indoor air purification system methods

Monroe carefully selects indoor fiber bed filters to give constant efficiencies as high as 99.99% on all air mist particles. For special applications, when mist is generated purification and system and methods at high temperatures, Monroe provides custom designed condensing heat exchangers. Gas to air or gas to water heat exchangers are offered, depending upon application. For heavy duty operations where the mist is dirty or dust-laden, or when large oil droplets exist, Monroe provides indoor and air multi-stage filtration with various pre-filtering elements followed by the purification fiber bed filters. system The Monroe Coalescing Oil Mist Collector is designed to collect and remove airborne oil mist, smoke and sub-micron vapors generated by methods operations such as high production machining and cold forming. It is a multiple stage indoor collector that has proven capabilities exceeding 99% efficiency on many installations. air After installation of a Monroe Coalescing Oil Mist Collector, high production machining areas using water soluble, synthetic or mineral coolants purification can discharge clean, filtered air back into the work area, reducing climate control costs. The Monroe Coalescing Oil Mist Collector is system available in capacities from 500 CFM to over 80,000 CFM in a single unit, and may be integrated with existing ductwork and ventilation systems.

Recirculate Clean Air In many installations, such as buffing and polishing, metal finishing and grinding foundry operations etc., it is possible to recirculate clean, contaminant-free air back to the work area. This reduces the cost of plant ventilation systems and climate control needs. Proven High Efficiency Monroe Dual Throat Air Scubbers are currently operating continuously at high efficiency in many types of industrial installations throughout the United States, Mexico and Canada. Cartridge cleaningis accomplished methods by reverse compressed air pulses through a few cartridges at a time, allowing continuous operation without shut-down. These reverse pulses, with a velocity of twice the speed of sound, break away caked dust from the cartridge so that it can drop the collector bottom. Because of slower internal indoor and air velocities through the collector, media replacement and maintenance labor costs are reduced. Collected oil mist and solids are continuously drained from the media without shut-down, significantly purification prolonging system filter life and lowering overall operating costs. The Monroe Fiber Bed Mist Collector removesparticles as fine as 0.3 micron. While normal filters permit these particles to re-entrain into methods the outgoing clean air, Monroe''s self-draining filter is designed to prevent oil re-entrainment and recirculate clean air to indoor the atmosphere.

Several configurations air 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. purification Special chemical treatment and nutralizing options are also available system and methods when required. MONROE Vertical Packed Bed Air Washer Efficient Design The Monroe Vertical Packed Bed Air Washer is a counter-current unit custom indoor designed to meet or exceed the specific removal efficiency air 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 Packed Bed Washers are often included purification in complete pollution control systems to meet the demands of more complex processes for difficult to remove fumes. Efficient Design The Monroe Horizontal Packed Bed Air Washer is a cross flow unit custom designed to meet or exceed the specific system removal efficiency 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 methods of.