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Invitation | Junjie New Materials to Participate in the 2021 China Environmental Protection Expo
09 Apr,2021
Founded in 2000, China Environmental Protection Expo has, over more than two decades of deep engagement in the Chinese market and leveraging the global resources of its parent show, IFAT Munich, continuously upgraded in scale and quality. It has now grown into a premier professional platform for exhibition and exchange in the global environmental governance industry, serving
Embarking on a New Journey with Junjie in 2021
31 Dec,2020
As the new year approaches, we extend our warmest New Year greetings to you with hearts full of gratitude! Thank you for your continued kindness and support throughout the past year. 2020 was a year like no other. The sudden outbreak of the pandemic presented unprecedented challenges for businesses. Together, we rose to the occasion, adapted to the changing landscape, and leveraged the power of the internet to bring us closer than ever before.
VOC Treatment Technology: Regenerative Catalytic Oxidation (RCO) Equipment
01 Jun,2020
Thermal-storage catalytic combustion is a novel exhaust-gas purification technology. Building upon catalytic oxidation and regenerative thermal oxidation (RTO), it incorporates a series of energy-saving designs and advanced materials, thereby evolving into a state-of-the-art method for treating organic waste gases. At temperatures ranging from 250°C to 400°C, the waste gas passes over a catalyst that oxidizes its organic pollutants into harmless carbon dioxide and water, achieving effective purification. This technology offers significant advantages, including high heat recovery efficiency, zero secondary pollution, low energy consumption, enhanced safety, and long service life.
Regenerative Thermal Oxidation Method for Treating VOC Exhaust Gases
31 May,2020
Currently, organic waste gases emitted by industries such as petrochemicals, light industry, plastics, and printing are typically treated using direct-fired incinerators and regenerative thermal oxidizers (RTOs). The honeycomb ceramic in RTOs can store the heat generated by the burner; when the ceramic temperature exceeds the ignition point of the organic waste gas, even in the absence of an open flame within the furnace, the hot honeycomb ceramic can ignite the organic waste gas. RTOs offer advantages such as low energy consumption, high safety, and a wide range of applications, making them a highly promising method for treating VOC-containing exhaust gases.
VOCs Exhaust Gas Treatment Solutions for Coating
01 Jun,2019
The exhaust gases in the paint shop primarily consist of organic solvents contained in the coatings and decomposition products formed during spraying and baking, collectively referred to as volatile organic compounds (VOCs). The main components are toluene and xylene. These substances are harmful to human health and the living environment and emit a pungent odor. Prolonged inhalation of low-concentration organic exhaust can lead to chronic respiratory diseases such as coughing, chest tightness, wheezing, and even emphysema; they are also widely recognized as potent carcinogens.
Case Study of a Regenerative Thermal Oxidation System for Treating High-Concentration Organic Waste Gas
31 May,2019
This paper analyzes a case study of the application of a regenerative thermal oxidation system at a printed circuit board laminate manufacturing plant. Practical experience demonstrates that such a system is highly effective in treating high-concentration organic waste gases, achieving a TVOC removal efficiency of over 99% while also recovering thermal energy. The system not only effectively purifies organic waste gases but also meets the requirements of clean production.
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