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Turbo Refrigeration Machine - List of Manufacturers, Suppliers, Companies and Products

Turbo Refrigeration Machine Product List

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Energy-saving examples for turbo refrigeration systems.

Energy-saving examples for turbo refrigeration systems.

The efficiency of the turbo refrigeration units and their peripheral equipment for clean rooms improved by 13.5% to 19.1% after installation.

At Company F, a comprehensive material manufacturer, multiple turbo chillers are used in a production line for a clean room, controlled by the number of units (three 390RT units and three 500RT units). Among them, ball cleaning (XAC) has been introduced for the three 390RT units with higher loads.

  • Other environmental equipment
  • Other air conditioning equipment
  • Other water treatment equipment

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Case studies on the introduction of turbo refrigeration systems.

Case studies on the introduction of turbo refrigeration systems.

As a result of implementation at other factories within the company, significant energy-saving effects were confirmed in the internal rollout.

The introduction coincided with the upgrade to an inverter-type high-efficiency turbo chiller, resulting in the installation of a new chiller. For energy conservation, more than ten chillers have already been implemented in all factories, and this installation marks the fourth unit (chiller-based) for XAC. It is an eco-friendly company that does not allow unnecessary energy consumption.

  • Cooling system

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Next-generation inverter turbo chiller "ETI-Z Series"

Next-generation inverter turbo chiller "ETI-Z Series"

Adoption of ultra-low GWP refrigerants! Introducing the next-generation inverter turbo refrigeration unit series.

The next-generation inverter turbo chiller "ETI-Z Series" is a product of Mitsubishi Heavy Industries Thermal Systems, handled by Bisho Co., Ltd., which engages in the sale and installation of environmental equipment. The "ETI-Z Series," created to address the issues of ozone layer depletion and global warming by reducing greenhouse gas emissions, uses the environmentally friendly refrigerant HFO-1233zd(E), which is not subject to the Fluorocarbon Emission Control Law or the High-Pressure Gas Safety Law. It is an ECO inverter turbo chiller with low environmental impact, as well as excellent performance and ease of use. **Features** - Low global warming potential and environmentally friendly (GWP = 1) - By eliminating the speed-increasing mechanism and reducing the number of bearings, it achieves high performance (high efficiency) by reducing energy loss associated with driving. For more details, please refer to the catalog or feel free to contact us.

  • Cooling system
  • Heat exchanger

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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

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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.

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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

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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

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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

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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

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High-performance turbo refrigeration unit "GART/GART-I Series" product catalog

High-performance turbo refrigeration unit "GART/GART-I Series" product catalog

Featuring a high-performance turbo freezer lineup for medium to large capacities.

The product catalog for the high-performance turbo refrigeration units "GART/GART-I Series" is published by Bisho Co., Ltd., which engages in the sale and installation of environmental equipment. It includes fixed-speed turbo refrigeration units "GART Series" and inverter turbo refrigeration units "GART-I Series." [Contents] ■ Features of "GART/GART-I Series" ■ Standard specifications ■ External dimensions, weight, and service area ■ Brine and heat recovery unit specifications (example) and more For more details, please refer to the catalog or feel free to contact us.

  • Cooling system
  • Heat exchanger

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Turbo chiller using ultra-low GWP non-Freon refrigerant.

Turbo chiller using ultra-low GWP non-Freon refrigerant.

Excluded from the 'Fluorocarbon Emission Control Law' and 'High-Pressure Gas Safety Law'! A full lineup covering all capacity ranges from small to large.

This is a turbo chiller that was the first in the world to adopt non-Freon refrigerants, significantly reducing environmental impact. Due to the use of low-pressure refrigerants, it is not subject to the High-Pressure Gas Safety Act, eliminating the need for qualified personnel and various notification management tasks. Additionally, as it is non-combustible, there is no need to comply with the regulations and guidelines required for 2L (mildly flammable) refrigerants. 【Features】 ■ Non-Freon and ultra-low GWP ■ Low-pressure refrigerant ■ World’s highest efficiency COP 6.5 (50 Hz example) ■ Non-combustible ■ Low rotation, low noise, low vibration

  • air conditioning

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Air Conditioning Basics: What is a Turbo Refrigeration Machine?

