In the pharmaceutical industry, the treatment of organic waste gas has always been a headache. Traditional exhaust gas treatment methods not only fail to effectively solve exhaust gas problems, but may also bring high costs and resource waste. So, is there an efficient, environmentally friendly, and economical way
2026-05-27In industries such as chemical, pharmaceutical, and gas stations, VOCs waste gas treatment has always been a thorny issue faced by enterprises. Traditional governance methods, such as activated carbon adsorption and RTO equipment, have their own drawbacks. Frequent replacement of activated carbon and associated costs
2026-05-27High concentration exhaust gas is not a problem, choosing the right process can actually make money. Many companies' first reaction when they hear about high exhaust gas concentration is the difficulty of treatment and high equipment requirements. Actually, high concentration exhaust gas is not a problem, the key is to choose the right process.
2026-05-26Your exhaust gas concentration meets the standard, but is your treatment process up to standard? Many companies only focus on one indicator in VOCs control: whether the emission concentration is below the national standard limit. Once it meets the standard, I feel like there's no problem. But the concentration of exhaust gas
2026-05-26When choosing a waste gas treatment solution, enterprises often face a dilemma when using a compression condensation film recovery device that meets emission standards and adds solvent reuse in one step. Choosing RTO or catalytic combustion can meet emission standards, but the gas cost is too high and the solvent in the exhaust gas is too high
2026-05-25The high concentration exhaust gas that cannot be controlled by activated carbon RTO is a difficult point in exhaust gas treatment due to the compression condensation film. Activated carbon saturates within a few hours when exposed to high concentrations, and when replaced, it collapses. RTO treatment of high concentration exhaust gas
2026-05-25The compression condensation film recovery process and the design of the pry installation are ready for use on site. Many companies not only care about the effectiveness and cost when purchasing exhaust gas treatment equipment, but also pay attention to the installation cycle. When the equipment arrives, it cannot be used immediately. We need to lay the foundation and pipeline
2026-05-25Without burning gas or replacing carbon, how can the compressed condenser film recover solvents? Many companies ask the same question when they first hear about the compression condensation film recovery process: without burning gas or replacing carbon, how does it recover the solvent? The answer depends on two factors
2026-05-25Oil and gas recovery in oil storage tanks. During the loading and unloading of oil products and daily storage, the tank breathing valve and loading crane pipe will discharge a large amount of oil and gas. These oil and gas contain volatile organic compounds (VOCs) such as benzene derivatives and alkanes, which are directly related to
2026-05-23Pharmaceutical fermentation isobutanol waste gas, membrane condensation is suitable for pharmaceutical fermentation process. Isobutanol is often used as a metabolite or solvent to evaporate into the waste gas system. Isobutanol has a boiling point of 108 degrees Celsius and belongs to the category of medium boiling alcohol solvents. It reacts with water
2026-05-23Mr. Li 13526990215
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