We are talking about different things. Exhaust gases have no colors, no smell, and no dust.
The proposed device is a reactor, where the reaction takes place in the volume of the device. The packing prevents air bubbles stick together and increases dwell time of air in volume of solution. Here, the continuous phase has a lye solution, disperse - contaminated air. Instant neutralization reaction occurs on the surface of air bubble, and at emersion, the bubble surface is constantly updated. Contact area of the liquid with gas bubbles is equal surface of all bubbles.
The scrubber is a diffusion device. A continuous phase is contaminated air, disperse - liquid flowing unevenly on packing. Contact of liquid with gas takes place on the packing surface, so it has to be moistened (liquid film, drops). Mass transfer depends on the design of “shower” nozzle; liquid spreads over packing unevenly and tends to the walls of the scrubber. There are dead zones. Contact area depends on the wetted surface of packing, but it is much less than this surface. Therefore, the dwell time of gas in the scrubber is determined experimentally 8 seconds With this organization of the process, air cannot be cleaned fully and need to install additional adsorber and / or to remove air out from the workroom.
Unfortunately, your calculations cannot be used in a development of the industrial neutralizer of my design. It's necessary to conduct experiments of my portable device at maximum loads.
The proposed device is a reactor, where the reaction takes place in the volume of the device. The packing prevents air bubbles stick together and increases dwell time of air in volume of solution. Here, the continuous phase has a lye solution, disperse - contaminated air. Instant neutralization reaction occurs on the surface of air bubble, and at emersion, the bubble surface is constantly updated. Contact area of the liquid with gas bubbles is equal surface of all bubbles.
The scrubber is a diffusion device. A continuous phase is contaminated air, disperse - liquid flowing unevenly on packing. Contact of liquid with gas takes place on the packing surface, so it has to be moistened (liquid film, drops). Mass transfer depends on the design of “shower” nozzle; liquid spreads over packing unevenly and tends to the walls of the scrubber. There are dead zones. Contact area depends on the wetted surface of packing, but it is much less than this surface. Therefore, the dwell time of gas in the scrubber is determined experimentally 8 seconds With this organization of the process, air cannot be cleaned fully and need to install additional adsorber and / or to remove air out from the workroom.
Unfortunately, your calculations cannot be used in a development of the industrial neutralizer of my design. It's necessary to conduct experiments of my portable device at maximum loads.