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Printing waste gas is mainly composed of volatile organic compounds (VOCs), including benzene series, esters, alcohols and other organic substances volatilized from ink and solvents. The treatment scheme shall be selected according to waste gas concentration, air volume, composition and emission sta...
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Catalytic Oxidation (CO) is an efficient treatment technology for volatile organic compounds (VOCs). With the assistance of catalysts, organic pollutants in printing waste gas are oxidized and decomposed at relatively low temperature into harmless carbon dioxide and water. This technology is widely...
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Ⅰ. General Provisions of The Scheme1. Core ObjectivesFollowing the principles of compliant discharge, economic efficiency and controllable secondary pollution, this scheme adopts precise technical selection and systematic design for odor waste gas from different pollution sources. The concentration...
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I. General Provisions1. Core ObjectivesBased on the principles of compliant discharge, high efficiency and controllable secondary pollution, this scheme designs targeted technologies for different odor waste gas. The concentration of hydrogen sulfide, ammonia, VOCs and other odor substances shall me...
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1. Core Logic of Technology Selection: Three-Dimensional Matching PrincipleThe core of technology selection is to achieve the three-dimensional matching of "pollutant characteristics + working conditions + cost targets". The specific decision-making process is as follows:First, judge the p...
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