Applicable case: Energy-saving measures for equipment through heat recovery utilization.
It has been revealed that waste heat recovery from waste hot water can be utilized through steam and thermal balance analysis. This enables improvements in energy efficiency and equipment optimization.
■Case Summary A case study on the thermal balance analysis of steam in sterilization equipment. The analysis of steam and thermal balance revealed an increase in product outlet temperature, the generation of flash steam from the discharged hot water, and heat input from steam during shutdown. Through the analysis, it was found that the waste hot water could be utilized for heat recovery, enabling energy-saving initiatives in the factory.
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basic information
■Heat Balance Analysis System and Clamp-On Ultrasonic Steam Flow Meter - The heat balance analysis system automatically calculates and quantifies the heat balance of steam-utilizing equipment. It continuously monitors the thermal efficiency of the equipment, and if the thermal efficiency deteriorates, it can narrow down the causes through analysis using AI technology. - The clamp-on ultrasonic flow meter for steam enables the "visualization" of steam flow in factories and equipment. It can be easily installed without the need for piping work, allowing for accurate measurements without the need to stop the operating equipment.
Applications/Examples of results
■Application Example: Heat Balance Analysis of Steam Used in Sterilization Equipment ・Applicable Products: Heat Balance Analysis System, Clamp-On Ultrasonic Flow Meter (for Steam and Liquid) Target Equipment: At a certain A factory, a heat balance analysis was conducted to improve the energy efficiency of steam used in sterilization equipment. This equipment uses steam to heat the hot water in the heat exchanger. System Configuration: For analysis, ultrasonic flow meters for steam, temperature sensors, and ultrasonic flow meters for liquids were installed, and the collected data was configured to be monitored remotely and in real-time on an internal evaluation server. Findings from the Steam and Heat Balance Analysis: Upon analyzing these causes, it was found that 1. the increase in product outlet temperature was due to a decrease in recovered heat caused by the aging of the heat exchanger, and 2. the occurrence of flash steam was due to the flow from high-pressure water to low-pressure piping. Additionally, it was determined that flash steam was generated by flowing from high-pressure water at 0.3 MPa(G) to piping at 0.0 MPa(G), and it could be separated and recovered for use in a flash tank, while waste hot water could be utilized for heat recovery with heat pumps and other systems.
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Heat balance analysis system
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Company information
Providing solutions for various plants and factories such as food, chemicals, oil and gas pipelines, paper and pulp, and cleaning facilities. Our measurement and control systems have over 40 years of history since the launch of the first distributed control system in 1975. Based on our track record, we propose systems and solutions to support the latest technologies, IoT utilization, and the development of smart factories. - Steam generation heat pumps / waste heat utilization / visualization of thermal energy - Clamp-on steam flow meters / flow meters / flow sensors / thermal balance analysis - Industrial furnaces / electric furnaces / high-frequency induction furnaces / IGBT power supplies - Gas analyzers / gas measurement devices / gas analysis sensors - Predictive maintenance / anomaly detection maintenance / preventive maintenance / maintenance and prevention systems / smart security - Smart factory - MES / DCS / SCADA / edge controllers - EMS / energy management systems / visualization of energy - Smart glasses / remote work support systems - Multivariate analysis / MSPC - Engineering tools
![No water stoppage required with easy setup! Insertion-type ultra-high precision ultrasonic flow meter [NINJA]](https://image.mono.ipros.com/public/product/image/f45/2000526693/IPROS92299985069048055626.png?w=280&h=280)
