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In order to remove dangerous pollutants from exhaust gases, an ionizing wet scrubber is a type of air pollution control equipment that is frequently employed in chemical and industrial environments. It functions by capturing and removing airborne particles and gases using a mix of wet scrubbing and electrostatic precipitation processes.
The entering gas stream is subjected to a high-voltage electric field during the ionization phase of an ionizing wet scrubber. Particles in the gas are given a charge as a result, and they are drawn to collecting plates inside the scrubber that have an opposing charge.
The second stage involves passing the gas through a wet scrubbing mechanism, which removes the charged particles by trapping them in a liquid. The liquid is generally made up of a neutralizing agent and water mixture that interacts to neutralize the acidic or alkaline gases in the exhaust stream.
In chemical and industrial applications, an ionizing wet scrubber is an efficient approach to reduce air pollution. It is a crucial instrument for safeguarding the environment and public health since it can remove a variety of pollutants, including as particulate matter, acid gases, and volatile organic compounds.
The Ionizing Wet Scrubber accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Tri-Mer Corporation sells a wet scrubber system under the brand name “ionizing wet scrubber.” This scrubber system is made to remove gases, particulates, and other pollutants from industrial exhaust streams in an efficient manner. Pollutants are eliminated using a two-stage method using the ionizing wet scrubber.
The exhaust stream is ionized in the first stage, producing charged particles that are drawn to surfaces in the scrubber that have opposing charges. The ionized particles are collected by a liquid spray in the second step, which is followed by their removal from the system.
Submicron particulate matter, which can be challenging to catch with other types of scrubbers, is particularly well-removed by this technology. It may be used in a variety of industrial applications since it can handle exhaust streams with high temperatures and moisture levels.
