We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for heat pump.
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heat pump Product List and Ranking from 65 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.

heat pump Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.

  1. ジオシステム Tokyo//Energy
  2. サイエンス Saitama//environment
  3. マック Chiba//Industrial Electrical Equipment
  4. 4 トレイン・ジャパン Tokyo//Industrial Electrical Equipment
  5. 5 翔和 Saitama//Industrial Machinery
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heat pump Product ranking

Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.

  1. Unused heat recovery heat exchange unit "G-HEX" ジオシステム
  2. Heat Pump System "eco Multi Heapon WSR" サイエンス
  3. Hot Gas Defrosting Device "Def-Mac" マック
  4. 4 HFC mixed refrigerant binary ultra-low temperature freezer "Mac Cryo" マック
  5. 5 High-performance compact program deep freezer 'FZ-1500ET' ストレックス

heat pump Product List

31～60 item / All 136 items

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Water heating eco-cute Unimo WW

Water heating eco-cute Unimo WW

High-efficiency heat pump that simultaneously supplies warm and cold water.

◆Overview This heat pump using natural refrigerant CO₂ supplies both hot and cold water simultaneously. The maximum hot water supply temperature is 90°C, and it is also compatible with chiller water or brine cooling. It is possible to effectively utilize unused heat (such as warm wastewater and cooling water). Since temperature control for the cold water outlet is also selectable, it can be used for updating existing chillers. ◆Reasons for Selection Combines the functions of a boiler and a chiller in one unit. By supplying hot water and chiller water simultaneously, it enables highly efficient operation, making it ideal for reducing energy consumption. Its compact size allows for installation both indoors and outdoors. For more details, please contact us or download the catalog.

  • Other energy facilities
  • boiler
  • Refrigeration equipment/chiller
  • heat pump

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Non-Freon air source snow melting heat pump

Non-Freon air source snow melting heat pump

Overwhelmingly energy-saving snow melting using CO₂ refrigerant.

◆Overview The non-Freon air heat source snow melting heat pump is a snow melting system that utilizes the energy from the air. It achieves low running costs compared to snow melting methods using fossil fuels like boilers or electric heater systems. Additionally, by adopting CO₂ refrigerant, the first in the industry, it offers unparalleled safety and environmental benefits. Its space-saving design allows for flexible installation locations. ◆Reasons for Selection Environmentally friendly and energy-efficient We are the first in the industry to adopt CO₂ refrigerant with an ozone depletion potential of "0" and a global warming potential of "1." By effectively using the energy from the air to warm the brine for snow melting, only a small amount of electricity is required. This significantly reduces energy costs compared to boilers and electric heaters. Ideal for renewing snow melting equipment It is perfect for renewing aging snow melting boiler units, electric heating systems for snow melting, and snow melting heat pumps using specified refrigerants (such as R22). For more details, please contact us or download the catalog.

  • Energy efficient utilization system
  • heat pump

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Non-Freon hydrothermal snow melting heat pump

Non-Freon hydrothermal snow melting heat pump

Melting snow using heat from groundwater, geothermal energy, hot springs, and seawater.

◆Overview This is an environmentally friendly snow melting system that effectively utilizes unused energy sources (groundwater, geothermal heat, hot springs, seawater, and secondary treated water) as heat sources. It achieves low running costs through heat pump technology that makes effective use of unused energy. We can also propose snow melting systems that use geothermal heat, secondary treated water, factory waste heat, tunnel air, and tunnel spring water as heat sources. ◆Reasons for Selection For snow melting and freeze prevention in winter It contributes to snow melting and freeze prevention on roadways, sidewalks, parking lots, and station plazas during winter. It has been adopted nationwide to ensure barrier-free access in winter, safe traffic routes, and to avoid traffic accidents. Utilization of groundwater heat (geothermal heat) Stable heat (10 to 15°C) can be obtained from groundwater even in winter. Compared to electric heater systems, it has superior running costs (about 1/5 to 1/6). By utilizing heat pump technology, it significantly reduces the amount of groundwater used compared to traditional groundwater circulation methods. It allows for expansion plans for existing groundwater circulation facilities with the same amount of groundwater. For more details, please contact us or download the catalog.

