阜阳宿州滁州六安宣城平版印刷废气处理是一家集开发、生产、销售、服务为一体的平版印刷废气处理设备公司。*以来,公司一直注重人才培育,吸收现代化科学管理理念,并建设现代化包装印刷废气处理设备

  目前烟气脱硝技术可分为干法和湿法两大类，其中干法脱硝中的选择性催化还原（SCR）和选择性非催化还原（SNCR）技术是很普通的脱硝技术，其原理是向烟气中喷氨或尿素等含有NH3?自由基的还原剂，在高温下直接（或催化剂的协同下）与烟气中的NOx发生氧化还原反应，把NOx还原成氮气和水。但该技术也有其巨大的局限性，由于化学反应需要在高温下进行，而对于中小型锅炉以及工业锅炉来说，排烟温度远不能达到化学反应所需要的高温，低温烟气脱硝技术就成为市场的必须。
臭氧脱销原理；是将不溶于水的低价态氮氧化合物，通过臭氧的高级氧化性，氧化为可溶的高价态氮氧化合物，然后在喷淋洗涤塔内，通过碱性溶液进行吸收。达到脱除的目的。
 低温烟气脱硝技术以低温催化氧化技术（LoTOx）zui为简单有效，由于烟气中的氮氧化物主要组成是NO（占95%），NO难溶于水，NO与臭氧接触后，发生反应，可成生成NO2、NO3、N2O5等高价态的氮氧化全物，这些高价态的氮氧化合物可溶于水,生成HNO2和HNO3，溶解能力大大提高，很容易通过碱性溶液喷淋(如Ca(OH)2、NaOH)等手段将其从烟气中脱出。将烟气中的NO转化为高价态，需引入较强的氧化剂，在众多氧化剂中，臭氧是zui环保清洁的强氧化剂，在高效转化NO至高价态的过程中不遗何二次污染物，另外不同于?OH、?HO2 等，工作环境恶劣，自由基存活时间非常短，能耗较高，O3的生存周期相对较长，将少量氧气或空气电离后产生O3，然后送入烟气中，可显著降低能耗。

Electrostatic air purifier using the ionized gas molecules in the air high voltage DC electric field, resulting in a large number of electrons and ions, under the action of electric field force to move toward the poles, with dust particles and bacteria in the air in the process of moving the charged, the charged particles under the action of electric field force to its opposite charge plate do movement in the electric field, the free ions in the air to move to the poles, the higher the voltage, the electric field intensity is high, the faster the movement of ions. Due to the movement of ions, a current is formed between the poles. At the beginning, the free ions in the air were less and the current was less. When the voltage rises to a certain value, the ions near the discharge electrodes get higher energy and speed. When they hit the neutral atoms in the air, the neutral atoms will be decomposed into positive and negative ions, which is called air ionization. The air ionization, the chain reaction, greatly increased in the number of ion motion, as current between the electrodes (called corona current) increased dramatically, the air became the conductor, high voltage with bacterial cell wall particle capture, instant conductive breakdown composed of protein, to kill bacteria adsorption dust.