Air Conditioning Basics: What is a Turbo Refrigeration Machine?

It is possible to manage air conditioning for a wide area all at once! Introducing the work and types of turbo chillers.

Train is a long-established manufacturer that has conducted advanced technological revolutions in the development of turbo refrigeration systems. It has fundamentally changed the industry's perception of large air conditioning systems, and the continuation of this technological innovation has resulted in high-efficiency turbo refrigeration systems that quickly adopted non-fluorocarbon refrigerants such as "R-1233zd" and "R-514A." This article will explain the structure and mechanism of turbo refrigeration systems. [Contents] ■ Methods of air conditioning ■ Central air conditioning ■ The work of turbo refrigeration systems ■ Types of turbo refrigeration systems ■ Components of turbo refrigeration systems ■ Refrigerant circulation in turbo refrigeration systems *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.

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Case Study of Non-Freon Turbo Refrigeration System: Tokyo Gas Co., Ltd.

Case Study of Non-Freon Turbo Refrigeration System: Tokyo Gas Co., Ltd.

Price, performance, and track record! A case evaluated for stability with non-Freon refrigerants and a wide range of loads.

We would like to introduce a case study of the installation of the "R-514A adopted turbo chiller" at the Senju Techno Station of Tokyo Gas Co., Ltd. From general specifications such as inverterization and free cooling to special applications like operating turbo chillers at low loads for extended periods, our customers have various needs and challenges. After installation, by analyzing the before-and-after data to confirm energy-saving effects, it becomes possible to implement a PDCA cycle to identify areas for improvement. 【Case Overview】 ■Challenges - Due to global climate change measures, environmental initiatives are mandated for companies and organizations. - There is a growing awareness of the need for non-fluorocarbon solutions and CO2 reduction. ■Proposal - The risk of oxygen deficiency accidents caused by high-pressure refrigerants is extremely low. - Being exempt from the High-Pressure Gas Safety Act and the Fluorocarbon Emission Control Act also provides maintenance advantages. *For more details, please refer to the related links or feel free to contact us.

  • Other air conditioning equipment

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[Case Study of Facility Renovation at a Resort] Pacific Palm Resort

[Case Study of Facility Renovation at a Resort] Pacific Palm Resort

Cost reduction through business efficiency improvement! Achieving high efficiency not only for the refrigeration unit alone but for the entire system.

We would like to introduce a case study of the "inverter-equipped turbo chiller" implemented at Pacific Palm Resort. The company's air conditioning system has been in use since its establishment 35 years ago without any changes. The efficiency of the aging air conditioning system was very low, and it became a significant area for improvement in achieving energy savings and comfort throughout the facility. They decided to update the air conditioning system, control systems, EMS, lighting, and services, successfully implementing new equipment, ensuring comfort, saving energy, and reducing running costs. 【Results】 - In the first year, a reduction of approximately $342,900 (about 38 million yen) in energy consumption - Achieved a reduction of approximately $203,000 (about 22 million yen) in running costs excluding energy - Obtained approximately $500,000 (about 55 million yen) in subsidies through this project *For more details, please refer to the related links or feel free to contact us.

  • Other air conditioning equipment

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【Free Cooling Refrigeration System Case Study】Shibley Textile Mill

【Free Cooling Refrigeration System Case Study】Shibley Textile Mill

High reliability and energy efficiency! Introducing examples of achieving sustainable system design.

This is a case study of a free cooling turbo chiller and energy management system at the Shiburi Textile Mill Data Center. In response to a rapid increase in demand, with data processing volume doubling every year and a half, we decided to establish a new data center. We built the data center in a location that is highly convenient for users, while protecting historically significant buildings and achieving a reduction in environmental impact and energy conservation. [Challenges] ■ Constructing the data center close to major users ■ Since the area has historical significance, returning the benefits of developing the data center to the local community ■ Designing a unique cooling system utilizing renewable energy ■ Achieving high efficiency, reliability, redundancy, and comfort while minimizing environmental impact *For more details, please refer to the related links or feel free to contact us.

  • air conditioning

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