  • Energy efficient utilization system
  • heat pump

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Proposal for a heat exchanger utilizing waste heat that can achieve short-term investment recovery.

Proposal for a heat exchanger utilizing waste heat that can achieve short-term investment recovery.

Heat exchange in every location! Examples and achievements of waste heat recovery heat exchangers are published!

We propose a heat exchanger that enables short-term investment recovery through waste heat utilization. This document includes examples and achievements using waste heat utilization heat exchangers that can facilitate heat exchange in various locations. We are working on energy-saving proposals for business owners, such as "General Energy-Saving Proposals for Waste Heat Recovery," and initiatives for manufacturers, including "Collaboration with Heat Pump/Chiller Manufacturers to Solve Customers' Water Quality Issues and Propose Measures Against Heat Exchanger Aging." Please feel free to contact us. [Contents Included] ■ Types of Heat Imagery ■ Actual Sites ■ Energy Savings with Ventilation Sensible Heat Exchangers ■ Hospitals - Large-Scale Ventilation Heat Recovery (Hygiene Compliance, Coastal Corrosion Resistance) ■ Heat Source Heat Exchangers for Heat Pumps, among others *For more details, please refer to the catalog or feel free to contact us.

  • others
  • heat pump

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Low-cost, high-efficiency turbo chiller "CenTraVac"

Low-cost, high-efficiency turbo chiller "CenTraVac"

For those who prioritize cost. A long-selling machine with the world's highest efficiency that reduces initial costs, power consumption, and management fees.

This is a turbo refrigeration unit with a history of continuous improvements since its development in 1938, along with many achievements and reliability. Not only is it highly efficient and environmentally friendly, but its design is also backed by years of research and technological expertise in the structure of refrigeration units. With a simple structure and consideration for customer safety and environmental protection, it boasts an overwhelming market share worldwide and contributes to energy savings in buildings and factories around the globe. 【Features】 ■ Low-pressure refrigerant (R-123) ■ World’s highest efficiency COP 6.6 (50 Hz) ■ Non-flammable ■ Low rotation, low noise, low vibration ■ Simple structure with high reliability ■ Can be delivered in sections

  • Other air conditioning equipment
  • heat pump

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Air Conditioning Basics: What is the Refrigeration Cycle?

Air Conditioning Basics: What is the Refrigeration Cycle?

Currently, the promotion of non-Freon alternatives is being advanced with further consideration for the environment!

Air conditioning equipment such as air conditioners and turbo refrigerators creates cold water and air by utilizing refrigerants and refrigeration cycles. This article explains the refrigeration cycle of air conditioning, including the relationship between changes in the state of matter and pressure. Please take a moment to read it. 【Contents】 ■ Heat and state changes ■ Pressure and changes in matter ■ Refrigeration cycles of turbo refrigerators and home air conditioners ■ Why are refrigerants (such as Freon gas) commonly used? *For detailed content of the article, please refer to the related links. *For more information, please refer to the PDF document or feel free to contact us.

  • others
  • heat pump

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Air Conditioning Basics: What is Surging?

Air Conditioning Basics: What is Surging?

Introducing the compression methods of turbo refrigerators and the causes of surging!

Surging is a phenomenon in which the discharge gas pressure of a centrifugal compressor is overcome by the pressure on the discharge side, resulting in the inability to discharge gas or the occurrence of gas backflow. When surging occurs in a centrifugal compressor, vibrations become intense, and operation becomes unstable. This indicates that the pressure head of the compressor is insufficient. This article provides a detailed explanation of the causes of surging in turbo refrigerators and the surging limits, so please take a moment to read it. [Contents] ■ Compression method of turbo refrigerators ■ Causes of surging in turbo refrigerators ■ Surging limits of turbo refrigerators *For more detailed information, you can view it through the related links. *For further details, please refer to the PDF materials or feel free to contact us.

  • others
  • heat pump

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Methods for Reducing Running Costs of Air Conditioning Equipment LCEM

Methods for Reducing Running Costs of Air Conditioning Equipment LCEM

Efforts to reduce the running costs of air conditioning can be considered an important issue!

