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"Mi Miracle Coil" is an energy-saving device for air conditioning units, refrigeration machines, and chillers that can significantly reduce power consumption and contracted power. It connects to the liquid piping of the refrigerant between the condenser, where it exits the refrigeration cycle, and the expansion valve. When refrigerant gas that could not be liquefied in the condenser passes through the "Mi Miracle Coil," liquefaction and subcooling occur, enhancing cooling and heating capacity while reducing the load on the compressor. We offer free estimates for payback periods and CO2 reduction costs. If you are interested, please feel free to contact us. 【Features】 - Effective in both high-temperature summer and low-temperature winter. - Improves the liquefaction rate of the refrigerant and assists the function of the condenser. - No electronic devices are installed, so no power is required. - Simply connects to the existing piping (liquid piping) of your equipment. (Since sales began in 2012, over 1,700 units have been installed with zero product accidents. We are covered by product liability insurance.) - The main material is copper tubing that meets JIS standards, making it recyclable. - No maintenance is required after installation. - Can be relocated if the compressor output remains the same. *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system

"Mi Miracle Coil" is an energy-saving device for air conditioning units, refrigeration machines, and chillers that can significantly reduce power consumption and contracted power. It connects to the liquid piping of the refrigerant between the condenser and the expansion valve in the refrigeration cycle. When the refrigerant gas that could not be liquefied in the condenser passes through the "Mi Miracle Coil," it undergoes liquefaction and supercooling, which enhances cooling and heating capacity and reduces the load on the compressor. We offer free estimates for payback periods and CO2 reduction costs. If you are interested, please feel free to contact us. 【Features】 - Effective in both high-temperature summer and low-temperature winter. - Improves the liquefaction rate of the refrigerant, assisting the function of the condenser. - No electricity is required as there are no electronic components. - Simply connects to the existing piping (liquid piping) of the equipment. (Since the start of sales in 2012, over 1,500 units have been installed with zero product accidents. PL insurance is included.) - The main material is copper tubing that meets JIS standards, making it recyclable. - No maintenance is required after installation. - Can be relocated if the compressor output remains the same. *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system

★Subsidy for the Advanced Energy Saving Investment Promotion Support Project for Fiscal Year 2022 It has been adopted as a certified product of "advanced equipment and systems" in the "(A) advanced project." The "Miracle Coil" connects to the liquid refrigerant piping between the condenser and the expansion valve in the refrigeration cycle. When refrigerant gas that could not be liquefied in the condenser passes through the "Miracle Coil," it undergoes liquefaction and subcooling, which improves cooling and heating capacity and reduces the load on the compressor. 【Features】 - Effective in both high-temperature summer and low-temperature winter. - Improves the liquefaction rate of the refrigerant and assists the function of the condenser. - Does not require electricity as it does not have any electronic components. - Simply connects to the existing equipment's piping (liquid piping). (Since sales began in 2012, over 1,500 units have been installed with zero product accidents. PL insurance is in place.) - Made primarily of JIS standard copper pipes, making it recyclable. - No maintenance is required after installation. - Can be relocated if the compressor output remains the same. *For more details, please refer to the PDF document or feel free to contact us.*

• Cooling system

"MiRacle Coil" is an energy-saving device for air conditioning units, refrigeration units, and chillers that can significantly reduce power consumption and contracted power. By installing this product after the condenser of the outdoor unit, it condenses and liquefies refrigerant that could not be fully condensed, thereby increasing the liquefaction rate. By enhancing the liquefaction rate, the capacity of the indoor unit's airflow improves, reducing the time it takes to reach the set temperature and decreasing the operating time of the compressor, leading to energy savings. The attached materials include a checklist for calculating depreciation estimates and CO2 reduction costs. If you feel there’s nothing more you can do about CO2 reduction measures, please feel free to contact us. On-site surveys are also possible! *You can also check a sample of the depreciation calculation sheet. [Benefits of MiRacle Coil] ■ Maximum energy-saving effect during summer ■ Maintenance-free for a semi-permanent period ■ Easy to compare and verify ■ No worries about damaging the main unit ◎ For more details, please refer to the PDF materials or feel free to contact us.

• Cooling system
• Other air conditioning equipment
• tube

We would like to introduce a case study of Company D, a pharmaceutical company that implemented our air conditioning system. The reduction of CO2 emissions has become a national issue and is considered an obligation for companies. The shortfall in the reduction targets set by the prefecture was addressed by purchasing CO2 emission rights. The company had exhausted all energy-saving measures and had no means left to reduce CO2 emissions. They wanted to save energy without changing the indoor environment, which led them to implement our air conditioning system. As a result, it has been considered very difficult to achieve energy savings during heating in the refrigeration cycle, but with the introduction of the Miracle Coil this time, a reduction of 16.4% during heating was confirmed. *For more details, please refer to the PDF document or feel free to contact us.

