Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 135 items
Compact and flexible layout conveyor.
1. A free layout can be planned. 2. It is compact and economical. 3. It has flexibility in input and output. 4. The optimal conveyor chain is used. 5. Maintenance and inspection are easy. 6. It has a dustproof and waterproof structure.
This is a conveyor developed for the purpose of transporting highly abrasive materials.
This is a conveyor developed for the transport of highly abrasive materials, such as "fluidized bed ash containing silica sand." It uniquely combines the transport principles of flight conveyors and bucket elevators in a rational manner, demonstrating exceptional effectiveness against the abrasiveness of the transported materials. 1. The casing can be used for a long time. 2. The equipment power requirement is minimal. 3. Maximum effect with maximum efficiency. 4. No dust leakage. 5. Free input and output.
Recovering the heat from drainage using a heat pump system for effective use in heated water supply. Contributes to reducing running costs and CO2 emissions.
The heat recovery heat pump is a device that effectively utilizes the heat from wastewater, which has previously been discarded, to heat supply water. It has achieved a heating performance with a maximum outlet water temperature of 90°C through heat recovery using the heat pump method. Facilities that use heaters or boilers for heating supply water can expect significant reductions in running costs and CO2 emissions with the introduction of this system. In factories that cool return water containing heat from machinery using cooling towers while using heated water for other purposes, it is possible to reduce running costs for both the cooling tower and the heater.
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.
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.
![[Case Study of Heat Recovery] Cooling Tower Water Heat Recovery](https://image.mono.ipros.com/public/product/image/049/2000339027/IPROS91823722401488133848.png?w=280&h=280)
Introducing case studies on the introduction of cooling tower water heat recovery!
At MDI, we handle various energy-saving devices, including plate heat exchangers, as well as cleaning solutions. From energy-saving consulting to after-sales maintenance, we consistently provide high-quality services to our customers. In the "Waste Heat Recovery Case Studies," we introduce energy-saving examples of boiler feedwater heating using ultra-compact heat pumps that utilize heat from open cooling towers. For any inquiries or consultations regarding waste heat recovery and energy savings, please feel free to contact us. 【Cooling Tower Water Heat Recovery】 <Existing Issues> ■ Concerns about rising cooling water temperatures in midsummer ■ Soaring fuel costs for boilers ■ Environmental degradation due to the emission of waste heat and exhaust gases, which contribute to global warming ■ Need to remove dirt (sand, dust) from cooling tower circulating water *For more details, please refer to the PDF materials or feel free to contact us.
![[Case Study of Heat Recovery] Energy Saving Case of Heat Pumps](https://image.mono.ipros.com/public/product/image/f2b/2000339038/IPROS29612646317158218123.png?w=280&h=280)
Achieving Lower Prices! Introducing Energy-Saving Examples of Heat Pumps
At MDI, we handle various energy-saving devices, including plate heat exchangers, as well as cleaning solutions. From energy-saving consulting to after-sales maintenance, we consistently provide high-quality services to our customers. In the "Waste Heat Recovery Case Studies," we introduce examples of geothermal heat utilization heat pumps and compare them with fecal waste heat utilization heat pumps. For any inquiries or consultations regarding waste heat recovery and energy saving, please feel free to contact us. **Benefits of Fecal Waste Heat Utilization** - No excavation costs or long-distance tubing required - Achieves lower costs - Provides heat at much higher temperatures than geothermal heat, with minimal heat loss - Conductive heat and radiant heat effects for floor heating and cooling *For more details, please refer to the PDF materials or feel free to contact us.*
Eco Multi Hipon does not waste heat. Not wasting it is amazing.
The "eco Multi Heat Pump" is a heat pump system that reuses energy without waste. In simultaneous operation of cold and hot water, both cold and hot water can be extracted at the same time. The capacity per unit is in the 15 horsepower 60 kW class. The dedicated control system, eco Multi Link, manages up to 12 units in connected operation control, including unit control, rotation operation, circulation pumps, and sensors, providing total control (AW/WW/WHC types). In addition to simultaneous operation of cold and hot water, the AW/WW type features various operating modes to accommodate different load fluctuations. The WHC type is specifically designed for simultaneous low-temperature cold water (brine) and hot water, allowing for operation in low-temperature ranges. The WSR type is designed for simultaneous cold water and high-temperature water (80°C). We will propose the most suitable heat pump system from our four unique models based on your industry, region, thermal load, operating rate, and time conditions. Please feel free to consult with us. 【Features】 ■ Energy-saving ■ Reduction of carbon dioxide emissions ■ Cost-saving ■ Heat recovery and utilization of unused heat ■ Optimal system proposals through various operating modes *For more details, please refer to the catalog or feel free to contact us.
Heat pumps that can contribute to energy conservation and CO2 emission reduction as part of the environmental measures required on a global scale!
●Heat recovery type heat pumps are attracting attention as alternatives to boilers and chillers because they can efficiently utilize both waste heat and cold heat that would otherwise be discarded. Government subsidy policies are also beginning to improve. ●There are two types of heat recovery type heat pumps: ・ Heat recovery type heat pump A type that recovers heat from industrial wastewater or hot spring discharge for heating or hot water supply. ・ Simultaneous cooling and heating heat pump A type that can efficiently supply both cooling and heating when both are needed simultaneously, such as in production processes or for air conditioning and hot water supply. ●While simultaneous cooling and heating heat pumps have significant advantages, building the system requires experience and know-how. Please make use of our expertise.
