宜兴光氧催化除臭 设计要求

本UV高效光解净化器选用的大功率高能紫外线放电管，属低压水银放电管，宣布的紫外线波长首要为170nm及184.9nm（目前正在研讨开发150nm到184.9nm波长系列产品），光子能量分别为742 KJ/mol和647 KJ/mol。要裂解切断污染物质分子的分子键，就要运用宣布比污染物质分子的结合能强的光子能。 表1列出了首要的化学分子的结合能。由表1中可知，大多数化学物质的分子结合能比170nm及184.9nm波长紫外线的光子能量低，所以，本UV高效光解净化器能分免除碳，钙，金属外的大多数化学物质。
表1：部分化学分子键的结合能
四、功能优势：
（1）、高效除恶臭：能高效去除挥发性**物（VOC）、无机物、硫化氢、氨气、硫醇类等首要污染物，以及各种恶臭味，脱臭功率较高可达99%以上，脱臭效果大大追赶国家1993年公布的恶臭污染物排放规范（GB14554-93）和1996年公布的《大气污染物归纳排放规范》(GB16297-1996)。
（2）、*增加任何物质：只需要设置相应的排风管道和排风动力，使恶臭/工业废气通过本设备进行分化净化，*增加任何物质参加化学反应。
（3）、适应性强： UV高效光解净化器可适应高浓度，大气量，不同工业废气物质的脱臭、净化处理，可每天24小时接连作业，运转安稳可靠。
（4）、运转成本低：UV高效光解净化器无任何机械动作，无噪音，*专人管理和日常保护，只需作定时查看，本设备能耗低，设备风阻较低＜50pa,可节省很多排风动力能耗。
（5）、*预处理：**气体*进行特殊的预处理，如加温、加湿等,设备作业环境温度在摄氏-30℃－95℃之间，湿度在30%－98%、PH值在2-13之间均可正常作业。
（6）、设备占地面积小，自重轻：适合于安置紧凑、场所狭小等特殊条件，设备占地面积＜1.2平方米/处理10000m3/h风量。
（7）、优质进口资料制作：防火、防腐蚀功能高，设备功能安全安稳，选用不锈钢原料，设备运用寿命在十五年以上。
（8）、环保高科技**产品：选用国际上较先进技术理念，通过*及我公司工程技术人员长期重复的实验，开发研制出的，具有彻底自主知识产权的高科技环保净化产品可彻底分化工业废气中有毒有害物质，并能到达**的脱臭、净化效果，经分化后的工业废气，可彻底到达无害化排放，不发生二次污染，一起到达高效消毒灭菌的效果。
应用范围1、可用于**溶剂的净化处理（苯类、醇类、酮类、酯类、酚类、醚类、烷类等混合**废气）。2、适用于电线、电缆、漆包线、机械、电机、化工、仪表、汽车、自行车、摩托车、发动机、磁带、塑料、家用电器等行业的**废气净化。3、可用于各种烘道、印铁制罐、表面喷漆、印刷油墨、电机绝缘处理、皮鞋粘胶等烘干流水线，净化各工序产生的**废气。
本装置的特点：1、用优质金属钯、铂镀在蜂窝陶瓷载体上作催化剂、净利效率高达95—**，寿命长，且可再生，气体流畅，阻力小。2、安全设施完备：有阻火除尘器、泄压孔、**温报警等保护设施。3、耗用功率：预热15～35分钟全功率加热，工作时只消耗风机功率即可。废气浓度较低时，自动间歇补偿加热。4、余热回收利用：余热可以返回烘道用来烘干工作，降低原烘道中消耗功率；也可供工厂其它方面热能回用（作为浴室、散热器等热源）。5、可以选择电加热和天然气加热等多种加热方式。6、本装置可用于吸附饱和的活性炭脱附再生。
High power UV, the selection of high-energy ultraviolet photolysis purifier discharge tube, a low-pressure mercury discharge tube, the ultraviolet wavelength is 170nm first announced and 184.9nm (currently research and development of 150nm to 184.9nm wavelength Series), photon energy was 742 KJ/mol and 647 KJ/ mol. To cleavage and cut off the molecular bonds of a contaminant molecule, it is necessary to use the photon energy that is stronger than the binding energy of the molecules of the contaminated material. Table 1 lists the binding energies of the primary chemical molecules. As shown in Table 1, the binding energies of most chemical substances are lower than those of 170nm and 184.9nm wavelengths. Therefore, the UV high efficiency photolysis purifier can separate most chemical substances except carbon, calcium and metals.
