Dust Suppression Solutions | Smart Fog Insights

Dust Suppression Systems

OSHA (Occupational Safety and Health Administration) and the EPA (Environmental Protection Agency) establish guidelines for dust suppression to protect workers and the environment respectively. Many studies have been done on the damage to workers’ health caused by breathing in large amounts of dust for sustained periods of time. In some environments, simple breathing masks do not effectively eliminate the required amount of dust particles.

Miners and other workers in dusty environments need to have reliable ways to limit the amount of dust they are exposed to on a daily basis. In some technological manufacturing plants, it is necessary to completely eliminate dust from the entire facility. Dust particles can do irreparable damage to the silicon-based computer components used in so many different areas of business and life.

Proven, Effective, and Reliable Dust Suppression

Smart Fog has created a proven method of dust suppression. By Creating 4.2µ, water droplets (Defined as Dry Fog) into the air by Smart Fog system. Dust particles are trapped by the water droplets and not allowed to travel through the air. Smart Fog droplets can catch all size range particles. Because of the droplets’ size, more droplets are available in the air as compared to other fogging systems. The Smart Fog system has proven itself in the most demanding dust suppression situations.

Smart Fog uses the best materials and components available to create a long-lasting dust suppression fogger needing very low maintenance. The Smart Fog systems use less water and less power than other systems to lower utility costs for customers. The Smart Fog team stands by to answer any questions you may have. After all: You need the best dust suppression system.

Electrostatic Sprayers: How They Work, Uses, and How They Compare to Fogging

Electrostatic sprayers use electrically charged disinfectant droplets to improve surface coverage, helping droplets wrap around conductive surfaces rather than travelling in a straight spray pattern. This guide explains how electrostatic spraying works, where it is most effective, its limitations on non-conductive materials, and how it compares with fogging systems that achieve uniform coverage through droplet engineering rather than electrical charge.

Anti-Static Control: Materials, Methods, and Environments That Eliminate Static

Anti-static control requires more than wrist straps and ionizers. Effective static elimination depends on a coordinated approach that combines conductive materials, grounding systems, ionization equipment, and environmental humidity control. This guide explains how each method works, where it fits within a comprehensive ESD program, and why maintaining optimal humidity levels often provides the most effective way to prevent static buildup before it becomes a problem.

Solenoid Valve Troubleshooting: How to Fix, Clean, and Maintain Stuck Valves

Solenoid valve failures can lead to downtime, reduced system performance, and costly maintenance if not diagnosed quickly. In this article, you’ll learn how to identify common electrical and mechanical valve issues, carry out effective troubleshooting and cleaning procedures, and implement preventive maintenance practices that help extend service life and improve reliability.

Consult An Expert

Dust Suppression

Dust Suppression Systems

Proven, Effective, and Reliable Dust Suppression

Electrostatic Sprayers: How They Work, Uses, and How They Compare to Fogging

Anti-Static Control: Materials, Methods, and Environments That Eliminate Static

Solenoid Valve Troubleshooting: How to Fix, Clean, and Maintain Stuck Valves

Ido Goldstein

Author

Systems

Customer Help

Follow Us