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We would like to introduce our "Wastewater Heat Recovery Solution" that we handle. Leveraging core technologies developed through water heaters, we propose the utilization of unused heat and natural energy, contributing to carbon neutrality and energy conservation. This solution allows for the extraction of heat solely from the wastewater discharged from the vulcanization can, which can then be used in different processes, reducing the operating rate of steam boilers and promising energy savings and CO₂ reduction effects. 【Features】 ■ Allows for the extraction of heat only from the wastewater discharged from the vulcanization can for use in different processes ■ Expected to reduce the operating rate of steam boilers, leading to energy savings and CO₂ reduction effects *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "Wastewater Heat Recovery Solution" that we handle. This solution extracts only the heat from the wastewater discharged from the vulcanization tank and utilizes it in a different process. It is expected to reduce the operating rate of steam boilers, leading to energy savings and CO₂ reduction. The equipment is packaged for easy installation, requiring only piping connections. It can also be installed indoors. *For more details, please download the PDF or feel free to contact us.

The 'unused heat' that everyone has deemed unusable. With Noritz's technology, there is potential to effectively utilize energy from exhaust after air conditioning facilities and factories. We will fully support your company's energy-saving and decarbonization efforts with the heat exchange technology, fluid control technology, and combustion control technology we have developed in water heater development!

In this document, we introduce case studies of the thermal solution business conducted by our company. Starting with the recovery of waste heat from food manufacturing equipment, we explain the recovery of waste heat from cleaning machines at food service centers, the recovery of waste heat from warm wastewater, and the reuse of heat abundant in drainage pits using diagrams. Additionally, we also present information on the cooling of wastewater at industrial waste treatment plants, improvements in maintainability, and high-efficiency cooling utilizing natural energy in reuse water facilities. Please take a look. [Published Case Studies] ■ Food Factory: Waste Heat Recovery from Manufacturing Processes ■ Food Service Center: Waste Heat Recovery from Cleaning Machines ■ Food Factory: Warm Waste Heat Recovery from Drainage Pits ■ Industrial Waste Treatment Plant: Wastewater Cooling, Improved Maintainability ■ Rubber Parts Factory: Warm Waste Heat Recovery from Drainage Pits ■ Reuse Water Facilities: High-Efficiency Cooling Utilizing Natural Energy *For more details, please download the PDF or feel free to contact us.

This document is an overview of the system construction for utilizing waste heat and natural energy. It explains that waste heat includes heating processes and cooling processes, and that natural energy includes solar heat, cooling towers, and well water. Additionally, it includes graphs related to unused heat such as cooling towers, well water, and cooling processes, as well as the CO2 emissions and electricity costs of chillers. [Contents] ■ What is unused heat? ■ Utilizing unused heat is challenging ■ The significance of Noritz's heat solutions ■ Noritz's heat solution technology *For more details, please download the PDF or feel free to contact us.