M&W INDUSTRIES, INC

M&W Pollution-Control Systems

M&W Industries offers air-pollution control equipment to remove particulates,
VOCs, HAPs and odors with a complete spectrum of technologies that includes:

• Catalytic oxidizers • Thermal oxidizers
• Re-Gensorb systems • Condensorb systems
• Biosorb systems • Solvent recovery
• Web drying process • Press modifications
• Spray area air control • Baghouses
• Custom fabrication

M&W systems offer state-of-the art air pollution control equipment with lower
capital and operating costs than most similar systems.  M&W’s high efficiencies of recovery or destruction meet all current or proposed state and federal emissions regulations and provide safe, clean environments for you and
your employees.

Proprietary Optimized and Customized Modeling: Their fully automatic units are designed for easy, smooth operation with a minimum of supervision, ruggedly engineered for minimal downtime, and offer optimized design.  Their proprietary design-optimization and system-modeling programs allow rapid and complete evaluation of numerous alternatives.

Wide Range of Experience:  M&W has broad experience with hundreds of installations:

• Solvent recovery using molecular sieves and activated carbon with the proprietary Re-Gensorb™ option for VOC and HAP abatement.  They’re ideal for high-flow, low-concentration emissions.
•  M&W offers both catalytic and thermal oxidizers for VOC and HAP control
•  Advanced technology for web-drying permits increased efficiency with state-
of-the-art drying nozzles that provide significant performance, productivity, and
efficiency increases.
• Expertise in press modifications allows cost-saving operation in the gravure industry.
• Burner conversions and dryer modifications permit energy savings, higher press laydown, and faster print speeds.
• An alternative to traditional LFL control uses vapor detectors with integrated instrumentation for an improved detection and control package that reduces energy and is safer.
• M&W spray booths and booth modifications reduce flow and emissions yet operate below PELs
• Dust collectors serve metallurgical, food, chemical, mineral grain, fuel, cement, and power facilities