Industrial scrubbers

The basic operating principle of a scrubber involves directing polluted air into a chamber containing water mixed with a cleansing agent. As a result of the chemical reaction, contaminants are transferred from the air into the liquid, and clean air is released into the atmosphere.

We typically use vertical cylindrical tanks as the base for manufacturing our chemical scrubbers. However, we offer a broad range of designs tailored to the specific needs of each customer, taking into account the contact surface between the gas and liquid phases as well as the expected efficiency. Depending on the application, we can also produce horizontal or cuboid-shaped absorbers.

Scrubbers are available in several variations, each with its own specific use and characteristics in terms of diameter, type of pollutants removed, degree of harmful substance reduction, and capacity measured in cubic metres per hour.

Thanks to the use of GRP, our FRP scrubbers are virtually maintenance-free. Once installed and configured, they generate minimal operational costs.

The efficiency of transferring pollutants from the gas to the liquid phase largely depends on the number of packing units used. The more units present, the more effective the gas treatment process will be. Our team assists clients in determining the technical details of their orders.

As standard, our absorbers consist of an absorption chamber and additional equipment, including inlet and outlet nozzles for liquid and gas. At the customer’s request, we install structured mass transfer elements such as Raschig rings, Białecki rings or Pall rings. The selection of materials used for the packing media plays a vital role in ensuring chemical neutrality in relation to the substances being processed.