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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.

Treat volatile organic compounds (VOCs) and odors, and recycle waste heat.

The history of our deodorization equipment dates back to 1972 when we delivered catalytic deodorization units to metal printing companies, and we are approaching a total delivery record of 500 units. We began delivering continuous concentration deodorization units, direct combustion deodorization units, and heat storage deodorization units in 1995, 1998, and 2004, respectively, and continue to this day.

Introducing installation examples of TESSHA Corporation's "Combustion-type Deodorization Device"! [Work Environment Improvement, Neighboring Measures, Odor Control, Gas Purification]

【Content】 ■ Company A in Saitama Prefecture - Industry: Manufacturing of resin products for sports equipment - Installed model: Catalytic combustion deodorization unit CU-50 type - Treated gases: Ethylbenzene, xylene, etc. - Total hydrocarbon concentration: 1,400 ppm - Purified concentration/Purification rate: 3.3 ppm/99.8% ■ Spring Valley Brewery Tokyo Store in Tokyo - Industry: Restaurant (beer pub) - Installed model: Catalytic combustion deodorization unit CU-7EH type - Treated gas: Beer brewing odor - Inlet odor concentration/Odor index: 25,000/44 - Outlet odor concentration/Odor index: 25/14 ■ Company C in the Kansai area - Industry: Flavor manufacturing - Installed model: Small catalytic combustion deodorization unit SCU-1EH type - Treated gas: Flavor odors (such as grape scent) ■ Company E in the Tokai region - Industry: Asphalt manufacturing - Installed model: Direct combustion deodorization unit DF-23 type - Treated gases: IPA, ethyl acetate, benzene, etc. - Total hydrocarbon concentration: 167.1 ppm - Purified concentration/Purification rate: 0.5 ppm/99.7% *For more details, please refer to the catalog or feel free to contact us.

A compact catalytic deodorization device that can be moved with casters! Because it is catalytic, it is more high-performance than filter types and more energy-efficient than direct combustion types.

* Catalytic combustion type refers to a method that uses precious metal catalysts to heat the treatment gas and bring it into contact with the catalyst, thereby oxidizing and decomposing exhaust gases and deodorizing them. * SCU-1EH is a certified product under the Hachioji City Small and Medium Enterprises New Product Development Certification System for the fiscal year 2015, awarded to excellent products. Depending on customer needs, we can also provide catalytic deodorization devices, heat storage deodorization devices, deodorization devices with continuous concentration systems, and direct combustion deodorization devices. Please let us know your concerns first.

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.

Presentation of a comparison table of key points for deodorizing devices by method!

【Comparison Methods】 ■ Combustion Method (Catalytic Combustion Method, Direct Combustion Method, Heat Storage Combustion Method) ■ Plasma Deodorization Method ■ Cleaning Method ■ Adsorption Method (Recovery Method, Concentration Method, Exchange Method) ■ Ozone Deodorization Method ■ Photocatalytic Deodorization Method ■ Biological Deodorization Method (Soil Deodorization Method, Humic Substance Deodorization Method, Packed Tower Biological Deodorization Method, Activated Sludge Aeration Method, Scrubber Method) 【Contents】 ◎ Overview table of each VOC treatment method based on gas quantity and concentration relationship ◎ Summary of principles for each deodorization method ◎ Overview evaluation compared to other treatment methods ◎ Advantages and disadvantages of each deodorization method ◎ Main destinations ◎ Performance table of the railway vehicle industry since 2007 (excerpt) For more details, please check from 【Download】【Contact Us】.

Free booklet available! Detailed explanation of the basics and procedures for introducing VOC treatment equipment! Demo units available for loan.

We are currently offering a booklet that covers essential knowledge necessary for the introduction of VOC treatment devices (small catalytic deodorization units). You can view it immediately by clicking "Download." Additionally, our VOC treatment devices have the following features: * We are currently offering free rentals of demo units, so please feel free to contact us. <Features> - Lightweight and compact yet high performance - Focus on maintenance ease - Easy operation with a touch panel - Equipped with data recording functions for clear visibility of the device's status - Exhaust can be reused for indoor heating, etc. - Easy to move with casters - Remote operation possible via Wi-Fi connection from devices like iPads (optional) - Low price achieved through years of experience <Ideal for the following locations and situations> - Connected to a VOC treatment device but experiencing leaking exhaust gases - Low frequency of operation, but VOC gases are generated during operation - Need for local exhaust in research facilities or experimental equipment with low airflow and short usage times - Want to use in multiple locations at staggered times - Using VOCs such as in printing, inks, painting, adhesives, cleaning agents, and thinners <Applicable Industries> Printing, ink manufacturing, automotive manufacturing, chemicals, medical and pharmaceutical-related, research facilities, experimental equipment, etc.