SMB Engineers are the proud introducers of the Venturi Wet Scrubber system for arresting fly ash from Bagasse fired boilers in India. With multiple design enhancements to the original principle of Venturi Wet Scrubbing, SMB’s Venturi Wet Scrubber system offers consistent performance as an efficient pollution control equipment with negligible maintenance over its entire life.

Key Advantages

• 300+ successful installations ranging from 15,000 m³/hr to 575,000 m³/hr flue gas capacities.
• Guaranteed achievement of pollution control norms set by relevant government authorities.
• 50 mm WC or lower pressure drop across the entire scrubbing system.
• Specialized gold standard venturi design to maximize gravimetric efficiency with lowest pressure drop.
• Suitable for boiler capacities 5 TPH to 150 TPH.
• 1/5^th the power cost compared to other power demanding emission control equipment.

Flying dust in the sugar house poses a health hazard to workers as it is highly flammable and creates inhospitable working conditions. SMB’s Sugar De-dusting system tackles these critical issues and ensures a dust free environment in the sugar house.

Key Advantages

• 175+ system installations where this serious issue of dust accumulation has been successfully solved.
• Sparkling white sugar is available at bagging which fetches a higher market price.
• Computerized duct network design using our proprietary inteli-flow software to arrive at the most optimal design.
• 98% dust capture is guaranteed and brought back to production which otherwise is lost to the environment.
• 25 years of experience helps decide the key dust emanating areas for suction hood placement.

Bag Filters are the most common type of particulate emission control equipment suitable for non-hygroscopic dust particles. It is renowned for its high collection efficiency and simple operating principle. SMB’s specially developed pulse jet mechanism allows for longer bag lengths for a compact design and reduced power requirement for cleaning.

Key Advantages

• <50 mg/Nm³ outlet emission guaranteed.
• 5,000 m³/hr to 100,000 m³/hr volume handled.
• 10+ types of dust handled including sugar, coal dust, bagasse, crushed paint die, pharmaceutics.
• Designed for user friendliness, negligible maintenance and longer life.
• Upto 99.9% collection gravimetric efficiency upto 10 microns.
• Innovative online row cleaning using venturi cone design ensuring optimal cleaning of filter bags and reducing failures.

SMB’s innovative hybrid absorption column designs can handle fumes from a variety of industries especially for the application of Flue Gas Desulphurisation.

Key Advantages

• Caustic soda, Limestone Slurry and Sea Water utilized as scrubbing liquids.
• Spent scrubbing liquid is passed through SMB’s specialized recovery system which reduces maintenance.
• Precise injection of scrubbing liquid using online process monitoring to maintain process equilibrium.
• Sox as high as 2% handled with outlet as less as 30 ppm.

SMB’s high efficiency, low power consumption ID / FD / SA Fans offer maintenance free operation for a wide range of purposes and needs based on your process requirements.

Key Advantages

• 350+ fans have been modified to SMB’s High Efficiency designs.
• Designed for flow rates from 10,000 m³/hr to 2,50,000 m³/hr and heads from 50 mm WC to 750 mm WC.
• Computer aided design and analysis ensures the performance of each unit.
• 3000+ million revolutions guaranteed owing to the heavy duty construction of all accessories.
• In-house static and dynamic balancing machines which eliminates inherent vibrations during operation.
• 20% less power consumption compared to conventional designs.

SMB’s Industrial ventilation system controls the level of contaminants and ambient conditions in the form of dusts, toxic materials, extreme temperatures, humidity, odor, or explosive gases by diluting these contaminants with fresh outside air.

Key Advantage

• 8-10^oC reduction in indoor temperatures.
• Most economical system consuming less power compared to other HVAC system which requires 10 times more power to operate.
• Advanced computerized models to decide the most optimal location of clean air supply inlets for highest efficiency of distribution of cool air.
• Negligible maintenance of equipment is required except cleaning of filters.