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.
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.
Static electricity is a common cause of paper jams, ink misting, and registration errors in printing environments, leading to wasted materials and interrupted production. In this article, you’ll learn how static charges develop during printing operations, compare the main elimination methods available, and discover how humidity control can prevent static buildup across an entire facility.
Medical offices must maintain the right indoor humidity to support patient comfort, infection control, and regulatory compliance. This guide explains the humidity standards that apply to clinical spaces, how different humidification technologies compare, and the key factors to consider when selecting a commercial system that delivers precise, reliable, and compliant humidity control.
Data center cooling is about more than removing heat. It requires balancing temperature, humidity, energy efficiency, and equipment protection to maintain reliable operations. In this article, you’ll learn how air, liquid, and evaporative cooling technologies work, where each approach is most effective, and how precision environmental control helps improve efficiency while reducing risks such as overheating and electrostatic discharge.
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.
Dry air in school buildings affects student respiratory health, concentration, and indoor air quality. This guide covers commercial humidifier options for classrooms, including coverage area, maintenance demands, and deployment models suited to institutional buyers.
Produce freshness depends on maintaining precise relative humidity throughout cold storage. This guide explains the science behind moisture loss, the RH requirements of specific commodity types, and how industrial humidification systems are engineered to meet those demands.
Humidity measures the amount of water vapor in the air, and rain affects it in ways that depend on scale, temperature, and how close the air is to saturation. This article explains the science behind the rain-humidity relationship and what it means for indoor 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.
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