Exhaust air scrubbers by oxytec come in two models – with either a vertical or horizontal design
Exhaust air scrubbers with a vertical design can be filled with tower packing or structured packing, as needed. The material is adapted to the process requirements; it can also be custom-made using synthetic PE/PP or stainless steel (1.4301). The tower packing has a large surface area to minimize pressure loss, which also ensures the optimal flow of materials. Immediately after the material has successfully been transferred, the cleaned exhaust passes through a demister, in which liquid drops contained in the exhaust are removed.
The exhaust air scrubbers have two methods of operation – “crossflow” or circulation. In the crossflow method, fresh scrubbing liquid is constantly introduced, whereas the circulation method uses a pump to introduce the scrubbing liquid repeatedly in a cyclical process until it reaches a certain degree of saturation.
In the crossflow method, volatile substances that are soluble in water, such as alcohols, are used for absorption. In contrast, the circulating method is used primarily for chemisorption. In this method, air pollutants react with chemicals in the scrubbing liquid (e.g., the reaction of ammonia, NH3, and sulfuric acid, H2SO4, to create ammonium sulfate, (NH4)2SO4). The resulting product is soluble in water and accumulates in the scrubbing liquid. Depending on the process – via time control or concentration levels – a part of the scrubbing liquid is removed and replaced by fresh scrubbing liquid.
A PLC (programmable logic controller) for operating the exhaust scrubber automatically
Continuous or intermittent removal of the scrubbing liquid via PLC
The exhaust scrubber, made from synthetic PE/PP or 1.4301 stainless steel
Tower packing/nozzle holder (horizontal or vertical model)
A circulation pump/dry-run protection
Temperature, pH, and pressure displays
A pH regulation pump, a cleaning agent pump
Installation of the exhaust scrubber in a 20” container
Exhaust air containing ammonia, sulfur water, or dimethyl sulfide
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