Air conditioning accounts for a significant portion of a building's energy consumption. For example, in office buildings, air conditioning represents about 28% of energy consumption (according to the Energy Conservation Center, Japan). In other words, when considering energy costs related to building operation and management, such as measures against global warming and reductions in utility expenses, energy-saving measures for air conditioning can be effective. This article introduces key points for reducing the running costs of air conditioning. [Contents] ■ The challenges of energy-saving air conditioning are solved by LCEM ■ Considerations by stage ■ Examples of systems that reduce air conditioning running costs ■ Benefits for energy-saving companies *For detailed content of the article, please refer to the related links. *For more information, please refer to the PDF materials or feel free to contact us.

  • air conditioning
  • heat pump

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[Case Study of Refrigeration and Control System] Mercedes-Benz USA Headquarters

[Case Study of Refrigeration and Control System] Mercedes-Benz USA Headquarters

Improving the overall reliability of the system and employee comfort! Examples that have brought about various effects.

We would like to introduce a case where a turbo chiller and control system were adopted by Mercedes-Benz. The company experienced a malfunction with their chiller, and the facility manager requested technology that could achieve reliability, durability, and high efficiency simultaneously, as well as a quick response to minimize the rental costs of the chiller. By implementing our turbo chiller and control system, three benefits were achieved: improved reliability and efficiency, energy savings and cost reduction, and optimization of performance along with comfort. [Challenges] ■ Reliability and durability ■ Technology that achieves high efficiency simultaneously ■ Quick response to minimize chiller rental costs *For more details, please refer to the related links or feel free to contact us.

  • Refrigerators and freezers
  • heat pump

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[Case Study on Turbo Refrigeration System] Snow Brand Milk Products Co., Ltd.

[Case Study on Turbo Refrigeration System] Snow Brand Milk Products Co., Ltd.

Rapid cooling after heat sterilization! Introducing a case study of a non-Freon refrigerant turbo freezer.

We would like to introduce a case study of the implementation of the "R-514A adopted ultra-low GWP turbo refrigeration unit" at Snow Brand Megmilk Co., Ltd. The refrigeration units currently in use at the company were using old refrigerants such as CFCs, HCFCs, and HFCs. As part of their efforts to reduce environmental impact, a non-fluorocarbon refrigeration unit using R-514A was considered. The equipment was introduced in a ratio of one turbo refrigeration unit to five screw refrigeration units, and optimal control was adopted according to the load. [Case Overview] ■ Challenges - Transition all refrigerants to those with minimal environmental impact as much as possible. ■ Results - Achieved the goal of non-fluorocarbonization of the turbo refrigeration unit in a system that utilizes both turbo and screw refrigeration units. *For more details, please refer to the related links or feel free to contact us.

  • Cooling system
  • heat pump

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Water Heat Source Heat Pump "PMAC System"

Water Heat Source Heat Pump "PMAC System"

Contributing to a low-carbon society! Introducing an energy-saving air conditioning system that uses water as a heat source!

The "PMAC System" is an individual air conditioning system that uses small heat pump units distributed throughout, with water as the heat source. The heat source water piping is a two-pipe system (supply and return), allowing for stable automatic heating and cooling operation unaffected by weather conditions. Additionally, the heat rejection at the cooling tower helps mitigate urban heat island effects. When there is a mix of cooling and heating loads within a building, heat recovery between units can effectively utilize heat and promote energy savings. 【Features】 ■ Detailed response through individual air conditioning systems ■ Energy-efficient air conditioning system ■ Stable air conditioning unaffected by weather conditions ■ Space-saving and easy installation ■ Long lifespan with manufacturer maintenance *For more details, please refer to the PDF materials or feel free to contact us.

  • air conditioning
  • heat pump

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Engine Heat Pump "CVC Model"

Engine Heat Pump "CVC Model"

Heat pump for data center emergency generators

This product is a heat pump for emergency generators used as backup power sources in data centers. It achieves energy savings of up to 80% compared to conventional electric heaters.

