Painting, printing, and laminating processes generate large volumes of volatile organic compound (VOC) emissions, including benzene derivatives, esters, ketones, and paint mist particles. We offer comprehensive exhaust gas treatment solutions featuring dry filters, activated carbon adsorption units, RTOs, RCOs, and scrubber towers, effectively pre-treating and purifying paint mist and organic vapors by decomposing them into carbon dioxide and water, ensuring compliant emissions. These systems are widely applied in industries such as spray painting, printing and packaging, and PCB surface treatment for integrated VOC control.

The production processes of new energy materials generate large volumes of organic exhaust gases, acid-base fumes, and particulate dust, containing pollutants such as esters, alcohols, ethers, volatile lithium salts, acid-base mists, and powder dust. We offer comprehensive exhaust gas treatment solutions including dry filters, scrubber towers, activated carbon adsorption units, RTOs (Regenerative Thermal Oxidizers), and RCOs (Regenerative Catalytic Oxidizers). These systems effectively pre-treat, adsorb, and thermally oxidize organic compounds, converting them into carbon dioxide and water, ensuring stable and compliant emissions. Our solutions are widely applied in the new energy materials industry for integrated control of VOCs and acid-base exhaust gases, including lithium battery materials, photovoltaic materials, anode/cathode materials, separators, electrolytes, and more.

Processes in fine chemical manufacturing including synthesis, reactor feeding, distillation, centrifugation and solvent recovery generate high-concentration organic waste gas with complex compositions as well as acid & alkali malodorous waste gas, containing various hydrocarbons, alcohols, esters, ketones and acidic/alkaline gaseous pollutants. We offer complete waste gas treatment solutions with spray scrubber towers, dry filters, activated carbon adsorption boxes, RTO, RCO and condensation recovery units. The system can realize gas neutralization scrubbing, filtration pretreatment, adsorption concentration and thermal oxidation decomposition. Organic VOCs are oxidized into carbon dioxide and water, and part of solvents can be recovered for reuse to satisfy strict emission requirements. It is widely applied for comprehensive waste gas treatment in production scenarios of pharmaceutical intermediates, pesticides, additives, flavors and other fine chemical products.

The production processes such as plastic granulation, extrusion, injection molding, vulcanization, mixing, foaming, etc. will generate high-temperature oily exhaust gas, VOCs organic exhaust gas and rubber smoke dust, containing olefin compounds, alkanes, plasticizer volatiles, rubber smoke and a small amount of particulate matter. We provide complete waste gas treatment solutions including spray towers, electrostatic oil removal devices, dry filters, activated carbon adsorption boxes, RCO and RTO, for pre-treatment and purification of oily smoke and dust, and then for adsorption or oxidation decomposition of organic exhaust gas, converting organic pollutants into carbon dioxide and water, ensuring the exhaust gas meets the emission standards. It is widely applicable to VOCs and smoke dust comprehensive treatment in plastic and rubber industries such as plastic injection molding, rubber vulcanization, granulation foaming, plastic modification, etc.

During the processes of hydrogen peroxide production, gas power generation, catering, hazardous waste disposal, domestic waste incineration, civilian boilers, and crematoriums, acidic exhaust gases, fumes, malodorous gases, incineration smoke dust and particulates are generated, including sulfides, nitrogen oxides, oil mist, odor substances and dust. We offer complete waste gas treatment solutions including spray towers, dry filters, pulse bag dust collectors, and activated carbon adsorption boxes. These solutions effectively pre-treat and purify smoke dust, oil mist, acidic and malodorous exhaust gases, achieving compliance with emission standards. They are widely applicable to the comprehensive treatment of exhaust gases and dust from various other industrial processes such as solid waste incineration, thermal energy generation, catering fumes, and special chemical industries.