high velocity air handlers

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 removal without using filters. Centrifugal high and velocity 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. air The oil drains into the collector bottom. Air changes direction 180 degrees, then enters the second handlers stage HEPA type filter high typically rated at a minimum 95% efficiency at 0.3 micron particle size. Ideally suited for production machining operations with water soluble, synthetic velocity or mineral coolants. Oil Re-entrainment Eliminated Due to the unique air internal design of the Monroe collector, the cleaned air will not re-entrain collected pollutants after the primary stage. This improves the efficiency of the separation process and extends the life handlers of the optional final filters. The advanced design of the Monroe Spiral Tube Collector provides maximum mist and oil collection efficiency in a mechanical collector.

The Monroe Oil Recovery Unit is heavily constructed for industrial applications and consists of an endless belt, an electric motor and drive unit and a complete enclosure. The belt is suspended high from a pulley, with the lower portion immersed in an oil supporting liquid. As the belt descends velocity into the liquid, the floating oil adheres to both sides of the belt. Self-adjusting wipers mounted in a staggered position wipe the oil from the belt. The recovered air oil handlers drains into a trough for deposit into a storage tank or containers. The Monroe Oil Recovery Unit operates unattended in any area of tranquil oil accumulation. It will continuously recover floating oil in a condition high that permits disposal or reclaimation for other industrial purposes. velocity Many different industries can prevent water pollution by recovering oily waste with a Monroe Oil Recovery Unit. Even the lightest oils from food processing can be easily removed. The Monroe Oil Recovery Unit air features a totally enclosed drive unit mounted inside the housing. The compact design provides handlers easy drive access, excellent drive protection and maximum personnel safety. The entire drive unit is protected from weather, high dirt and contaminants. The Monroe Oil Recovery Unit is provided with a full-width hinge door for easy access to all working components. The endless belt can be removed velocity for repair air or replacement without disassembling the unit, handlers minimizing maintenance. high and velocity The wiper assembly is self-adjusting to compensate for wear. Constant pressure and alignment with the belt air are assured.

Several configurations and options are offered for both units. Multiple units, vertical and horizontal models, special materials, and integration into complete environmental control systems are all available. handlers Special chemical treatment and nutralizing options are also available when high required. MONROE Vertical Packed Bed Air Washer Efficient Design The Monroe Vertical Packed Bed Air Washer is a counter-current unit custom designed to meet or exceed the specific removal efficiency velocity required. Of signigicant importance to the performance of any packed bed washer is the proper engineering for each application. Monroe engineers optimize the performance of each unit by thorough analysis of: Monroe Vertical air Packed Bed Washers are often included in complete pollution control systems to meet the demands of more complex handlers processes for difficult to remove fumes. Efficient Design high The Monroe Horizontal Packed Bed Air velocity Washer is a cross flow unit custom designed to meet or exceed the specific removal efficiency required. Of signigicant importance to the performance of any packed bed washer is the proper engineering for each air application. Monroe engineers handlers optimize the performance of each unit by thorough analysis of.