The small catalytic deodorization device SCU-1EH has been certified as a product under the Hachioji City Small and Medium Enterprises New Product Development Certification System.

TESSHA

The small catalytic deodorization device SCU-1EH has been certified as a product under the Hachioji City Small and Medium Enterprises New Product Development Certification System for the fiscal year 2015. It will be exhibited at the Industrial Exchange Exhibition 2015 and INCHEM TOKYO 2015. We look forward to your visit.

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Leave VOC exhaust treatment and deodorization to us, even for small air volumes.
For small-scale production, research and development, and deodorization/VOC gas exhaust treatment of prototype lines! "Basic Knowledge for Introducing VOC Treatment Equipment" booklet available.

【Product Lineup】 ◎ "Compact Catalytic Deodorization Units SCU-1EH and SCU-3EH" 　＜Features＞　・Utilizes high-performance platinum catalysts, ensuring high deodorization efficiency. 　・Easy operation with touch panel controls for settings and display. 　・Allows for historical checks of temperature, airflow, and power consumption through trend graphs. *For detailed specifications, please refer to the catalog. Feel free to contact us with any inquiries.
Set of 3 product and technical documents for catalytic deodorization devices (VOC treatment devices).
Introducing the features of the catalytic deodorization device all at once! Lower initial cost than thermal storage type, and lower running cost than direct combustion type!

The catalytic deodorization device eliminates odors and harmful substances by oxidizing combustible materials in exhaust gas using precious metal catalysts. 【Features of the device】 ◎ Oxidation reactions can occur at low temperatures of 300 to 350°C. (Direct combustion and heat storage combustion methods require around 800°C) ◎ Equipped with a high-efficiency heat exchanger, saving fuel costs. ◎ The blower is built into the main unit, reducing noise during operation. ◎ Can be placed in various locations, including rooftops, unlike other combustion methods. ◎ The exhaust gas flow path has a negative pressure structure to prevent odor leaks. ◎ Essentially has an integrated structure, allowing for short on-site construction times. *For more details, please refer to the comprehensive catalog and technical materials.