Chief Technology Officer at Smart Fog
Author
Ido Goldstein is a technology innovator with deep expertise in humidity engineering, climate control, and non-wetting fog systems. He has spent years advancing energy-efficient and water-smart solutions that help industries like cleanrooms, data centers, wineries, and greenhouses maintain precise environmental control.
Passionate about technology with real-world impact, Ido also supports sustainable agriculture initiatives and nonprofit innovation. Through this blog, he shares practical insights on HVAC advancements, indoor air quality, and the science behind high-performing environments.
Paint booth defects such as fish-eyes, dust contamination, and excessive overspray are often caused by static electricity that attracts particles and disrupts paint transfer. In this article, you’ll learn how static builds up during painting operations, how it affects finish quality and material efficiency, and which static elimination methods help deliver cleaner, more consistent results.
Disinfection fogging systems are designed to rapidly distribute EPA-registered disinfectants across large areas, helping facilities treat surfaces and airborne pathogens that may be difficult to reach through manual cleaning alone. In this article, you’ll learn how different fogging technologies work, where they are commonly used, their operational limitations, and how continuous environmental humidity control can support cleaner facility conditions without chemical application or downtime.
ESD control requires more than wrist straps and antistatic mats. In this article, you’ll learn how to implement a comprehensive ESD control program, establish compliant EPA zones, maintain the environmental conditions needed to prevent static buildup, and meet ANSI/ESD S20.20 requirements through effective procedures, monitoring, and documentation.
Static electricity can disrupt every stage of textile manufacturing, from spinning and weaving to finishing and packaging. In this article, you’ll learn how low humidity contributes to yarn breakage, fabric cling, and fiber fly, and why precision humidity control offers a facility-wide solution for preventing static buildup at its source.
Vertical farming depends on precise humidity management to support healthy crop growth, optimise yields, and protect sensitive equipment. In this article, you’ll learn how vertical farms maintain stable humidity across growing stacks, prevent condensation on LED lighting and electronics, and use non-wetting humidification systems to create ideal conditions for controlled environment agriculture.
Data centers are increasingly turning to evaporative cooling to reduce energy consumption and improve PUE without compromising performance. In this article, you’ll learn how direct, indirect, and hybrid evaporative cooling systems work, how climate and ASHRAE requirements influence system design, and why precise humidity control is critical for maintaining efficiency, reliability, and equipment protection.
Wood manufacturing facilities face ongoing challenges with airborne sawdust, combustible dust hazards, and static electricity buildup. In this article, you’ll learn how humidity control and fogging systems help suppress fine dust particles, improve workplace safety, support NFPA 664 compliance, and enhance the effectiveness of traditional dust collection systems.
Proper humidity control is essential for preserving grain quality, preventing weight loss, and reducing the risk of spoilage during storage. In this article, you’ll learn how fogging systems help maintain optimal conditions for oats, wheat, and other cereals, why non-wetting technology is critical for food safety, and how precision humidity management supports long-term commodity value.
Self-evaporative humidifier technology produces precisely sized water droplets that evaporate completely before reaching surfaces, enabling high-precision humidity control without condensation risks. This approach helps facilities such as data centers, electronics manufacturers, and pharmaceutical operations maintain stable environmental conditions while protecting sensitive equipment, products, and cleanroom environments from moisture-related damage.
Static electricity can damage electronics, attract contaminants, and disrupt manufacturing processes, but not all static elimination methods work the same way. In this article, we compare ionization, grounding, and humidity control systems, explaining how each approach manages electrostatic charge and why preventing static formation through precise humidity control often delivers the most comprehensive protection.