air filtration in chemical plants

The air Monroe Coalescing Oil Mist Collector is designed filtration for continuous draining during in operation, resulting in typical filter media chemical and plants life of 4,500 hours or more, even under heavy inlet loading. air The Monroe Coalescing Oil Mist Collector, with longer operating cycles filtration and higher in collection efficiency, outperforms all chemical and plants other collectors. Because of slower internal velocities through the collector, medial replacement and maintenance labor costs are reduced. Collected oil mist and solids are continuously drained from the media without shut-down, significantly prolonging filter life and lowering overall operating costs. Monroe Coalescing Oil Mist Collectors are available in various configurations to meet your needs. Units can be suspended from the ceiling or other supporting structures to conserve floor space. Wet air air and filtration and in scrubbers are designed to remove airborne particulates, contaminants, gases and odors from industrial exhaust and chemical processes. Remove Airborne Particulate Matter The Monroe DualScrubber is designed to remove both heavy chemical and light airborne particulate matter from industrial exhaust systems, as well as flue and process gasses. The Monroe Dual Air Throat Scrubber plants is a completely self contained air and filtration unit that needs only to be connected to normal plant electrical, water and air systems.

The Monroe system eliminated the mist problem and provided a clean work in area. In addition, collected chemical mineral oil was returned to plants the process for reuse. We are dedicated to giving air each of our customers air quality solutions that continuously filtration perform at maximum efficiency and at the lowest operating cost. Experience Monroe Environmental has produced thousands of air control devices for nearly every type of condition and requirement for our customers worldwide. This experience gives us the knowledge to accurately recommend the correct system for your application. Our experience also in benefits our customers by providing high efficiency, low maintenance systems that produce chemical and plants the highest return on investment. air Selection Monroe Environmental offers many types of air filtration cleaning equipment for a wide variety of applications. With our knowledge and in expertise we can help you make the right system choice that will provide the best solution for your requirements. True Quality Most air treatment systems are expected to run at maximum chemical efficiency for extended periods of time with plants little or no maintenance. This type of performance cannot be achieved with design or construction air and filtration compromises. in Our many repeat customers can testify that chemical Monroe provides highly efficient systems for the long term.

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