  • Other heaters
  • heat pump

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High-performance compact program freezer FZ-3100/FZ-3200

High-performance compact program freezer FZ-3100/FZ-3200

A new generation program freezer that does not use liquid nitrogen for effective freezing of iPS/ES cells, cord blood, and cancer immune cells in human IVF!

The "FZ-3100/FZ/3200" is a high-performance compact programmable deep freezer capable of effective freezing of various cells down to -80°C using a slow freezing method. It minimizes damage to cells with freezing programs suitable for various samples, enabling highly reproducible freezing. We have upgraded from the conventional model and launched a "touch panel version" with an all-in-one PC! 【Features】 - Adopts Stirling cooling, eliminating the need for liquid nitrogen or freezing agents - Compact and ideal for use in CPC and clean rooms - Cooling block that can be attached and detached with one touch, no tools required - Compatible with freezing tubes, vials, and bags - Easy to open and close with a torque hinge cover - Allows setting of desired freezing patterns from the LCD touch panel - User login with three levels of authority management - PDF report/CSV data output - GMP/validation compliant (only for FZ-3200) *Please contact us if you wish to borrow a unit. *We also offer a cell thawing device.

  • Refrigerators and freezers
  • Other physicochemical equipment
  • heat pump

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Shinreitsu Thermal Technology Co., Ltd. Business Introduction

Shinreitsu Thermal Technology Co., Ltd. Business Introduction

For regular inspections and simple checks of refrigerant emission control methods for various heating and cooling equipment, please leave it to us.

Shinreiratsu Giken Co., Ltd. conducts repairs, inspections, and calibrations of environmental testing equipment and industrial cooling and heating devices. For regular inspections, repairs, JCSS calibrations, and consultations regarding the Refrigerant Emission Control Law for constant temperature and humidity chambers, constant temperature devices, chillers, air dryers, and cooling and heating equipment, please feel free to contact us. 【Business Activities】 ■ After-sales maintenance of environmental testing equipment ■ Temperature calibration services ■ Maintenance of two-stage refrigeration units and special refrigeration units ■ Filling and recovery destruction work of ultra-low temperature refrigerants (ultra-high pressure refrigerants) ■ Sales and maintenance of multi-stage evaporator-based ultra-low temperature (-120°C) refrigeration units, etc. *For more details, please download the PDF or contact us.

  • Chiller
  • Environmental Test Equipment
  • Other services
  • heat pump

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Water park

Water park

Leave it to us for air pools and temporary pools! We are operating throughout Japan, from Hokkaido in the north to Okinawa in the south.

We provide total production services from manufacturing and selling water slides, air pools, large temporary pools, temporary lazy rivers, and water athletics to installation advice. We operate throughout Japan, from Hokkaido in the north to Okinawa in the south. Please leave your summer attraction needs to us and make effective use of your space. 【Product Lineup】 ■ Air Pool ■ Temporary Large Pool ■ Temporary Lazy River ■ Air Water Slide ■ Water Slide ■ Water Athletics *For more details, please refer to the PDF document or feel free to contact us.

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  • heat pump

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Introduction to the design and manufacturing of air conditioning equipment by Nissin Industrial.

Introduction to the design and manufacturing of air conditioning equipment by Nissin Industrial.

Maintaining a high heat exchange rate! We respond to various requests, from OEM production to the manufacturing of air conditioning equipment for testing and research purposes!

Our company designs and manufactures air conditioning equipment. We have retained past blueprints supplied by Eco Techno Co., Ltd. (formerly Toyo Iron Works), allowing us to respond quickly and reliably to requests for replacements and renovations. We also produce air conditioning equipment for OEM production and for testing and research purposes, so please feel free to contact us. 【Main Products】 ■ Air Handling Units ■ Heat Exchangers ■ General Sheet Metal Fabrications ■ Silencers ■ Air Conditioning Renovation Works *For more details, please download the PDF or feel free to contact us.

  • air conditioning
  • Other environmental equipment
  • Contract manufacturing
  • heat pump

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Convert outdoor air into high-temperature water with high efficiency! Commercial heat pump.

Convert outdoor air into high-temperature water with high efficiency! Commercial heat pump.

[Simulation materials available] Significantly reduces power consumption and CO2! Mitsubishi Heavy Industries heat pump that uses air heat to boil water.