• air conditioning

We would like to introduce a case study of Pharmaceutical Company C, which has implemented our air conditioning system. The reduction of CO2 emissions has become a national issue and is mandated for companies. If the reduction targets set by the national or local government are not met, penalties will be imposed. The company faced the challenge of wanting to reduce electricity consumption without changing the capacity of their air conditioning units. Therefore, they introduced our air conditioning system, which maximizes the refrigeration capacity of the equipment. As a result, they were able to cover the shortfall that was previously managed by an absorption chiller, and in the future, it may be possible to stop the operation of the absorption system altogether. (Mi Rakuru Coil cannot be installed on absorption chillers) 【Case Study】 ■ Client: Pharmaceutical Company C ■ Issues: Having exhausted energy-saving measures, there were no means left for CO2 reduction. They wanted to stop the operation of equipment that incurs maintenance costs in the future. ■ Effects: Our product was able to maximize the refrigeration capacity of the equipment while consuming the same amount of electricity. As a result, they were able to cover the shortfall that was previously managed by an absorption chiller, and in the future, it may be possible to stop the operation of the absorption system altogether. (Mi Rakuru Coil cannot be installed on absorption chillers) *For more details, please refer to the PDF document or feel free to contact us.

• air conditioning

The "Instant Heat Extraction Device MIH" is an instant heat extraction device that uses vaporization heat to instantly freeze and extract heat without dehumidifying the moisture in the air. Its heat extraction capability is more than twice as high and efficient compared to conventional methods, while its power consumption is half that of traditional devices, making it energy-efficient. This energy-saving device has been developed to significantly reduce waste heat and power consumption, leading to improved work efficiency and workplace environment. In the attached materials, we provide a comparison of chip shapes and cutting tools from machining tests, showcasing the differences between coolant processing and MIH processing with accompanying photographs. Additionally, we introduce the functionality of MIH using graphs that compile analytical data. If you are interested, please feel free to download the materials or contact us for more information.

• Cooling system

We would like to introduce a case study of Company A, an automobile manufacturer, that implemented our air conditioning system. The server room operates 24/7 and cannot change the set temperature, making energy savings difficult. As the equipment ages, efficiency decreases, leaving the company with no choice but to update their systems. Thus, they introduced our air conditioning system. When there are both installed and uninstalled units in the same room, the load on the uninstalled units can be reduced, resulting in improved efficiency. Additionally, the air conditioning system has been operating smoothly without any failures. [Case Study] ■ Client: Automobile Manufacturer Company A ■ Issues: - Desire to reduce power consumption of the air conditioning system operating 24/7 and lower CO2 emissions - Concerns about potential failures of the air conditioning system in the server room ■ Results: The units with our product installed showed an increase in cooling capacity. *For more details, please refer to the PDF document or feel free to contact us.

• air conditioning

We would like to introduce a case study of Company B, a ceramic substrate manufacturer, that implemented our air conditioning system. Regulations regarding the reduction of CO2 emissions and power consumption have become increasingly strict year by year. The company faced the challenge of wanting to reduce power consumption without changing the capacity of their air conditioning system. In response, they introduced our air conditioning system, which maximizes the cooling capacity of the equipment. As a result, they were able to shorten the time to reach the set temperature and reduce the operation of the compressor. 【Case Study】 ■ Implementation Site: Company B, Ceramic Substrate Manufacturer ■ Issue: Desire to reduce power consumption without changing the capacity of the air conditioning system ■ Effects - As a result, they were able to shorten the time to reach the set temperature and reduce the operation of the compressor. - They were able to conduct comparative verification by switching with a valve. *For more details, please refer to the PDF document or feel free to contact us.

• air conditioning

This document introduces "Refrigerant Flow Analysis in Metal Pipes Using Pulsed Neutron Imaging." Many actual products have refrigerants flowing through opaque metal pipes. In this study, we replaced some parts with transparent materials for observation. As a result, radiographic measurements in the actual operating state visualized the flow patterns of the gas-liquid two-phase flow and the positions and movements of bubble generation. Additionally, by analyzing the FWHM at the edge, we were able to quantitatively evaluate the liquid film thickness. 【Contents (partial)】 ■ Background of the research ■ Purpose of the research ■ Examination using neutron transmission rate calculations - Transmission rate curves for representative refrigerants - Transmission rate curves for refrigerants in metal pipes *For more details, please refer to the PDF document or feel free to contact us.

