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新闻动态
除臭原理
化学除臭法
Chemical deodorization
利用臭气成分与化学药液的主要成分间发生不可逆的化学反应，生成新的无臭物质以达到脱臭的目的；因臭气成分的不同需要选择相应的化学药剂。主要方法有：空气氧化法、化学氧化法、洗涤-吸附法（湿式吸收氧化法）、吸附-氧化法等
In order to achieve the purpose of deodorization, the irreversible chemical reaction between the odor components and the main components of the chemical liquid is used to generate new odorless substances, and the corresponding chemical agents should be selected according to the different odor components. The main methods are: air oxidation, chemical oxidation, washing adsorption (wet absorption oxidation), adsorption oxidation
生物除臭法
Biological deodorization
利用微生物将臭味气体中的有机污染物降解或转化为无害或低害类物质的过程。主要方法有：生物过滤法、土壤法、填充塔式生物脱臭法等。
The process of degrading or transforming organic pollutants in odor gas into harmless or low harmful substances by microorganisms. The main methods are: biofiltration, soil, packed tower biological deodorization.
离子除臭法
Ion deodorization
空气在通过高能离子发生除臭设备时，氧气分子受到经过发生装置发射出的高能量电子碰撞而形成分别带有正、负电荷的氧离子。这些正、负氧离子具有较强的活动性，在一系列反应后，将含C、H、S元素的化合物最终形成小分子化合物CO2、H2O、SO2，无二次污染物产生；并且还能有效地破坏空气中细菌的生存环境，降低室内空气中的细菌浓度；离子在与空气中微小固体颗粒碰撞后，使颗粒荷电并产生凝聚效应，使得传统过滤方式不能捕捉的且对人体有害的微小颗粒变成可以捕集或靠自身重力而沉降下来，达到净化空气的目的。
When air passes through deodorization equipment of high-energy ions, oxygen molecules are impacted by high-energy electrons emitted from the generator to form oxygen ions with positive and negative charges respectively. These positive and negative oxygen ions have strong activity. After a series of reactions, the compounds containing C, h and S elements will finally form small molecular compounds CO2, H2O, SO2, without secondary pollutants. Moreover, they can effectively destroy the living environment of bacteria in the air and reduce the concentration of bacteria in the indoor air. After the ions collide with small solid particles in the air, the particles are charged The coagulation effect is produced, which makes the tiny particles which can not be captured by the traditional filtering method and are harmful to human body, can be trapped or settled by their own gravity, so as to achieve the purpose of purifying the air.
Chemical deodorization
利用臭气成分与化学药液的主要成分间发生不可逆的化学反应，生成新的无臭物质以达到脱臭的目的；因臭气成分的不同需要选择相应的化学药剂。主要方法有：空气氧化法、化学氧化法、洗涤-吸附法（湿式吸收氧化法）、吸附-氧化法等
In order to achieve the purpose of deodorization, the irreversible chemical reaction between the odor components and the main components of the chemical liquid is used to generate new odorless substances, and the corresponding chemical agents should be selected according to the different odor components. The main methods are: air oxidation, chemical oxidation, washing adsorption (wet absorption oxidation), adsorption oxidation
生物除臭法
Biological deodorization
利用微生物将臭味气体中的有机污染物降解或转化为无害或低害类物质的过程。主要方法有：生物过滤法、土壤法、填充塔式生物脱臭法等。
The process of degrading or transforming organic pollutants in odor gas into harmless or low harmful substances by microorganisms. The main methods are: biofiltration, soil, packed tower biological deodorization.
离子除臭法
Ion deodorization
空气在通过高能离子发生除臭设备时，氧气分子受到经过发生装置发射出的高能量电子碰撞而形成分别带有正、负电荷的氧离子。这些正、负氧离子具有较强的活动性，在一系列反应后，将含C、H、S元素的化合物最终形成小分子化合物CO2、H2O、SO2，无二次污染物产生；并且还能有效地破坏空气中细菌的生存环境，降低室内空气中的细菌浓度；离子在与空气中微小固体颗粒碰撞后，使颗粒荷电并产生凝聚效应，使得传统过滤方式不能捕捉的且对人体有害的微小颗粒变成可以捕集或靠自身重力而沉降下来，达到净化空气的目的。
When air passes through deodorization equipment of high-energy ions, oxygen molecules are impacted by high-energy electrons emitted from the generator to form oxygen ions with positive and negative charges respectively. These positive and negative oxygen ions have strong activity. After a series of reactions, the compounds containing C, h and S elements will finally form small molecular compounds CO2, H2O, SO2, without secondary pollutants. Moreover, they can effectively destroy the living environment of bacteria in the air and reduce the concentration of bacteria in the indoor air. After the ions collide with small solid particles in the air, the particles are charged The coagulation effect is produced, which makes the tiny particles which can not be captured by the traditional filtering method and are harmful to human body, can be trapped or settled by their own gravity, so as to achieve the purpose of purifying the air.
