Set of 3 product and technical documents for catalytic deodorization devices (VOC treatment devices).
Introducing the features of the catalytic deodorization system all at once! Lower initial costs than thermal storage type, and lower running costs than direct combustion type!
In recent years, heat storage deodorization devices have become popular, but do they really meet production needs? When it comes to deodorization devices, there are various treatment methods available. Among the combustion methods, which have the highest purification rates, more companies are choosing the "catalytic type," which has operating costs less than half that of direct combustion, requires less space than heat storage types, has shorter lead times, and lower installation costs. As fuel costs rise, the advantages of catalytic deodorization devices, which can reduce fuel consumption and maintenance costs, are becoming increasingly prominent. Compared to heat storage types, these devices are smaller and have quicker startup times, making them ideal for production lines that do not operate 24 hours, test plants, and research and development use. Therefore, we are offering a set of three documents that explain the features of catalytic deodorization devices! Please take a look as reference material for your introduction considerations. Additionally, feel free to consult us regarding VOC measures or any odor-related issues. 【Overview of the 3-Book Set】 ■ Comprehensive Product Catalog (Includes our deodorization devices from heat storage to catalytic types) ■ Basic Knowledge for Introducing VOC Treatment Devices (Includes information on emission regulations and how to choose devices) ■ Comparison Table of Deodorization Methods (Comparison with combustion, plasma, adsorption, etc.) *You can view them immediately from "Download." Please feel free to contact us.
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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. ◎ Unlike other combustion methods, it can be placed in various locations, including rooftops. ◎ The exhaust gas flow path has a negative pressure structure to prevent odor leaks. ◎ Essentially, it has an integrated structure, allowing for short on-site construction periods. *For more details, please refer to the comprehensive catalog and technical materials.
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We are deeply grateful for your generous support and warm encouragement. We sincerely thank you from the bottom of our hearts. Taking this opportunity, we will once again return to the spirit of our founding and strive to improve our services even further through social contribution projects. We look forward to your continued patronage. Now, we have introduced various VOC deodorization devices to the world. TESSHA Corporation (formerly known as Railway Vehicle Industry Co., Ltd.) was established in 1946 for the purpose of manufacturing railway vehicles. Subsequently, with the advancement of motorization, we expanded our business into the field of air pollution control, launching groundbreaking environmental conservation products, including the development of catalytic mufflers for automobile exhaust gas and catalytic deodorization devices for factory exhaust gases. To address all environmental issues, we not only tackle odor problems with deodorization devices but also resolve all sound-related issues through noise and soundproofing measures. If you have any concerns regarding odors or noise, please feel free to contact us.