仪征酸碱废气处理塔免费更多详情
cztianhuan我公司是一家专业从事废气吸收塔设备的生产、销售单位，主要生产有机废气吸收塔、聚丙烯废气吸收塔、酸雾吸收塔、尾气吸收塔等吸收塔产品，以“互惠互利”为原则，以“优质、价廉”的产品和“诚信、优质”的服务为目标，竭诚欢迎八方来客光临惠顾，精诚合作，互利双赢。我们积累了丰富的，凝聚了大批专业技术力量，行业内部的职能与专业素质，加强同行业的横向交流与学习，使企业更规范，工作效率更高。我们以创意的工作，稳健务实的态度，真诚热心的服务与您共创光辉灿烂的未来。
公司一直以科技创新为导向，响应清洁生产，节能减排号召；与环保局华南科学研究所、中山大学、华南理工大学、广东工业大学等重点科研机构和高等院校长期合作，并引进国外先进的环保技术和理念，致力于环保技术的与应用。
仪征
活性炭吸附塔
设备技术介绍：
活性炭吸附塔是一种率经济实用型有机废气的净化与治理装置，是一种废气过滤吸附异味的环保设备产品。是一种广泛应用于有机尾气处理的工艺，如苯、醇、醚等挥发性气体。
设备结构：
活性炭吸附塔包含以下组成部分：
★主要部分含有：活性炭箱体、活性炭等
★配件含：冲孔板、爬梯、护栏、差压表等
原理说明：
由于固体表面上存在着未平衡和未饱和的分子引力或化学键力，因此当此固体表面与气体时，就能吸引气体分子，使其浓聚并保持在固体表面，此现象称为吸附。利用固体表面的吸附能力，使废气与大表面的多孔性固体相，废气中的污染物被吸附在固体表面上，使其与气体混合物分离，达到净化目的。废气经空气过滤器除去微小悬浮颗粒后，吸附塔内部，经过活性碳吸附后，除去有害成分，符合排放的净化气体，经风机室外。
活性炭吸附塔特点：
★设备面积小、运行成本低
★操作方便、运行可靠
★吸附效率高
★能够同时处理多种混合有机气体
应用行业：
涂料行业、化学工业、食品行业、行业、电子工业、汽车行业、橡胶行业、粉体行业等 。
酸碱废气处理塔
光氧废气净化器
光氧废气净化器的产品特点：
1、除恶臭：能去除挥发性有机物（VOC）、无机物、、氨气、硫醇类等主要污染物，以及各种恶臭味，脱臭效率高可达99%以上，脱臭效果大大超过1993年颁布的恶臭污染物排放（GB14554-93）．
2、无需添加任何：只需要设置相应的排风管道和排风动力，使恶臭气体通过本设备进行脱臭分解净化，无需添加任何参与化学反应。
3、适应性强：可适应高浓度，大气量，不同恶臭气体的脱臭净化处理，可每天24小时连续工作，运行可靠。
4、运行成本低：本设备无任何机械，无噪音，无需专人和日常，只需作定期检查，本设备能耗低，（每处理1000立方米/小时，仅耗电约0.2度电能），设备风阻极低＜50pa,可节约大量排风动力能耗。
5、无需预处理：恶臭气体无需进行特殊的预处理，如加温、加湿等,设备工作温度在摄氏-30℃－95℃之间，湿度在30%－98%、PH值在2-13之间均可正常工作。
6、设备面积小，自重轻：适合于布置紧凑、场地狭小等特殊条件，设备面积＜1平方米/处理10000m3/h风量。
7、优质进口材料制造：防火、防腐蚀性能高，性能，使用寿命长。
光氧废气净化器利用高能高臭氧UV紫外线光束分解空气中的氧分子产生游离氧，即活性氧，因游离氧所携正负电子不平衡所以需与氧分子结合，进而产生臭氧。
光氧废气净化器的工作原理：
有足够的能量来产生基，引发一系列复杂的物理、化学反应。由臭氧发生器作用引起的气体有机物化学反应是在气相中进行的电离、离解、激发、原子，分子间的相互结合及加成反应。这个能量足以使大多数气态有机物中的化学键发生断裂，从而使其降解。
从净化空气效率考虑，我们选择了-C波段紫外线和臭氧发生器结合电晕电流较高化装置采用脉冲电晕放吸附技术相结合的原理对有害气体进行，其中-C波段紫外线主要用来去除、氨、苯、甲苯、、甲醛、、尿烷、树脂、等气体及。
Product characteristics of photo - oxygen exhaust gas purifier;
1. high efficiency deodorization: it can effectively remove volatile organic compounds ( VOC ), inorganic substances, hydrogen sulfide, ammonia, mercaptans and other major pollutants, as well as all kinds of malodor, the deodorization efficiency can reach more than 99 %, the deodorization effect is much more than the national malodor pollutant discharge standard promulgated in 1993 ( gb14554 - 93 ).