A heat pump is a mechanism that moves heat from a low-temperature area to a high-temperature area. In air conditioners equipped with heat pumps, heating is achieved by releasing heat collected from the outdoor air into the indoor space via a refrigerant, while cooling is done by releasing heat collected from the indoor air to the outdoor space. By adopting a two-stage compressor type "scroll rotary compressor" and an "intermediate pressure gas injection structure," significant improvements in performance and efficiency are realized. Additionally, we also handle a circulation system that maintains and heats up warmed water. 【Features】 ■ Dramatic improvement in operating performance under low outdoor temperature conditions ■ Hot water supply up to 90°C is possible even at an outdoor temperature of -25°C, with no reduction in capacity down to -7°C ■ Achieves a COP of 4.3 (in the intermediate period) with an inverter type in the 30kW class ■ Conducts high-efficiency energy-saving operation throughout the year *For more details, please refer to the external link page or feel free to contact us.

  • Special Pump
  • Other pumps
  • heat pump

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Case Study: Energy-saving Project Utilizing High-efficiency Heat Pumps for Hot Spring Wastewater Heat Recovery

Case Study: Energy-saving Project Utilizing High-efficiency Heat Pumps for Hot Spring Wastewater Heat Recovery

Utilizing hot spring (drainage) heat! This is a case that simultaneously reduces annual fossil fuel usage and CO2 emissions.

At the fairy tale inn, Yoneya, we have introduced a "high-efficiency heat pump utilizing hot spring discharge heat" as part of our energy-saving project. At Yoneya, we implemented a project that utilizes hot spring (discharge) heat, classified as one of the renewable energy sources known as "geothermal heat," to provide heating, cooling, and hot water through a heat pump. This project simultaneously reduced the facility's annual fossil fuel consumption and CO2 emissions. Additionally, we incorporated a recycled lithium-ion battery to establish an independent system for heat and electricity, resulting in an annual reduction of approximately 5.7 million yen in running costs through the hot spring discharge heat heat pump and the PV generation & V2X battery storage system. 【Case Overview】 ■ Equipment and Scale - Hot spring discharge compatible water-cooled heat pump 60HP × 1 unit Cooling capacity: 131.6KW, Heating capacity: 178.8KW, Hot water supply capacity: 220.0KW - Hot water storage tank: 7.5m3 - Plate heat exchanger: Heat exchange amount 173KW - Installation of a visualization monitor for the high-efficiency heat pump system utilizing hot spring discharge heat *For more details, please refer to the related links or feel free to contact us.

  • Other contract services
  • heat pump

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Condensing unit indoor installation type air-cooled refrigerator

Condensing unit indoor installation type air-cooled refrigerator

Indoor air-cooled refrigeration condensing units for air dryers, showcases, cooling centrifuges, etc. [Catalog available]

This is an indoor air-cooled refrigeration unit in the 60W to 300W class. 【Features】 ◆ A rich lineup of compact refrigeration units (total of 19 models) ● SRM type (for medium temperature) has an evaporation temperature down to -25°C ● SRH type (for medium-high temperature) has an evaporation temperature down to -10°C ◆ Compact model (CP type) equipped with a dryer We have prepared a compact model with a standard dryer for set manufacturers. ● The refrigerant piping connection is done by welding. ● The dryer absorbs debris and moisture, preventing malfunctions. ◆ Built-in liquid tank (receiver) ● You can safely increase the refrigerant charge to improve the performance of the expansion valve control. *For more details, please download the catalog or feel free to contact us.

  • Frozen dessert manufacturing equipment
  • Cooling system
  • Refrigerators and freezers
  • heat pump

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Movable Bed System "Kees Walking Floor"

Movable Bed System "Kees Walking Floor"

A movable floor system that makes cargo transport safer and more efficient!

The "Keith Walking Floor" is a system that allows for unloading through the movement of floor panels using hydraulic cylinders. Unlike dump trucks, it does not require dumping, enabling stable loading and unloading operations even on uneven terrain. It can also be used for unloading in indoor spaces or areas with height restrictions. 【Features】 ■ Outstanding safety ■ Reduction of time and spatial constraints ■ Active in various fields *For more details, please download the PDF or feel free to contact us.