Table 1: binding energy of some chemical molecular bonds
Four, functional advantages:
(1), effectively removing stench: it can efficiently remove volatile organic compounds (VOC), the primary pollutants of inorganic compounds, ammonia, hydrogen sulfide, mercaptans, and stench, deodorizing power up to 99% or more, the deodorization effect of odor pollution emissions exceed the national standard published in 1993 (GB14554-93) and released on 1996 the air pollutant emission standards "induction" (GB16297-1996).
(2) no matter needed to increase any substance: only need to set up the corresponding exhaust pipe and exhaust power, so that the odor / industrial waste gas can be differentiated and purified through this equipment, without adding any substance to participate in the chemical reaction.
(3) strong adaptability: UV efficient photolysis purifier can be used for high concentration, air volume, deodorization and purification of different industrial waste gases, and it can be operated 24 hours a day, which is stable and reliable.
(4), operation cost is low: UV efficient photolysis purifier has no mechanical action, no noise, no need for personal management and daily protection. It only needs regular viewing. This device has low energy consumption and low wind resistance. < 50pA, it can save a lot of exhaust power consumption.
(5), without pretreatment of organic gas without special pretreatment, such as heating and humidifying equipment, working environment temperature between -30 degrees Celsius 95 degrees, humidity in 30%98%, pH value between the 2-13 can be normal operation.
(6) the equipment occupies a small area and is light in weight. It is suitable for the special conditions such as compact placement and narrow space. The equipment covers an area of less than 1.2 square meters / 10000m3/h air volume.
(7) the production of high quality import materials: high fireproof and anticorrosive function, safe and stable equipment function, stainless steel raw material and equipment life span of fifteen years.
(8), environmental protection high-tech patent products: the international advanced technology concept, by experts and engineering technicians in our company long-term repeated experiments, which is developed, with completely independent intellectual property rights of high-tech environmental purification products can complete differentiation of toxic and harmful substances in industrial waste gas, and can reach the odor, purifying effect and perfect the industrial waste gas, after differentiation, can completely reach the harmless emissions, no two pollution, together to reach the efficient sterilizing effect.
Application range of 1, can be used for the purification of organic solvents (benzene, alcohols, ketones, esters, phenols, ethers, alkanes and other mixed organic waste gases). 2, it is suitable for purification of organic waste gas in wire, cable, enameled wire, machinery, motor, chemical industry, instrument, automobile, bicycle, motorcycle, engine, tape, plastic, household appliances and so on. 3, can be used for a variety of oven, tin, paint, printing ink, leather processing, motor insulation such as glue drying line, organic waste gas purification process produced.
The characteristics of the device are as follows: 1, using high quality metal palladium and platinum plating on honeycomb ceramic carrier as catalyst, the net profit efficiency is as high as 95 to **, and the life is long and renewable, and the gas is smooth and the resistance is small. 2, the safety facilities are complete: there are protection facilities such as fire resistance and deduster, pressure relief hole, overtemperature alarm and so on. 3, power consumption: preheating 15~35 minutes full power heating, working only to consume the power of the fan. When the concentration of the exhaust gas is low, the heat is automatically compensated intermittently. 4, waste heat recovery and utilization: the waste heat can be returned to the drying channel for drying, reducing the power consumption of the original drying channel, and also for other aspects of the factory heat energy reuse (as a bathroom, radiator and other heat sources). 5. A variety of heating methods, such as electric heating and natural gas heating, can be selected. 6. This device can be used for adsorption and regeneration of adsorbed activated carbon.