• others

This document presents the energy-saving achievements of the energy-saving device "Miracle Coil" for air conditioners, refrigeration units, and chillers, categorized by manufacturer, model, and application. The "Miracle Coil" is installed after the condenser of the outdoor unit, allowing the refrigerant that could not be fully condensed to be condensed, thereby increasing the liquefaction rate. By increasing the liquefaction rate, the capacity of the indoor unit's airflow improves, resulting in a shorter time to reach the set temperature and reduced operating time of the compressor, which leads to energy savings. 【Contents】 ■ Energy-saving achievements by manufacturer, model, and application <Items> - Target models for installation - Horsepower - Compressor output - Number of units - Refrigerant - Application - Industry - Reduction effect - Measurement period *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system
• Other air conditioning equipment

We would like to introduce a case study of the energy-saving device 'Miracle Coil' for air conditioning units, refrigeration machines, and chillers, which enables significant reductions in power consumption and contracted power. At a fine chemical factory, by installing this device on a chiller for a clean room, we were able to reduce the power consumption per hour by approximately 32.8%. 【Case Study】 ■ Installation Site: Fine Chemical Factory ■ Installation Location: Chiller for Clean Room (Compressor Output 22kW) ■ Effect: Approximately 32.8% reduction in power consumption per hour *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system
• Other air conditioning equipment
• Other clean room equipment and facilities

We would like to introduce a case study of the energy-saving device 'Miracle Coil' for air conditioning units, refrigeration machines, and chillers, which enables significant reductions in power consumption and contracted power. At a major pigment ink manufacturer, installing this device on their manufacturing machine cooling chiller resulted in approximately a 19% reduction in power consumption per hour. [Case Study] ■ Installation Site: Major Pigment Ink Manufacturer (publicly listed company) ■ Installation Location: Manufacturing Machine Cooling Chiller (Compressor Output 26kW) ■ Effect: Approximately 19% reduction in power consumption per hour *For more details, please feel free to contact us.

• Cooling system

This document is a collection of case studies demonstrating problem-solving using our "Mi Rakuru Coil." It includes examples from various companies, such as Automotive Manufacturer A, who installed the coils in half of their air conditioning units, leading to a reduction in the operation of units that were not equipped, as well as examples from Ceramic Substrate Manufacturer B, Pharmaceutical Company C, and others. You can view numerous case studies along with photographs. 【Featured Case Studies】 ■ Automotive Manufacturer A ■ Ceramic Substrate Manufacturer B ■ Pharmaceutical Company C ■ Transportation Company D ■ Major Pigment Ink Manufacturer ■ Fine Chemical Factory *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system

We would like to introduce installation examples of the energy-saving device 'Miracle Coil' for air conditioners, refrigeration units, and chillers, which can significantly reduce power consumption and contracted power. At Kanto Transport Co., Ltd.'s Central Logistics Center, the installation of 25 units of this device in their refrigerated and frozen warehouses has resulted in approximately a 27% reduction in power consumption. In addition, there are various installation examples at fine chemical factories and automobile parts manufacturing plants, all achieving energy savings of over 10%. [Installation Examples] ■ Kanto Transport Co., Ltd. Central Logistics Center ■ Drugstore Seims Kumagaya Chuo Store ■ Kuramochi Sangyo Co., Ltd. Egg production and sales ■ Fine chemical factory ■ Automobile parts manufacturing plant ■ Yamaiti Co., Ltd. Imai Store *For more details, please refer to the PDF document or feel free to contact us.

• Cooling system
• Other air conditioning equipment
• tube

"MiRacle Coil" is an energy-saving device for air conditioning units, refrigeration units, and chillers that can significantly reduce power consumption and contracted power. By installing this product after the condenser of the outdoor unit, it condenses the refrigerant that could not be condensed, increasing the liquefaction rate. By enhancing the liquefaction rate, the blowing capacity of the indoor unit improves, reducing the time to reach the set temperature and decreasing the operating time of the compressor, leading to energy savings. In a demonstration experiment at a transportation company warehouse, installing this product on the outdoor units of freezers and refrigerators resulted in approximately a 27% reduction in power consumption. *Kanagawa Transport Co., Ltd. Central Logistics Center Additionally, there are various implementation results, all achieving energy savings of over 10%. For more details, please download and refer to the "MiRacle Coil Installation Results List." [Four Benefits] ■ Maximum energy-saving effect in summer ■ Maintenance-free for semi-permanent use ■ Easy to compare and verify ■ No worries about damaging the main unit ◎ For more information, please refer to the PDF document or feel free to contact us.

• Cooling system
• Other air conditioning equipment
• tube