Heat Pump KRF-120IIC represents a robust and environmentally conscious heating solution. Leveraging natural CO2 refrigerant, this heat pump delivers stable and efficient hot water, making it an excellent choice for a wide array of applications that demand reliable performance and a reduced ecological footprint. It strikes a balance between capacity and versatility, catering to medium-to-large scale requirements.
 
0
0
The High Temperature CO2 Heat Pump KRF-160IIC stands as a high-capacity, environmentally friendly air-source heat pump, meticulously engineered to meet the most stringent heating requirements of large-scale operations. By utilizing carbon dioxide as a natural refrigerant, it not only delivers exceptional performance but also adheres to the highest environmental standards, making it a leading choice for sustainable industrial and commercial applications.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.
 
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0

Greenhouses & Agriculture

 Temperature and humidity control
Hot water for irrigation and floor heating
The All-in-One CO2 Heat Pump KRF-120IIC represents a robust and environmentally conscious heating solution. Leveraging natural CO2 refrigerant, this heat pump delivers stable and efficient hot water, making it an excellent choice for a wide array of applications that demand reliable performance and a reduced ecological footprint. It strikes a balance between capacity and versatility, catering to medium-to-large scale requirements.
 
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Air Source Heat Pump (ASHP) is an energy-saving device that uses the reverse Carnot cycle principle to absorb low-temperature heat energy from the air and convert it into high-temperature heat energy. It does not directly generate heat, but uses electricity to drive a compressor and achieve the "transportation" of thermal energy, which belongs to a type of renewable energy utilization technology.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
As an innovative heat pump technology that harnesses renewable air energy, the carbon dioxide air-source heat pump (CO₂ ASHP) operates by transforming low-grade thermal energy from the ambient environment into high-quality heat for residential heating or cooling applications. In contrast to conventional air-source heat pumps, this system employs environmentally benign refrigerants, thereby significantly reducing the ecological footprint associated with its operational processes through minimized chemical emissions and pollutant dispersion.
 
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0

District Heating Projects

 Centralized heating and hot water for:
Residential zones, business parks, campuses
Replaces coal/gas boilers with high-efficiency solutions
 
Air source heat pump is an energy-saving device that utilizes high-level energy to transfer low-level heat sources (such as heat in the air) to high-level heat sources (such as indoors). It is based on the principle of inverse Carnot cycle, and achieves heat transfer through components such as compressors, with functions of heating, cooling, and hot water supply.
 
0
0
The High Temperature CO2 Heat Pump KRF-160IIC stands as a high-capacity, environmentally friendly air-source heat pump, meticulously engineered to meet the most stringent heating requirements of large-scale operations. By utilizing carbon dioxide as a natural refrigerant, it not only delivers exceptional performance but also adheres to the highest environmental standards, making it a leading choice for sustainable industrial and commercial applications.
 
0
0
 
Air Source Heat Pump (ASHP) is an energy-saving device that uses the reverse Carnot cycle principle to absorb low-temperature heat energy from the air and convert it into high-temperature heat energy. It does not directly generate heat, but uses electricity to drive a compressor and achieve the "transportation" of thermal energy, which belongs to a type of renewable energy utilization technology.
 
0
0
 
As a pioneering renewable energy technology, the carbon dioxide air-source heat pump (CO₂ ASHP) converts ambient low-grade thermal energy into usable high-quality heat to facilitate residential space conditioning. Unlike conventional air-source systems, this advanced heat pump employs ecologically sustainable refrigerants throughout its operational cycle, substantially mitigating environmental impacts through reduced chemical pollutant releases and lifecycle emissions.
 
0
0
 
As an innovative heat pump technology that harnesses renewable air energy, the carbon dioxide air-source heat pump (CO₂ ASHP) operates by transforming low-grade thermal energy from the ambient environment into high-quality heat for residential heating or cooling applications. In contrast to conventional air-source heat pumps, this system employs environmentally benign refrigerants, thereby significantly reducing the ecological footprint associated with its operational processes through minimized chemical emissions and pollutant dispersion.
 
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Leomon Technology is a leading manufacturer and innovator in the field of high-performance heat pump solutions, specializing in air source, EVI, R290, CO₂, and high-temperature heat pumps for residential, commercial, and industrial applications.

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