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蓄热式有机废气催化燃烧设备特点

时间:2021-02-14 23:27:16  浏览次数:

本清洁设备是依据吸咐和催化燃烧2个基本概念布置的,即吸咐萃取—催化燃烧法。该除尘器设备选用单床吸咐清洁工业废气和催化燃烧再造激话活性碳工作中方法。先将工业废气用活性炭过滤较低浓度的的工业废气,当快超过饱和状态时终止吸咐实际操作,随后用热气旋将有机化合物从活性碳上脱附出来使活性炭再生;吸附出来的有机化合物已被萃取(浓度值较原先提升好几倍)并送到催化反应燃烧室催化反应转换成CO2和H2O排出来;当工业废气的浓度值超过2000ppm左右时,工业废气在催化反应床可保持起火,无需外加温。燃燒后的废气部分排进空气,绝大多数送到吸咐床,用以活性碳的吸附再造。那样能够考虑燃燒和吸附需要能源,超过环保节能的目地,再造后的活性碳可用以到时候吸咐。该清洁设备机器设备是运用催化燃烧的方式,将有害危害的有机废气转换为无毒性的汽体。该设备主体工程,由清洁设备服务器、增压风机、自动控制系统三绝大多数构成。在其中催化燃烧清洁设备包含:除灰阻火器、换热器、预热器、催化反应燃烧室。
The cleaning equipment is arranged according to two basic concepts of adsorption and catalytic combustion, namely adsorption Extraction Catalytic combustion method. The equipment of the precipitator is single bed adsorption of clean industrial waste gas and catalytic combustion of activated carbon. Firstly, the industrial waste gas is filtered by activated carbon with lower concentration, and the actual operation is terminated when it is almost over the saturation state, and then the organic compounds are desorbed from the activated carbon by hot gas spinning to regenerate the activated carbon; the adsorbed organic compounds have been extracted (the concentration value is several times higher than the original value) and sent to the catalytic reaction combustion chamber, and the catalytic reaction is converted into CO2 and H2O When the concentration of industrial waste gas exceeds 2000ppm, the industrial waste gas can keep on fire in the catalytic reaction bed without external heating. Part of the waste gas after combustion is discharged into the air, and most of it is sent to the adsorption bed for adsorption and regeneration of activated carbon. In this way, energy consumption for combustion and adsorption can be considered, which exceeds the goal of environmental protection and energy saving. The regenerated activated carbon can be used for adsorption at that time. The cleaning equipment uses catalytic combustion to convert harmful organic waste gas into non-toxic vapor. The main project of the equipment is composed of cleaning equipment server, booster fan and automatic control system. The catalytic combustion cleaning equipment includes: ash removal flame arrester, heat exchanger, preheater and catalytic reaction combustion chamber.
催化燃烧废气净化设备关键是运用燃烧炉在催化剂的作用下将工业废气开展燃燒或空气氧化转换为水和CO2,?进而超过有机废气处理的实际效果。催化燃烧因为有催化剂的作用起燃溫度低,节约有机废气燃燒成本费,安全系数更高,是这种较为理想的根据触媒催化反应速度(油灶)解决有机化学空气污染物的方式。催化燃烧有机废气处理设备具备应用领域广,构造简易,清洁高效率,环保节能、无污染等优势,已在世界各国获得了运用。
The key of catalytic combustion waste gas purification equipment is to use combustion furnace to carry out combustion or air oxidation to convert industrial waste gas into water and CO2 under the action of catalyst, so as to exceed the actual effect of organic waste gas treatment. Because of the role of catalyst, catalytic combustion has low starting temperature, saves the cost of organic waste gas combustion, and has higher safety factor. It is an ideal way to solve the organic chemical air pollutants according to the catalytic reaction speed (oil stove). Catalytic combustion of organic waste gas treatment equipment has a wide range of applications, simple structure, clean and efficient, environmental protection and energy saving, pollution-free and other advantages, has been used in the world.
?我企业引入海外优秀技术性独立产品研发的RCO催化燃烧清洁设备具备实际操作简单、自动化技术水平高,能合理的解决各种各样工业废气空气污染物,备受广大群众的热烈欢迎。RCO催化燃烧解决技术性适用丝包线、机械设备、电动机、化工厂、仪表盘、小车、柴油发动机、塑胶、家用电器等制造行业的有机化学废气治理。
The RCO catalytic combustion cleaning equipment developed by our company with overseas excellent technical independent products has the advantages of simple operation, high level of automation technology, and can reasonably solve all kinds of industrial waste gas and air pollutants, which is warmly welcomed by the masses. RCO catalytic combustion is technically applicable to the treatment of organic chemical waste gas in manufacturing industries such as silk cord, mechanical equipment, motor, chemical plant, instrument panel, car, diesel engine, plastic, household appliances, etc.
