Pharmaceutical factory odor treatment equipment

Technology Brief
Special light quantum technology is developed by our company in conjunction with the Institute of External Environmental Protection, targeting the field of various odors and odors. Characteristics of large-volume odorous gases, a new high-efficiency process independently developed. The equipment is small in size, occupies less area, has low energy consumption and is easy to control. Single-stage or multi-stage series or parallel use can be used according to the actual situation. It is suitable for many different occasions such as high concentration and deep treatment. The active free oxygen and high-energy photons it contains are extremely targeted at degrading waste gases containing aldehydes, olefins, organic amines, benzene series and other waste gases with a volume of ~/ , the exhaust gas treatment rate can reach more than %. The new, safe and low-cost features of this technology have great potential in the industry and will be widely used in the odorous gas treatment industry.
Working Principle
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This technology uses a special excitation light source to generate light quanta of different energies, and uses the strong absorption of the light quanta by the odorous substances to make the molecules of the odorous substances evaporate under the bombardment of a large number of energy-carrying light quanta. Dissociate and excite.
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Use light quanta to decompose oxygen molecules in the air to produce free oxygen, that is, active oxygen. Because the positive and negative electrons carried by free oxygen are unbalanced, they need to combine with oxygen molecules to generate ozone.
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Ozone can produce a large amount of new ecological hydrogen, reactive oxygen and hydroxyl oxygen and other active groups under the action of this light quantum. Some odorous substances can also react with active groups and eventually be converted into and etc. Harmless substances, thereby achieving the purpose of completely removing odorous gases. Because the average energy of the light quanta generated by the excitation light source is ~, properly controlling the reaction conditions can make chemical reactions that are generally difficult to achieve or very slow become very fast, greatly improving the efficiency of the reactor.
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The odorous gases enter the photon purification device from the collection system, where the light quanta generated by a special excitation light source is used to induce a series of reactions, and then the odorous substances are decomposed and converted into harmless components such as, It is a green and environmentally friendly air purification device with strong functions. There is no secondary pollution. The waste gas discharged after the reaction mainly contains harmless gases such as nitrogen, oxygen, water, and carbon dioxide.
To sum up, this odorous substance treatment has the following significant advantages:

It has a simple structure and a small floor area. It can also be built directly above the pollution source without occupying additional space.
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The reaction speed is fast, the residence time is extremely short (only a few seconds), the treatment effect is good, and the odorous substances can be completely decomposed by controlling the reaction conditions.
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It is very fast to start and stop. It is ready to use and is not affected by temperature. There is no complicated biological domestication and cultivation process of biological methods. The operation is extremely simple and there is no need to send full-time personnel to guard it.
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The reaction process only uses electricity and does not need to add other auxiliary agents and fillers. Therefore, it saves a series of tedious matters such as the procurement, transportation, storage, and management of agents and fillers, which can greatly save manpower and time. Running costs.