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.
ESD damage costs electronics manufacturers billions each year, with most failures remaining hidden until products reach the field. Learn how electrostatic discharge occurs, why low humidity increases risk, and the most effective methods for preventing costly component failures and warranty claims.
Humidifier lifespan depends on system type, water quality, maintenance habits, and build quality. This guide breaks down realistic service life by technology type and explains what causes industrial systems to outlast portable units by decades.
ESD flooring testing verifies that static-control floors meet ANSI/ESD S7.1 requirements for safely dissipating electrostatic charges in electronics manufacturing and other sensitive environments. This guide explains the required resistance measurements, testing procedures, pass/fail criteria, equipment requirements, and the critical role environmental conditions play in obtaining accurate, compliant results.
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 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.
In-duct humidifiers introduce moisture directly into a forced air system, delivering consistent humidity across every room or zone the ductwork serves. This article explains the core benefits, how in-vent systems work mechanically, and what facility managers should evaluate before selecting one.
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.
In cleanrooms and laboratories, low humidity is one of the primary drivers of static electricity buildup. This guide explains the physics behind it and the operational risks it creates for sensitive environments.
Humidifiers can help relieve dry air discomfort for children, but their benefits depend on safe use, proper maintenance, and keeping indoor humidity within the recommended range. This guide explains how humidifiers support respiratory health, skin comfort, and sleep, which type is safest for babies and toddlers, and the best practices for cleaning, placement, and humidity control.
Humidity control is essential for food and beverage manufacturers to protect product quality, support food safety, and meet regulatory requirements. This guide explains the recommended humidity ranges for different production zones, how poor humidity management contributes to microbial growth and condensation, and the monitoring and humidification strategies that help facilities maintain consistent, compliant operating conditions.