air filtration at manufacturing plants

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 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 or stainless steel. Complete electrical controls are available to meet customer specific requirements. Monroe Dual can be configured to air meet specific 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. filtration The airflow itself activates turbulent at washing action without manufacturing a pump. The air and scrubbing liquid, alternately flow in and plants out of small venturi slots in the multiple air and filtration venturi section.

An drag optional conveyor can be included at for continuous removal of settled sludge for heavy dirt loads. Wide range of construction materials. Mild steel, special coatings, stainless steel, fiberglass and numerous other materials manufacturing are available plants to meet intended applications. No moving parts in the collection air area eliminates costly shut-down filtration due to wear and abrasion, assuring optimum performance under continuous operating conditions. at Complete electrical controls are available to meet customer manufacturing specific requirements. Monroe Multiple Venturi Air Scrubber complete systems are available plants including a liquid clarifier, chemical feed equipment, instrumentation and electrical air controls. Cartridge filtration Dust Collectors Continuous collection at and removal of airborne dust with reverse pulse cleaning of cartridges, allows operation without shutdown. The Monroe Cartrige Dust Collector is designed to provide continuous-duty collection and removal of airborne dust produced by manufacturing and manufacturing processing operations at 99+% efficiency on many installations. Through the use of a Monroe Cartridge Dust Collector, these operations can discharge clean, filtered air back into the work area reducing climate control costs. The Monroe Cartridge Dust Collector modular design incoporates high efficiency, pleated cartridge filters to achieve maximum filter surface area in a relatively small housing. The cartridges are designed to provide a low static pressure drop.

Contaminants plants formed in hese processes are frequently highly corrosive, hazardous and/or difficult to remove. Removal often] requires contaminant incineration at temperatures exceeding 1,500°F. Through proper quenching and gas conditionaing techniques, Monroe can provide air reclamation of costly chemicals and compounds contained filtration within the off-gasses. Monroe Environmental engineers analyze each application individually to determine the most cost-efficient, effective solution. Monroe has an extensive arsenal of standard air scrubbing equipment offered in a variety of standard and special construction materials backed up by over twenty years of experience in solving such complex problems. Customized for Each Application The MONROE at Vertical Packed Bed Air Washer and the MONROE Horizontal manufacturing Packed Bed Air Washer are specially sized for each application to provide high efficiency, plants low cost gas cleaning. Monroe Environmental will evaluate fume removal requirements and determine optimum design parameters for each installation. The packing media is uniquely shaped to provide adequate surface area and a high number of small impact passages to enhance . The resultant effect is a high scrubbing efficiency, allowing optimum packing section length with more compact design and lower pressure drop.