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光氧废气净化器的性能特点介绍

来源:http://www.educneves.com/   发布时间:2019-02-12 11:59:30
光氧废气净化器选用-C波段紫外线与空气中的氧反应发作臭氧,分解油雾、废气等污染介质时,紫外线中的   离子起决定性的效果。流星雨状的   离子与介质内分子(原理)发作非弹性磕碰,将能量转化成基态分子(原子)的内能,发作激起、离解、电离等一系列进程使污染介质处于活化状况。
Ultraviolet radiation in - C band is used to react with oxygen in the air to produce ozone. When oil mist and exhaust gas are decomposed, the ions in ultraviolet radiation play a decisive role. Meteor shower-like ions collide inelastically with molecules in the medium, transforming energy into the internal energy of ground state molecules (atoms). A series of processes, such as excitation, dissociation and ionization, activate the polluted medium.
污染介质在电离的效果下,发作活性自由基,活化后的污染物分子经过定向链化学反应后被脱除。当均匀能量超越污染介质中化学键结合能时,分子链开裂,污染介质分解,并在臭氧发作器吸附场的效果下被搜集。介质内分子浓度及共存的介质成分。
Under the effect of ionization, the polluted medium attacked active free radicals, and the activated pollutant molecules were removed by directional chain chemical reaction. When the uniform energy exceeds the chemical bond binding energy in the polluted medium, the molecular chain cracks, the polluted medium decomposes, and is collected under the effect of the ozone attacker adsorption field. Molecular concentration and coexisting medium composition in the medium.
对气态有机污染物的降解机理:
Degradation mechanism of gaseous organic pollutants:
有满足的能量来发作自由基,引发一系列杂乱的物理、化学反应。由臭氧发作器效果引起的气体有机物化学反应是在气相中进行的电离、离解、激起、原子.分子间的互相结合及加成反应。这个能量足以使大多数气态有机物中的化学键发作开裂,然后使其降解。
Satisfied energy to attack free radicals, triggering a series of disorderly physical and chemical reactions. The chemical reactions of gaseous organic matter caused by the effect of ozone generator are ionization, dissociation, excitation, atom-molecule interaction and addition reactions in the gas phase. This energy is enough to crack chemical bonds in most gaseous organic compounds and then degrade them.
在线正规赌博,光氧催化设备
从净化空气功率考虑,我们选择了-C波段紫外线和臭氧发作器结合电晕电流较高化设备选用脉冲电晕放吸附技术相结合的原理对有害气体进行消除,其间-C波段紫外线首要用来去除硫化氢、氨、苯、甲苯、二甲苯、甲醛、丙酮、尿烷、树脂、等气体及消毒   。
Considering the power of purifying air, we choose - C band ultraviolet radiation and ozone generator combined with corona current upgrading equipment to eliminate harmful gases. During this period - C band ultraviolet radiation is mainly used to remove hydrogen sulfide, ammonia, benzene, toluene, xylene, formaldehyde, acetone, urea, resin, and other gases and disinfection.
净化设备由初滤单元、-C波段紫外线设备,降解搜集,臭氧发作器及过滤单元等设备和部件组成。
The purification equipment consists of primary filter unit, ultraviolet radiation equipment in - C band, degrading collection, ozone generator and filter unit, etc.
废气净化首要是指针对工业场所发作的工业废气比方粉尘颗粒物、烟气烟尘、异味气体、有毒有害气体进行办理的工作。常见的废气净化有工厂烟尘废气净化、车间粉尘废气净化、有机废气净化、废气异味净化、酸碱废气净化、化工废气净化等。
Waste gas purification mainly refers to the handling of industrial waste gases such as dust particles, smoke and dust, odorous gases, toxic and harmful gases that occur in industrial sites. Common waste gas purification includes factory fume and dust purification, workshop dust and waste gas purification, organic waste gas purification, odor purification, acid and alkali waste gas purification, chemical waste gas purification and so on.
稀释涣散法
Dilution and Dispersion Method
原理:将有臭味地气体经过烟囱排至大气,或用无臭空气稀释,下降恶臭物质浓度以削减臭味。
Principle: The odorous gas will be discharged into the atmosphere through the chimney, or diluted with odorless air to reduce the concentration of odorous substances to reduce the odor.
适用范围:适用于处理中、低浓度的有组织排放的恶臭气体。利益:费用低、设备简略。缺陷:易受气象条件限制,恶臭物质仍然存在。
Scope of application: It is suitable for the treatment of medium and low concentration of odorous gases emitted by organizations. Benefits: Low cost, simple equipment. Defects: Vulnerable to meteorological conditions, odorous substances still exist.
水吸收法
Water absorption method
原理:运用臭气中某些物质易溶于水的特性,使臭气成分直接与水触摸,然后溶解于水到达脱臭目的。
Principle: Using the characteristic that some substances in odor are easily soluble in water, the odor components can be directly touched with water, and then dissolved in water to achieve deodorization purpose.
适用范围:水溶性、有组织排放源的恶臭气体。利益:工艺简略,办理便利,设备工作费用低发作二次污染,需对洗涤液进行处理。
Scope of application: Water-soluble, organized emission source of odorous gases. Benefits: The process is simple, easy to handle, the cost of equipment work is low, secondary pollution occurs, and the washing liquid needs to be treated.
缺陷:净化功率低,应与其他技术联合运用,对硫醇,脂肪酸等处理效果差。
Defects: Low purification power, should be combined with other technologies, mercaptan, fatty acids and other treatment effect is poor.
针对于以上的资讯,你有没有什么不同的意见呢?欢迎您致电我们或者点击我们的官方网站在线正规赌博,光氧催化设备http://www.educneves.com参与讨论!
Do you have any different opinions on the above information? You are welcome to call us or click on our official website Photocatalytic Equipment http://www.educneves.com to participate in the discussion!
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