2. no substances need to be added: only the corresponding exhaust pipeline and exhaust power need to be set, so that the malodorous gas can be deodorized, decomed and purified through the equipment, and no substances need to be added to participate in chemical reaction.
3. strong adaptability: it can adapt to the deodorization and purification treatment of high concentration, air volume and different malodorous gas substances, can work continuously 24 hours a day, and has stable and reliable operation.
4. low operation cost: the equipment has no mechanical action, no noise, no need of personnel management and daily maintenance, only needs to be checked regularly, and the energy consumption of the equipment is low ( power consumption is only about 0.2 degrees per 1000 cubic meters / hour per treatment ), the wind resistance of the equipment is extremely low < 50 pa, and a large amount of exhaust power energy consumption can be sed.
5. no pretreatment is required: the odor gas does not need special pretreatment, such as heating, humidification and the like, the working environment temperature of the equipment is between - 30 deg c and 95 deg c, the humidity is between 30 percent and 98 percent, and the ph value is between 2 percent and 13 percent.
6. the equipment covers an area of less than 1 m2 / 10,000 m3 / h air volume, which is suitable for special conditions such as compact layout and narrow site.
7. manufacture of high quality imported materials: high fire and corrosion resistance, stable performance and long service life.
The photo-oxygen exhaust gas purifier decomes oxygen molecules in the air by using high-energy and high-ozone UV light beams to generate free oxygen, namely active oxygen, which needs to be combined with oxygen molecules due to the imbalance of itive and negative electrons carried by the free oxygen, thereby generating ozone.
Working principle of optical oxygen exhaust gas purifier;
There is enough energy to generate free radicals to initiate a series of complex physical and chemical reactions. The gas organic chemical reaction caused by the action of ozone generator is ionization, dissociation, excitation, atomic, intermolecular bonding and addition reaction in the gas phase. This energy is sufficient to break chemical bonds in most gaseous organics and degrade them.
In view of air purification efficiency, we chose - c - band ultriolet and ozone generator combined corona current higher device to eliminate harmful gases, which - c - band ultriolet is mainly used to remove hydrogen sulfide, ammonia, benzene, toluene, xylene, formaldehyde, acetone, urethane, resin, and other gases and sterilization.
