air scrubbers chemical process

The cartridges in the Monroe collector are mounted in a vertical position. This assures that when the collected air dust is pulsed from the cartridges, it falls to the bottom of the collector. In units with horizontal catridges, dust pulsed from above cartridges falls onto cartridges below. This reduces filtration capability scrubbers and additional maintenance for rotating cartridge is necessary. This is avoided in the Monroe unit. The Monroe cartridges are easily accessed with pull out racks when chemical replacement is necessary. The Monroe Cartridge Dust Collector is available in capacities process from 500 CFM to 50,000 CFM in a single unit and may be integrated with existing ductwork and ventilation systems. An AMCA rated fan on the outlet side of the collector with either a direct coupled motor or an optional "V" belt drive. Flexible duct connections, fan mounting isolators air sound attenuators and fan closures are available. Integral Pressure Gauges scrubbers are available to indicate when filter maintenance is required. Standard dust removal is via a chemical and process slide gate. Options include rotary air locks or an integral screw conveyor. Complete electrical controls are availiable to meet customer requirements. Heavy gauge steel air is used for most installations, but special construction materials are available to meet specific applications.

The tangential whirling flow pattern of both air and liquid ascends the multiple venturi scrubbers sections with chemical dynamic impingement creating high collection efficiency. The wash liquid is driven process to the outside of the air top moisture scrubbers eliminator section of the scrubber by centrifugal force, then drains back chemical 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 process water consumption. The Monroe Multiple Venturi Air Scrubber contains no moving parts. The air entry area and the venturi throats are self-cleaning. The maintenance requirements for this unit scrubbers are low. It is not necessary chemical to enter the structure for cleaning, as is required with many other air scrubbers. There is no packing required, water distributors process to clean, nozzles air and scrubbers to maintain, or mechanical devices to cause downtime. Once placed on line, the Monroe Multiple Venturi Air Scrubber operates continuously with sustained efficiency. chemical Normally, the high efficiency process of a single stage Monroe Multiple Venturi Air Scrubber will handle most industrial processes.For difficult applications two or three stage systems are available. 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 air provides a convenient scrubbers means of adding neutralizing chemicals.

Optional automatic conveyors for drag removal of heavy, settled particulate and oil recovery units provide additional wash liquid cleaning for more efficient operation. The Monroe Air Scrubbers are constructed Dual Throat of mild steel for most applications. However, where the intended use will involve corrosive or highly abrasive chemical contaminants, other construction materials such as stainless steel or reinforced fiberglass, as well as special coatings are availiable. Moisture eliminators also are constructed of materials suitable for the intended application, including polyethylene process or stainless steel. Complete electrical controls air are available to meet customer specific requirements. Monroe Dual can be configured to meet specific scrubbers needs. Units can be drag equipped with conveyors to remove heavy, settled particulate and oil recovery units to remove accumulated oil. The Monroe Venturi Air Scrubber is a unique design, wet type, high velocity, high efficiency unit, with no moving parts. It is designed to remove airborne contaminants from industrial exhaust systems and process gases. The airflow itself activates turbulent washing action without a pump. The air and scrubbing liquid, alternately chemical and process flow in and out of small venturi slots in the multiple venturi section.