Napotec® application case has been successfully selected"National Advanced Pollution Prevention and Control Technology Catalogue (2016) (Category: VOCs Control)"
In order to implement the "Environmental Protection Law of the People's Republic of China", fulfill the requirements of the Central Committee and the State Council for air pollution prevention and control work, and implement policy documents such as the "Action Plan for Air Pollution Prevention and Control", in accordance with the work plan, the Ministry of Environmental Protection collected and screened a batch of advanced pollution prevention and control technologies for volatile organic compounds (VOCs), and compiled and formed the "2016 National Advanced Pollution Prevention and Control Technology Catalog (18 items in the VOCs prevention and control field)" (draft for public announcement).
Our company's engineering application case: The 25,000 m3/h organic waste gas treatment project in the coating workshop of Enokai (Wuxi) Anti-Vibration Rubber Co., Ltd., was successfully selected as the 12th item: Adsorption Concentration + Combustion Combined Purification Technology. Specifically, it adopts molecular sieve adsorption concentration rotor + catalytic combustion. The principle is to purify the VOCs-containing waste gas through the zeolite rotor, and the desorbed high-concentration waste gas is then treated by combustion devices (such as RTO, RCO, TNV, etc.). The VOCs adsorption concentration is more than 10 times. The medium and low-concentration, high-flow VOCs waste gas is converted into high-concentration, low-flow organic waste gas through the adsorption concentration device, and then treated by combustion, reducing the investment and operation costs of waste gas combustion purification equipment. It is widely applied in industries such as vehicle and ship mechanical painting, semiconductor cleaning, printing drying, petroleum chemistry, synthetic resin, liquid crystal manufacturing, lithium battery coating, adhesive coating, etc. for the purification of medium and low-concentration waste gas. Technical features: Contains carbon, is relatively heavy, how to handle? 。 The purification efficiency is ≥ 90%, and the combustion purification efficiency is ≥ 97%.
