Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
1～11 item / All 11 items
Pioneer of combustion type
● Compatible with various exhaust gases from CVD and Dry Etcher. ● G-type and F-type are available according to the gas recipe.
Significant reduction in CO2 emissions and energy costs! Introducing an exhaust gas treatment system boasting an excellent heat recovery rate of 95% *Includes comparative data materials.
Kondo Industries' "Heat Storage Combustion Type Exhaust Gas Treatment Device" is an energy-saving device that achieves over 98% high VOC treatment efficiency and utilizes ceramic blocks with excellent thermal efficiency to realize a high thermal recovery rate of 95%. We offer a wide range of treatment capacities for the "Heat Storage Combustion Type Exhaust Gas Treatment Device," from low to high air volumes. Depending on the air volume and installation space, we can propose either a tower type or a rotary type. If you are considering updating existing combustion equipment or introducing new facilities, please feel free to download our materials or contact us through our website. 【Features】 <KTR Series (Tower Type)> ■ Can be installed in a short construction period due to its unit structure ■ Space-saving design allows for indoor installation ■ Integrated design helps reduce maintenance costs <KRR Series (Rotary Type)> ■ Suitable for energy-saving measures such as steam recovery by utilizing surplus heat ■ Minimal pressure fluctuations, so it does not affect the production process ■ Low power consumption and low running costs
Efficiently detoxifying volatile organic gases using the "catalytic combustion method."
DEOCAT deodorizes and detoxifies VOCs (volatile organic compounds) generated from extruder die sections using an oxidation catalyst for low-temperature combustion (approximately 350°C). Hydrocarbon reaction formula: CmHn + O2 = CO2 + H2O + reaction heat.
![[Specification Distribution] Catalytic Combustion Type Exhaust Gas Treatment Device (VOC Exhaust Gas Treatment Device)](https://image.mono.ipros.com/public/product/image/621/2000519244/IPROS59704898643537595956.png?w=280&h=280)
Specifications for a compact, cost-effective catalytic combustion type exhaust gas treatment system that can be operated safely and easily with remote autonomous driving at sterilization work sites!
This document is a specification sheet describing the "catalytic combustion exhaust gas treatment device." 【Features】 Removable at less than 1 PPM Overwhelmingly compact Reduced running costs compared to conventional models ⇒ Good performance at a low cost The feature of the 'Ceracon GB-10E0' is that it maximizes the catalytic activity of the ceramic catalyst to perform combustion treatment. By reducing heat dissipation and pressure loss, we have achieved fuel efficiency through ultra-compact packaging and the incorporation of a high-efficiency heat exchanger. 【Contents】 ■ Summary and Overview ■ Device Specifications ■ Thermal Material Balance Diagram ■ System Flow Diagram ■ Outline Drawing *For more details, please refer to the PDF document or feel free to contact us.
![[Specification] Catalytic Combustion Type Exhaust Gas Treatment Device 'Ceracon GB-3EO'](https://image.mono.ipros.com/public/product/image/68b/2000520150/IPROS92530064860485369492.png?w=280&h=280)
Combustion treatment utilizing the activity of ceramic catalysts! An introduction to the device overview and design elements.
This document describes the specifications of the catalytic combustion type exhaust gas treatment device "Ceracon GB-3EO." It features stable processing performance and high processing efficiency (97% to 99.9%), achieving less than 1 PPM at the time of delivery. It is also designed with consideration for noise, maintaining a level below 60 dBA. By reducing heat dissipation and pressure loss, we have achieved fuel efficiency through ultra-compact packaging and the incorporation of a high-efficiency heat exchanger. The document includes "Overview of the Device," "Design Items," "Device Specifications," "Thermal Material Balance Diagram," and more. We encourage you to read it. [Contents] ■ Summary and Overview ■ Device Specifications ■ Thermal Material Balance Diagram ■ System Flow Diagram ■ Outline Drawing *For more details, please refer to the PDF document or feel free to contact us.
![[Specification] Catalytic Combustion Type Exhaust Gas Treatment Device 'Ceracon GB-40EO'](https://image.mono.ipros.com/public/product/image/228/2000520160/IPROS60479709026227798529.png?w=280&h=280)
Introducing an exhaust gas treatment system that achieves stable processing performance and high processing efficiency, with less than 1 PPM at the time of delivery!
This document is a specification sheet for the catalytic combustion type exhaust gas treatment device "Ceracon GB-40EO." The feature of this device is its ability to utilize the activity of the ceramic catalyst for combustion treatment. By reducing heat dissipation and pressure loss, it achieves fuel efficiency through ultra-compact packaging and the incorporation of a high-efficiency heat exchanger. We provide detailed explanations using diagrams such as the "thermal material balance diagram," "system flow diagram," and "external view diagram." Please take a moment to read it. [Contents] ■ Summary and Overview ■ Device Specifications ■ Thermal Material Balance Diagram ■ System Flow Diagram ■ External View Diagram *For more details, please refer to the PDF document or feel free to contact us.