[Energy Saving] Reduce bathtub insulation costs by 40% to 70% and reduce carbon dioxide emissions by 30% to 70%.
Conventional heat pumps could not accommodate the water quality of baths, so they used to create high-temperature hot water with heat pumps and maintain the bath's temperature through a heat exchanger. The new product now allows for direct heating of the circulating water in the bath through a combination of a newly developed heat exchanger unit and a heat pump unit. With the realization of direct heating, it achieves energy-efficient operation, and since a buffer tank and circulation pump are no longer necessary, it can be introduced at a lower cost and in a more compact form compared to conventional systems.
The realization of 'ZEB' in snowy regions through a high-efficiency aquifer thermal energy storage heating and cooling system, and the elimination of winter barriers through non-water snow melting. The potential of thermal energy from groundwater.
At the 27th Conference of the Parties to the United Nations Framework Convention on Climate Change (COP27) held in November 2022, countries around the world reaffirmed their commitment to "limit the increase in the global average temperature to 1.5°C above pre-industrial levels." We must achieve net-zero CO2 emissions by 2050. Japan Groundwater Development (JGD) has successfully implemented a groundwater heat energy utilization system that uses the 15°C thermal energy of groundwater for a non-water-spraying snow melting system, contributing to the realization of carbon neutrality by 2050. In 2021, through the development of high-efficiency groundwater thermal storage, we completed a 100% net-zero energy building (ZEB), which was previously considered difficult to achieve in snowy cold regions. Achieving the "1.5°C promise" is not easy, but there is no doubt that the 15°C thermal energy available to us is one of the key elements in fulfilling this promise. JGD will continue to pursue the potential of groundwater. *We plan to exhibit at the NEW Environmental Exhibition to be held at Tokyo Big Sight from May 24 to May 26. Please download detailed materials and various product services utilizing groundwater from the link below.*
![[Data] Handbook of Thermoelectrics](https://image.mono.ipros.com/public/product/image/1cf/2000685294/IPROS17803093949083102408.png?w=280&h=280)
It has the same cooling function as a refrigerator that uses Freon gas for vapor compression (absorption)!
This document is the "Handbook of Thermoelectrics," which provides information on the functional performance of thermoelectrics. A thermoelectric heat pump has the same cooling function as a refrigerator that uses Freon gas through vapor compression (absorption). It includes sections such as "History and Overview," "Structure and Function," "Assembly Information," and "Performance and Characteristics." We encourage you to read it. [Contents (partial)] ■ Product Information - History and Overview of Thermoelectrics - Thermoelectric Applications - Structure and Function - Parameters necessary for selecting equipment - Design/Selection Checklist *For more details, please refer to the PDF document or feel free to contact us.
Energy-efficient due to being a better heat source than air! Low CO2 emissions make it effective in preventing global warming.
We would like to introduce a case where our "Geothermal Heat Pump" was implemented at Big Roof Takizawa. Takizawa City sometimes experiences harsh cold weather comparable to that of Hokkaido. By utilizing geothermal heat, which maintains a constant temperature, the indoor environment is always kept at a comfortable temperature. Additionally, in the event of a disaster, the facility can be converted to function as an evacuation center, and stable temperature supply is ensured during such times. **Benefits of Geothermal Heat Pumps** - Energy-saving: More efficient than air as a heat source - Low CO2 emissions: Effective in preventing global warming due to reduced CO2 output - Heat island suppression effect: Does not discharge cooling exhaust to the outside air *For more details, please refer to the PDF document or feel free to contact us.*
Reduction of CO2 and electricity usage is possible! It helps suppress the heat island phenomenon and is effective in preventing global warming.
We have introduced the "Geothermal Heat Pump" that our company handles to the Marugame City Hall. This product embeds a "geothermal heat exchanger" underground, allowing for heat exchange by receiving and returning heat from the ground using a "heat pump." Compared to air conditioners that exchange heat with air, the temperature variation is smaller, which increases the efficiency of the "heat pump" and reduces power consumption. 【Benefits of Geothermal Heat Pumps】 ■ Environmentally friendly - Effective in suppressing the heat island phenomenon and preventing global warming. ■ CO2 reduction - Expected to reduce CO2 emissions by 19.14 tons annually, a 30% reduction compared to air-source systems. ■ Reduction in electricity usage - Expected to reduce electricity consumption by 33,056 kWh annually, a 30% reduction compared to air-source systems. *For more details, please refer to the PDF document or feel free to contact us.
Up to 5000 liters of water savings per year! Can be easily added. A reliable product from Waterco.
The multi-cyclone is a pre-filtration device that enables water conservation and reduces the frequency of filter maintenance. The multi-cyclone filters water using centrifugal force. There are no parts required for installation or removal. Additionally, there is no need for cleaning or replacement filtration materials. Existing filters can reduce cleaning frequency, saving water and time. It can be easily connected to the pump water supply side of existing equipment and can also be used independently as a sand separator. Compact, lightweight, and reasonably priced. For more details, please download and view the catalog.
