[Fine Bubble Introduction Case Study] Plastic and Glass Surface Processing Manufacturer
Introduction of UFB into cooling water! A case where the drainage outlet at the bottom of the tank became clearly visible.
We would like to introduce a case study of the introduction of Shibata Engine to a chiller (cooling water circulation device) at a plastic and glass surface processing manufacturer. A circulation line was added, and UFB was introduced into the cooling water. The chiller tank capacity was 160L, and the water pressure for UFB introduction was 0.4MPa. As a result, the detachment effect of dirt and suppression of biofilm were achieved, significantly reducing the downtime due to clogging in the cooling line and the time required for cleaning. 【Case Overview】 ■ Installation Site: Plastic and Glass Surface Processing Manufacturer ■ Effects - Achieved the detachment effect of dirt and suppression of biofilm - Significantly reduced the time required for cleaning and production stoppages due to clogging in the cooling line *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【UFB Introduction Method】 ■ Install a circulation line and introduce UFB into the cooling water ■ Chiller tank capacity: 160L ■ UFB introduction water pressure: 0.4MPa *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
"Ultrafine bubbles (UFB)" are utilized in various fields such as agriculture, fisheries, home appliances, medical care, various industries, and energy-related industries. "Fine bubbles" are classified into two types based on bubble size: micro-sized "microbubbles (Micro-Bubble: MB)" and nano-sized "ultrafine bubbles (Ultrafine-Bubble: UFB)" (previously referred to as "nanobubbles"). These bubbles not only differ in size but also possess various characteristics that are distinct from the millimeter-sized bubbles (millibubbles) typically seen. Our developed UFB generation device, the "Shibata Engine," adopted by major home appliance manufacturers, produces ultra-fine bubbles with a central diameter of 100 nm at high concentration with a single pass at tap water pressure. It is supplied to various industries, including home appliances, showerheads, and cleaning devices, as well as agriculture and food processing. [Features] - Can be integrated into existing products, equipment, and piping, and can also be utilized as components. - Capable of producing functional water such as ozone, oxygen, carbon, hydrogen, and nitrogen through gas-liquid mixing. - Compact and lightweight, allowing it to be used as a component in home appliances, various pumps, water supply systems, showers, etc. - Customizable according to pressure and flow rate.