Catalytic combustion type exhaust gas treatment device with improved fuel efficiency and deodorization effect.
The "ZR Series" is a catalytic combustion exhaust gas treatment device that removes unpleasant odors and harmful substances generated in fields such as printing, painting, chemicals, resin processing, and the food industry through catalytic oxidation. Using high-performance platinum-based catalysts, it decomposes and deodorizes organic odor components and harmful substances into water vapor and carbon dioxide at low temperatures of 250°C to 350°C. There is no generation of NOx (nitrogen oxides) associated with wastewater or catalytic oxidation, and it does not pollute the atmosphere. *For more details, please download the PDF or feel free to contact us.
Direct combustion type "DZR series" that does not select processing gas components.
The organic odor components contained in exhaust gas are directly burned in a high-efficiency combustion furnace at temperatures between 600°C and 800°C for deodorization treatment. A wide range of odor substances, such as ammonia and hydrogen sulfide, can be processed. By ensuring efficient mixing of exhaust gas and sufficient residence time within the combustion furnace maintained at 600°C to 800°C, excellent exhaust gas treatment effects are achieved. Organic solvent components are decomposed and deodorized into water vapor and carbon dioxide, preventing secondary pollution. The exhaust heat after treatment can be recovered through a heat exchanger and utilized as a heat source for the process, as well as for heating and cooling.
Effectively utilize waste heat to reduce CO2 emissions and environmental impact. Achieve a heat recovery rate of 95%.
We offer a wide range of processing capacities for our "Thermal Storage Combustion Exhaust Gas Treatment System," from low to high airflow. By adopting a self-combustion system with zero fuel, we achieve a heat recovery rate of 95% and a high processing efficiency of over 98%. This contributes to reducing CO2 emissions and energy consumption in factories. Depending on the airflow and installation space, we can propose either tower-type or rotary-type systems. 【Features】 <KTR Series (Tower Type)> - Can be installed in a short period due to its unit structure - Space-saving design allows for indoor installation - Integrated design helps reduce maintenance costs <KRR Series (Rotary Type)> - Ideal for energy-saving measures such as steam recovery by utilizing surplus hot air - Minimal pressure fluctuations, ensuring no impact on production processes - Low power consumption and low running costs *For more details, please refer to the materials. Feel free to contact us with any inquiries.
Reduce environmental impact with self-combustion and high processing efficiency! Introducing a heat storage combustion exhaust gas treatment system that boasts higher efficiency than catalytic oxidation methods. *Comparison materials with each treatment method are available.
Kondo Industries' "Heat Storage Combustion Exhaust Gas Treatment System" reduces environmental impact by achieving self-combustion and high treatment efficiency through the utilization of waste heat. Compared to the general "catalytic oxidation method," it demonstrates a high treatment efficiency of 95% heat recovery rate and over 98%, contributing to CO2 reduction. Our company offers a wide range of "Heat Storage Combustion Exhaust Gas Treatment Systems" with processing capacities from low to high air volumes. Depending on the air volume and installation space, we can propose either tower-type or rotary-type systems. If you are considering upgrading existing combustion equipment or introducing new facilities, please feel free to download our materials or contact us through our website. 【Features】 <KTR Series (Tower Type)> - Can be installed in a short construction period due to its unit structure - Space-saving design allows for indoor installation - Integrated design helps reduce maintenance costs <KRR Series (Rotary Type)> - Ideal for energy-saving measures such as steam recovery by utilizing surplus hot air - Minimal pressure fluctuations, ensuring no impact on the production process - Low power consumption and low running costs *For more details, please refer to the materials. Feel free to contact us with any inquiries.
Significant reduction in CO2 emissions and energy costs! Introduction of an exhaust gas treatment system boasting superior heat recovery efficiency compared to direct combustion methods. *Presentation of comparative data included.
Kondo Industries' "Heat Storage Combustion Type Exhaust Gas Treatment Device" is an energy-saving device that achieves a high VOC treatment efficiency of over 98% and a high thermal recovery rate of 95% by using ceramic blocks with excellent thermal efficiency. We offer a wide range of treatment capacities for the "Heat Storage Combustion Type Exhaust Gas Treatment Device," from low to high air volumes. Depending on the air volume and installation space, we can propose either tower-type or rotary-type models. If you are considering updating existing combustion equipment or introducing new facilities, please feel free to download our materials or contact us through our website. 【Features】 <KTR Series (Tower Type)> - Can be installed in a short period due to its unit structure - Space-saving design allows for indoor installation - Integrated design helps reduce maintenance costs <KRR Series (Rotary Type)> - Suitable for energy-saving measures such as steam recovery by utilizing excess hot air - Minimal pressure fluctuations, so it does not affect the production process - Low power consumption and low running costs