光氧废气净化器的产品特点：
1、除恶臭：能去除挥发性有机物（VOC）、无机物、、氨气、硫醇类等主要污染物，以及各种恶臭味，脱臭效率高可达99%以上，脱臭效果大大超过1993年颁布的恶臭污染物排放（GB14554-93）．
2、无需添加任何：只需要设置相应的排风管道和排风动力，使恶臭气体通过本设备进行脱臭分解净化，无需添加任何参与化学反应。
3、适应性强：可适应高浓度，大气量，不同恶臭气体的脱臭净化处理，可每天24小时连续工作，运行可靠。
4、运行成本低：本设备无任何机械，无噪音，无需专人和日常，只需作定期检查，本设备能耗低，（每处理1000立方米/小时，仅耗电约0.2度电能），设备风阻极低＜50pa,可节约大量排风动力能耗。
5、无需预处理：恶臭气体无需进行特殊的预处理，如加温、加湿等,设备工作温度在摄氏-30℃－95℃之间，湿度在30%－98%、PH值在2-13之间均可正常工作。
6、设备面积小，自重轻：适合于布置紧凑、场地狭小等特殊条件，设备面积＜1平方米/处理10000m3/h风量。
7、优质进口材料制造：防火、防腐蚀性能高，性能，使用寿命长。
光氧废气净化器利用高能高臭氧UV紫外线光束分解空气中的氧分子产生游离氧，即活性氧，因游离氧所携正负电子不平衡所以需与氧分子结合，进而产生臭氧。
光氧废气净化器的工作原理：
有足够的能量来产生基，引发一系列复杂的物理、化学反应。由臭氧发生器作用引起的气体有机物化学反应是在气相中进行的电离、离解、激发、原子，分子间的相互结合及加成反应。这个能量足以使大多数气态有机物中的化学键发生断裂，从而使其降解。
从净化空气效率考虑，我们选择了-C波段紫外线和臭氧发生器结合电晕电流较高化装置采用脉冲电晕放吸附技术相结合的原理对有害气体进行，其中-C波段紫外线主要用来去除、氨、苯、甲苯、、甲醛、、尿烷、树脂、等气体及。
Product characteristics of photo - oxygen exhaust gas purifier;
1. high efficiency deodorization: it can effectively remove volatile organic compounds ( VOC ), inorganic substances, hydrogen sulfide, ammonia, mercaptans and other major pollutants, as well as all kinds of malodor, the deodorization efficiency can reach more than 99 %, the deodorization effect is much more than the national malodor pollutant discharge standard promulgated in 1993 ( gb14554 - 93 ).
2. no substances need to be added: only the corresponding exhaust pipeline and exhaust power need to be set, so that the malodorous gas can be deodorized, decomed and purified through the equipment, and no substances need to be added to participate in chemical reaction.
3. strong adaptability: it can adapt to the deodorization and purification treatment of high concentration, air volume and different malodorous gas substances, can work continuously 24 hours a day, and has stable and reliable operation.
4. low operation cost: the equipment has no mechanical action, no noise, no need of personnel management and daily maintenance, only needs to be checked regularly, and the energy consumption of the equipment is low ( power consumption is only about 0.2 degrees per 1000 cubic meters / hour per treatment ), the wind resistance of the equipment is extremely low < 50 pa, and a large amount of exhaust power energy consumption can be sed.
5. no pretreatment is required: the odor gas does not need special pretreatment, such as heating, humidification and the like, the working environment temperature of the equipment is between - 30 deg c and 95 deg c, the humidity is between 30 percent and 98 percent, and the ph value is between 2 percent and 13 percent.
6. the equipment covers an area of less than 1 m2 / 10,000 m3 / h air volume, which is suitable for special conditions such as compact layout and narrow site.
7. manufacture of high quality imported materials: high fire and corrosion resistance, stable performance and long service life.
The photo-oxygen exhaust gas purifier decomes oxygen molecules in the air by using high-energy and high-ozone UV light beams to generate free oxygen, namely active oxygen, which needs to be combined with oxygen molecules due to the imbalance of itive and negative electrons carried by the free oxygen, thereby generating ozone.
Working principle of optical oxygen exhaust gas purifier;
There is enough energy to generate free radicals to initiate a series of complex physical and chemical reactions. The gas organic chemical reaction caused by the action of ozone generator is ionization, dissociation, excitation, atomic, intermolecular bonding and addition reaction in the gas phase. This energy is sufficient to break chemical bonds in most gaseous organics and degrade them.
In view of air purification efficiency, we chose - c - band ultriolet and ozone generator combined corona current higher device to eliminate harmful gases, which - c - band ultriolet is mainly used to remove hydrogen sulfide, ammonia, benzene, toluene, xylene, formaldehyde, acetone, urethane, resin, and other gases and sterilization.
相关文章 连云港尾气塔欢迎 http://www.jdzj.com/jdzjnews/k2_21433654.html