?RCO催化燃烧解决技术性基本原理
technical basic principle of RCO catalytic combustion solution
催化燃烧清洁设备关键由阻火器,换热器,催化反应速度床,离心风机这好多个关键构件构成。与立即燃燒对比,催化燃烧溫度较低,燃燒较为彻底。催化燃烧用的是表层具备贵重金属和氢氧化物的金属催化剂,将有机化学空气污染物的有机废气在金属催化剂铂、钯的功效下,能够在较低的溫度下将有机废气中的有机化学空气污染物空气氧化成CO2和水。金属催化剂的添加并不可以更改原来的化学平衡,所更改的仅是放热反应的速率,而在反映前后左右,金属催化剂自身的特性并不是变化很大。
The key components of catalytic combustion cleaning equipment are flame arrester, heat exchanger, catalytic reaction speed bed and centrifugal fan. Compared with the immediate combustion, the catalytic combustion temperature is lower and the combustion is more thorough. Catalytic combustion uses metal catalysts with precious metals and hydroxides on the surface. Under the effect of metal catalysts such as platinum and palladium, the organic chemical air pollutants in the organic waste gas can be oxidized into CO2 and water at a lower temperature. The addition of metal catalysts can not change the original chemical equilibrium, but only the exothermic reaction rate. The characteristics of metal catalysts do not change much before and after the reaction.
?有机废气经阻火器过虑后,根据主进阀、进气阀的同歩反方向转换调整进到换热器,换热器的传热上升必须溫度后进到加热室,历经加热室的加温,使有机废气提温到催化反应起燃溫度(——250℃),随后进到催化反应速度床,在催化剂的活性功效下,工业废气开展氧化还原反应转化成没害的水和CO2,并释放必须的发热量。反映后的高溫汽体再度进到换热器,经传热后,最终以较低的溫度经增压风机排进空气。
? after the organic waste gas is filtered by the flame arrester, it is transferred to the heat exchanger according to the reverse direction of the main inlet valve and the inlet valve. The heat transfer of the heat exchanger must rise to the temperature before entering the heating chamber. After the heating of the heating chamber, the organic waste gas is raised to the ignition temperature of catalytic reaction (- 250 ℃), and then enters the catalytic reaction bed. Under the active effect of the catalyst, the industrial waste gas is turned on The redox reaction transforms the water and CO2 into harmless water and releases the necessary heat. The reflected high temperature steam enters the heat exchanger again. After heat transfer, it is finally discharged into the air through the booster fan at a lower temperature.

蓄热式有机废气催化燃烧设备特点

本清洁设备是依据吸咐和催化燃烧2个基本概念布置的,即吸咐萃取—催化燃烧法。该除尘器设备选用单床吸咐清洁工业废气和催化燃烧再造激话活性碳工作中方法。先将工业废气用活性炭过滤较低浓度的的工业废气,当快超过饱和状态时终止吸咐实际操作,随后用热气旋将有机化合物从活性碳上脱附出来使活性炭再生;吸附出来的有机化合物已被萃取(浓度值较原先提升好几倍)并送到催化反应燃烧室催化反应转换成CO2和H2O排出来;当工业废气的浓度值超过2000ppm左右时,工业废气在催化反应床可保持起火,无需外加温。燃燒后的废气部分排进空气,绝大多数送到吸咐床,用以活性碳的吸附再造。那样能够考虑燃燒和吸附需要能源,超过环保节能的目地,再造后的活性碳可用以到时候吸咐。该清洁设备机器设备是运用催化燃烧的方式,将有害危害的有机废气转换为无毒性的汽体。该设备主体工程,由清洁设备服务器、增压风机、自动控制系统三绝大多数构成。在其中催化燃烧清洁设备包含:除灰阻火器、换热器、预热器、催化反应燃烧室。
The cleaning equipment is arranged according to two basic concepts of adsorption and catalytic combustion, namely adsorption Extraction Catalytic combustion method. The equipment of the precipitator is single bed adsorption of clean industrial waste gas and catalytic combustion of activated carbon. Firstly, the industrial waste gas is filtered by activated carbon with lower concentration, and the actual operation is terminated when it is almost over the saturation state, and then the organic compounds are desorbed from the activated carbon by hot gas spinning to regenerate the activated carbon; the adsorbed organic compounds have been extracted (the concentration value is several times higher than the original value) and sent to the catalytic reaction combustion chamber, and the catalytic reaction is converted into CO2 and H2O When the concentration of industrial waste gas exceeds 2000ppm, the industrial waste gas can keep on fire in the catalytic reaction bed without external heating. Part of the waste gas after combustion is discharged into the air, and most of it is sent to the adsorption bed for adsorption and regeneration of activated carbon. In this way, energy consumption for combustion and adsorption can be considered, which exceeds the goal of environmental protection and energy saving. The regenerated activated carbon can be used for adsorption at that time. The cleaning equipment uses catalytic combustion to convert harmful organic waste gas into non-toxic vapor. The main project of the equipment is composed of cleaning equipment server, booster fan and automatic control system. The catalytic combustion cleaning equipment includes: ash removal flame arrester, heat exchanger, preheater and catalytic reaction combustion chamber.