  • Powder Conveyor Device
  • Other Auto Parts
  • Other conveying machines
  • heat pump

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[Seminar] Central Research Institute of Electric Power Industry: Trends in Industrial Heat Pumps in Japan and Abroad

[Seminar] Central Research Institute of Electric Power Industry: Trends in Industrial Heat Pumps in Japan and Abroad

Popularization issues and business opportunities

Our company will hold a business seminar. 【Seminar Details】 ■ Date and Time: February 26, 2025 (Wednesday) 13:30 - 15:30 (Doors open at 13:00) ■ Venue: JPI Conference Square ■ Address: 5-2-32 Minamiazabu, Minato-ku, Tokyo, Kowa Hiroo Building ■ Participation Method: In-person, live streaming, archived streaming ■ Speaker: Taketaka Kaida, Chief Researcher, ENIC Research Division, Grid Innovation Research Headquarters, Central Research Institute of Electric Power Industry *For more details, please refer to the PDF document or feel free to contact us.

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Industrial Engine Maintenance Service

Industrial Engine Maintenance Service

Maintenance and inspection of diesel engines, generators, and power units!

Our company is engaged in the sales and maintenance of industrial engines. In addition to the maintenance and inspection of diesel engines, generators, and power units, we also handle related tasks such as piping maintenance and the installation and renovation of electrical equipment. Please feel free to contact us. 【Business Activities】 ■ Maintenance and inspection of diesel engines ■ Maintenance and inspection of generators ■ Maintenance and inspection of power units ■ Installation and renovation of piping and electrical equipment related to the above ■ Manufacturing, delivery, and installation of emergency generators, water pumps, and power units *For more details, please contact us.

  • Other services
  • Engine parts
  • heat pump

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Proposal Example: Energy-saving measures through heat recovery from hot wastewater.

Proposal Example: Energy-saving measures through heat recovery from hot wastewater.

Recover heat from wastewater in the production process. Utilizing waste heat through a steam generation heat pump can reduce energy costs by 60% and CO2 emissions by 55%.

Proposal case of steam generation heat pump. Company A in the food manufacturing industry faced challenges in the efficient use of hot water used in the production process, necessitating an understanding of the reusable amount through heat exchange, as well as the running costs of the equipment and cost-effectiveness. A proposal was made for the high-efficiency utilization of heat using a steam generation heat pump, and the calculations showed that utilizing the waste hot water could reduce energy costs by 60% and CO2 emissions by 55%.

  • Other energy equipment
  • heat pump

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Single-unit multi-cascade system "Deep Freezer"

Single-unit multi-cascade system "Deep Freezer"

Accompanying you into the world of ultra-low temperatures! We offer temperatures ranging from -100°C to -120°C!

We would like to introduce the "Deep Freezer" handled by Mac Corporation. Our lineup includes the "60V-36L" with a usable volume of 36L, as well as the "75V-80L" and "100R-100L." We also offer the "D Mac Ultra-Low Temperature Stocker," among others. The power supply is single-phase 200V-50/60Hz, and it employs an air-cooled centralized refrigeration multi-cascade system. 【Lineup】 ■60V-36L ■75V-80L ■100R-100L ■100V-80L *For more details, please refer to the PDF document or feel free to contact us.

  • Cooling system
  • heat pump

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CO2 mixed non-Freon refrigerator

CO2 mixed non-Freon refrigerator

Carbon dioxide mixed one-stage system! It incorporates hot gas defrost.

We would like to introduce the "CO2 Mixed Non-Freon Refrigeration Unit" handled by Mac Corporation. It is a carbon dioxide mixed single-stage system that employs a low GWP refrigerant system, operating in an air-cooled manner at temperatures ranging from -10°C to -35°C. It incorporates hot gas defrost. It operates at a high pressure of 3.0 MPa or lower, making it suitable for general-purpose equipment. 【Features】 ■ Low GWP refrigerant system ■ Carbon dioxide mixed single-stage system ■ CO2 + HFO refrigerant ■ -10°C to -35°C air-cooled ■ Integrated condenser and evaporator heat exchanger ■ Incorporates hot gas defrost *For more details, please refer to the PDF document or feel free to contact us.

