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Before industrial emissions are discharged into the atmosphere, pollutants and impurities are removed from them using a multi-stage scrubbing method. To remove various types of contaminants from the emissions, this system employs a number of scrubbing stages, each with a particular function.
Typically, a pre-scrubber or primary scrubber is used in the system’s first stage. The purpose of this stage is to clean the emissions by removing bigger pollutants and particles, including dust, ash, and soot. The pre-scrubber may wash the emissions and collect the contaminants using water or other cleaning solutions.
The secondary scrubber is the next stage of the scrubbing system. Smaller gases and particles that could not be removed in the primary scrubber are to be eliminated in this step. To remove the pollutants, the secondary scrubber may employ a number of processes, including absorption, adsorption, or chemical reactions.
The tertiary scrubber is the system’s last step. This stage is used to get rid of any last-minute traces of contaminants that the other two stages could not manage to get rid of. To remove the pollutants, the tertiary scrubber may employ cutting-edge methods like catalytic oxidation or ozone treatment.
The Multi-Stage Scrubbing System accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
With a variety of multi-stage scrubbing systems built to efficiently remove a range of pollutants from industrial exhaust streams, Bionomic Industries, a top producer of air pollution control equipment, is a leading supplier of such equipment. Many different sectors, including chemical processing, pharmaceuticals, petrochemicals, and more, employ multi-stage scrubbing systems.
The Series 5000 Packed Tower Scrubber is a high-efficiency scrubber that filters pollutants from industrial exhaust streams using a vertical tower that is packed with packing material.
A variety of packing materials, including plastic and ceramic, are used to load the tower, giving the gas and cleaning liquid a lot of surface area to touch. The Series 5000 scrubber excels in eliminating both particulate matter and acid gases like sulfur dioxide and hydrogen chloride.
A practical method for eliminating fine particulate matter and other pollutants from industrial exhaust streams is the Series 7000 Venturi Scrubber.
A high-velocity gas stream is produced by the scrubber’s venturi throat and then routed through a scrubbing liquid. As a result, contaminants are effectively captured and eliminated in a turbulent environment. Applications requiring high removal efficiency but with constrained space can greatly benefit from the Series 7000 scrubber.
