air purifier products

The tangential whirling flow pattern of both air and liquid 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 by centrifugal air force, then drains back to the bottom reservoir. Entrained dirt particles settle to the bottom of the reservoir. Clean wash liquid is drawn from the surface of the reservoir and ecirculated in a closed system, thus reducing water consumption. The Monroe Multiple Venturi Air 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 the structure for cleaning, as purifier is required with many other air scrubbers. There is no packing required, water distributors to clean, nozzles to maintain, or mechanical devices to cause downtime. Once placed on products line, the air Monroe Multiple Venturi Air Scrubber operates continuously with sustained efficiency. Normally, the high efficiency of a single stage Monroe Multiple Venturi Air Scrubber will handle most industrial processes.For purifier difficult applications two or three stage systems are available. products High removal efficiency can be achieved on chemical fumes because of excellent liquid/gas contact and long residence time. The self induced water recirculating system provides a convenient means of adding neutralizing chemicals.

Automatic air Belt Tracking The Monroe Oil Recovery Unit incorporates a specially designed drive pulley that eliminates belt tracking problems. Unlike other recovery units, periodic tracking adjustments are not required on the Monroe purifier unit. This unique feature products eliminates complicated adjustable bearing assemblies and their associated maintenance procedures. Heavy gauge steel construction with welded seams and air lifting hooks provides rugged durability. Special construction purifier materials and coatings are available. Large easy to open access doors for all serviceable areas. Heated enclosure. For use in extreme cold the 12" & 24" model can incorporate insulated panels and an electric infrared or steam heater. An optional controller is available for variable speed operation. Complete electrical controls to meet customer requirements are available. For over thirty years, major automotive and general industrial manufacturers have come to rely on Monroe Environmental as their preferred source for maintaining superior air quality throughout their operations. Founded in 1971, the company''s irst project that year was to solve a difficult oil mist problem at an automotive plant. The existing collection system for a large grinding operation was not effective and oil dripped from the ceiling and mist filled the air.After an evaluation, Monroe products designed, built and installed a new system with source capture hoods, ducting and a 30,000 CFM collector.

Minimum air Wash Liquid Requirements Waste Water disposal problems purifier are eliminated under normal operating products conditions. Each unit has a self-contained wash liquid reservoir and recirculating pump. An automatic water valve replentishes wash liquid lost through evaporation. A high kinetic energy is imparted to the particles contained in air the dirt-laden air, purifier and the airflow itself causes a high degree of atomization of the products wash liquid. Welded seams and built-in lifting hooks provide rugged durability. Large, easy to open access doors, each with air tight seals, are provided for inspection and catridges servicing. Monroe Cartridge Dust Collectors can be configured to meet specific air needs with options for most applications. Air processed by the Monroe Spiral Tube Collector meets air quality standards for in-plant discharge purifier as well as outside exhaust. Discharging clean, filtered air back into the work area can significantly reduce climate control costs. products Monroe Environmental Corporation provides air-scrubbing systems for difficult pollution control problems encountered in high temperature processes such as flame laminating and glass coating.