Biological gas scrubbers

Output: 50 ft³/h - 100,000 ft³/h

Industry-Leading ScrubPac™ scrubber systems are designed and engineered to provide application specific pollution engineering in a cost-effective custom packaged trailer-mounted system. Fully run tested ...

Output: 1,000 ft³/min

... 6000 Tray Scrubber is the recommended choice when the application can include a particulate laden gas stream, a low liquid throughput for vapor removal/recovery or potentially fouling liquids or particulate. This ...

Output: 5 ft³/min

... design, gas is scrubbed with no bypass resulting in a scrubber that can be used for large turndowns in gas flows. The Jet scrubber utilizes a high scrubbing liquid to ...

Output: 1,500 ft³/min

Overview A major advancement in cyclonic scrubber technology, the Series 9000 Preformed Spray Scrubber is capable of outperforming venturi scrubbers on an energy cost basis for collection ...

Output: 500 ft³/min

... Fluidized Bed Scrubber represents a major breakthrough in ultra-high efficiency gas absorption and particulate collection in a space saving non fouling design. RotaBed is the ideal technology for applications ...

Output: 160 ft³/min

... Dri-Scrub™ Dry and Wet/Dry Combination Scrubber Systems are available for gas flows from 160 to 75,000 acfm, provide particulate collection efficiencies between 98 and 99.9%, and are ...

... acid gas components are removed by neutralisation with hydrated lime – or an equivalent reagent – and simultaneously, the heavy metals and polyaromatic compounds are absorbed by activated carbon or (activated) lignite. ...

... of wet scrubber unit is to remove gaseous pollutants like SO2 and HCl from the flue gas stream as well as particulate removal. There are 3 mail wet scrubber applications: Venturi ...

The prin­ci­ple of bi­o­log­i­cal ex­haust gas clean­ing is based on mi­croor­gan­isms con­vert­ing the con­tents of ex­haust gas into harm­less prod­ucts. As the process al­ways has ...

... manufactures “WET SCRUBBER” fume abatement systems. “WET SCRUBBERS” are so called because they use water and specific reagents to reduce contaminants in gas streams. Usually, the liquid ...