催化燃烧废气净化设备关键是运用燃烧炉在催化剂的作用下将工业废气开展燃燒或空气氧化转换为水和CO2,?进而超过有机废气处理的实际效果。催化燃烧因为有催化剂的作用起燃溫度低,节约有机废气燃燒成本费,安全系数更高,是这种较为理想的根据触媒催化反应速度(油灶)解决有机化学空气污染物的方式。催化燃烧有机废气处理设备具备应用领域广,构造简易,清洁高效率,环保节能、无污染等优势,已在世界各国获得了运用。
The key of catalytic combustion waste gas purification equipment is to use combustion furnace to carry out combustion or air oxidation to convert industrial waste gas into water and CO2 under the action of catalyst, so as to exceed the actual effect of organic waste gas treatment. Because of the role of catalyst, catalytic combustion has low starting temperature, saves the cost of organic waste gas combustion, and has higher safety factor. It is an ideal way to solve the organic chemical air pollutants according to the catalytic reaction speed (oil stove). Catalytic combustion of organic waste gas treatment equipment has a wide range of applications, simple structure, clean and efficient, environmental protection and energy saving, pollution-free and other advantages, has been used in the world.
?我企业引入海外优秀技术性独立产品研发的RCO催化燃烧清洁设备具备实际操作简单、自动化技术水平高,能合理的解决各种各样工业废气空气污染物,备受广大群众的热烈欢迎。RCO催化燃烧解决技术性适用丝包线、机械设备、电动机、化工厂、仪表盘、小车、柴油发动机、塑胶、家用电器等制造行业的有机化学废气治理。
The RCO catalytic combustion cleaning equipment developed by our company with overseas excellent technical independent products has the advantages of simple operation, high level of automation technology, and can reasonably solve all kinds of industrial waste gas and air pollutants, which is warmly welcomed by the masses. RCO catalytic combustion is technically applicable to the treatment of organic chemical waste gas in manufacturing industries such as silk cord, mechanical equipment, motor, chemical plant, instrument panel, car, diesel engine, plastic, household appliances, etc.
?RCO催化燃烧解决技术性基本原理
technical basic principle of RCO catalytic combustion solution
催化燃烧清洁设备关键由阻火器,换热器,催化反应速度床,离心风机这好多个关键构件构成。与立即燃燒对比,催化燃烧溫度较低,燃燒较为彻底。催化燃烧用的是表层具备贵重金属和氢氧化物的金属催化剂,将有机化学空气污染物的有机废气在金属催化剂铂、钯的功效下,能够在较低的溫度下将有机废气中的有机化学空气污染物空气氧化成CO2和水。金属催化剂的添加并不可以更改原来的化学平衡,所更改的仅是放热反应的速率,而在反映前后左右,金属催化剂自身的特性并不是变化很大。
The key components of catalytic combustion cleaning equipment are flame arrester, heat exchanger, catalytic reaction speed bed and centrifugal fan. Compared with the immediate combustion, the catalytic combustion temperature is lower and the combustion is more thorough. Catalytic combustion uses metal catalysts with precious metals and hydroxides on the surface. Under the effect of metal catalysts such as platinum and palladium, the organic chemical air pollutants in the organic waste gas can be oxidized into CO2 and water at a lower temperature. The addition of metal catalysts can not change the original chemical equilibrium, but only the exothermic reaction rate. The characteristics of metal catalysts do not change much before and after the reaction.
?有机废气经阻火器过虑后,根据主进阀、进气阀的同歩反方向转换调整进到换热器,换热器的传热上升必须溫度后进到加热室,历经加热室的加温,使有机废气提温到催化反应起燃溫度(——250℃),随后进到催化反应速度床,在催化剂的活性功效下,工业废气开展氧化还原反应转化成没害的水和CO2,并释放必须的发热量。反映后的高溫汽体再度进到换热器,经传热后,最终以较低的溫度经增压风机排进空气。
? after the organic waste gas is filtered by the flame arrester, it is transferred to the heat exchanger according to the reverse direction of the main inlet valve and the inlet valve. The heat transfer of the heat exchanger must rise to the temperature before entering the heating chamber. After the heating of the heating chamber, the organic waste gas is raised to the ignition temperature of catalytic reaction (- 250 ℃), and then enters the catalytic reaction bed. Under the active effect of the catalyst, the industrial waste gas is turned on The redox reaction transforms the water and CO2 into harmless water and releases the necessary heat. The reflected high temperature steam enters the heat exchanger again. After heat transfer, it is finally discharged into the air through the booster fan at a lower temperature.
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