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  • Cooling system
  • heat pump

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Unused heat recovery heat exchange unit "G-HEX"

Unused heat recovery heat exchange unit "G-HEX"

The corrosion- and dirt-resistant resin water heat exchanger "G-HEX" captures the thermal energy from agricultural water and factory wastewater, utilizing it for heating and cooling.

Well water, agricultural water, spring water, hot spring water, seawater (seawater wells), and factory wastewater contain unused thermal energy (renewable energy). We have developed a heat exchange unit (G-HEX) through the NEDO project that can extract this energy and utilize it in a cascade for heating and cooling. G-HEX is a fully plastic heat exchanger made using polyethylene thin tubes, allowing it to accommodate various heat source waters. It is a long-lasting heat exchange unit that is resistant to corrosion and dirt. It can also be used in food factories where heat exchange has traditionally been difficult, such as with factory wastewater and low pH hot spring water, and we have a proven track record. 【Features】 - The use of polyethylene thin tubes results in low pressure loss in the flow path, making it economical. - Made of polyethylene resin (PE100), it has a long lifespan. - Strong against corrosive water qualities like hot spring water, eliminating the need for rust prevention. - Resistant to clogging, allowing use without concern for water quality. *For more details, please download the PDF or feel free to contact us.

  • Heat exchanger
  • Heat exchanger
  • Other Heat Exchangers
  • heat pump

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Latest Case Studies of Industrial Heat Pumps: 6 Examples

Latest Case Studies of Industrial Heat Pumps: 6 Examples

Introducing clean room air conditioning and the introduction of heat pumps for metal surface treatment tanks!

The "electrification" recommended by the revised Energy Conservation Act. The primary option for electrification is heat pumps. We will shift the energy used from gas and oil to electricity, and the electricity used will come from renewable energy sources such as solar power (zero CO2). This is the correct direction for decarbonizing heat. Based on the know-how gained from implementing over 20 systems, we will introduce the latest installation and proposal examples. *For more detailed information, please refer to the related links. Feel free to contact us for more details.

  • Heat exchanger
  • heat pump

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Heat pumps for waste heat recovery that contribute to carbon neutrality.

Heat pumps for waste heat recovery that contribute to carbon neutrality.

We provide explanations that include regulations related to GX and information on support measures!

We will be releasing a video of the keynote speech given at the Carbon Neutral Support Seminar hosted by the Japan Electroheat Center on February 20, 2024. This is a must-see for companies in the manufacturing industry looking to reduce Scope 1 (fuel) emissions. We will explain the introduction of heat pumps, which is the main menu for Scope 1 reduction, including advanced GX-related regulations and support information. This content was presented in a paid seminar, but it is available for free viewing, so please take a look. *You can view detailed content on the blog through the related links. For more information, please feel free to contact us.

  • Heat exchanger
  • heat pump

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Tsubaki WFV Flight Conveyor - Conveyor for transporting sewage sludge and dewatered cake.

Tsubaki WFV Flight Conveyor - Conveyor for transporting sewage sludge and dewatered cake.

All made of stainless steel for corrosion resistance! The sprocket turn method allows for stable transportation.

The "Tsubaki WFV Flight Conveyor" is a conveyor designed for the transport of sewage sludge and dewatered cake. The casing and all other internal components are made of stainless steel for corrosion resistance. The upper and lower corners employ a sprocket system to turn the drive chain, minimizing chain wandering and enabling stable transport. The shaft penetration area is sealed with a gland packing and oil seal, and the bearings are independent, preventing moisture from the transported material from entering the bearings. 【Features】 ■ Conveyor specifically for the sewage industry ■ Good discharge capability to scrape off transported material adhering to the flights ■ Transport capacity (m3/h) (Transport speed: 5m/min) - Tsubaki WFV160: 1.8 - Tsubaki WFV240: 2.8 *For more details, please refer to the PDF document or feel free to contact us.

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  • Conveyor
  • heat pump

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