air products & controls

The tangential whirling air flow pattern of both air and liquid products ascends the multiple venturi sections with dynamic impingement creating high collection efficiency. The wash liquid is driven to the outside of the top moisture eliminator section of the scrubber & and controls by centrifugal force, then drains back to the air bottom reservoir. products Entrained & dirt particles settle to the bottom of the reservoir. Clean controls wash liquid is drawn from the surface of the reservoir and ecirculated air in a closed system, thus reducing water consumption. The Monroe Multiple Venturi Air products Scrubber & contains no moving parts. The entry area and the venturi throats are self-cleaning. The maintenance requirements for this unit are low. It is not necessary to enter controls the structure for cleaning, as is required with many other air scrubbers. There is no packing required, water distributors to clean, nozzles air and products to maintain, or mechanical devices to cause downtime. Once & placed on line, the Monroe Multiple Venturi controls Air air and products Scrubber operates continuously with sustained efficiency. Normally, the high efficiency of a single stage Monroe Multiple Venturi Air Scrubber will handle most industrial & and controls processes.For difficult applications two or three stage systems are air available. High removal efficiency can be achieved on chemical fumes because of excellent liquid/gas products contact and long residence time. The self induced water recirculating system provides a convenient means of adding neutralizing & chemicals.

System Design The Monroe Spiral Tube Oil Mist controls Collector is a two air stage unit and does not require filter media for primary mist removal. The spiral products tubes provide a high level of mist agglomeration and removal without using filters. Centrifugal force and impaction provide the mechanism for mist removal. Dirty air is propelled down several spiral shaped impaction tubes and a fluid film is created. The oil drains into the collector bottom. Air changes direction 180 degrees, then enters the second stage HEPA type filter typically rated at a minimum 95% efficiency at 0.3 micron particle size. Ideally suited & for production machining operations with water soluble, synthetic or mineral coolants. Oil Re-entrainment Eliminated Due to the unique internal design of the Monroe collector, the cleaned controls air will air not re-entrain collected pollutants after the primary stage. This improves the efficiency of the separation process and extends products the & life of the optional final filters. The advanced design of the Monroe Spiral Tube Collector provides maximum mist and oil controls collection efficiency in a mechanical collector.