How Can Fog Be “Dry”?
Most people think mist leaves surfaces wet. So calling our ultra-fine fog “Dry Fog” can sound like a contradiction.

The fastest way to understand it is to watch what happens in a real space.
In this demonstration, we intentionally raised the room to 100% relative humidity (RH) — without getting anything wet.

▶ Watch: 100% Humidity Without Getting Wet

Product used: AKIMist® “E” Dry Fog Humidifier

Ultra-fine droplets behave differently. When droplets become small enough, evaporation dynamics change — and surfaces can remain dry.

If you’d like to explore the science behind it:
▶ Read: How Can Fog Be “Dry”? The Physics Explained
▶ Read: Absolute vs. Relative Humidity and Static Charge

From Physics to Real Growing Environments

So what does ultra-fine Dry Fog actually enable in greenhouses?
In controlled agriculture, humidity consistency matters — but excess moisture can create problems for both crops and facilities.

That’s why Soil Doctor Consulting highlights IKEUCHI’s AKIMist® “E” as a recommended solution for precise humidity control.
It produces ultra-fine droplets that evaporate instantly without wetting plants or surfaces, helping maintain stable humidity levels.
It’s also low-maintenance and proven in commercial greenhouse operations.

▶ A shout-out from the Soil Doctor

Related aritcle: AKIMist® “E” Featured in Soil Dr’s Latest Course

Scaling the Principle to Industrial Power

Now scale that same principle to industrial power generation.
On hot days, gas turbine output drops as intake air density decreases. Gas Turbine Inlet Air Cooling (GTIAC) uses controlled fogging to cool the intake air, increasing density and helping maintain performance in extreme heat.

Our GTIAC solution combines engineered nozzle design, ultra-fine spray designed for full evaporation, and automatic flow control for efficient, uniform cooling — supporting stable power generation when temperatures peak.

▶ Watch: GTIAC System Overview

▶ Read: Explore Our GTIAC Solutions

Real-World Case Studies for Increasing Productivity

Case #1: Tank Cleaning Automation (Food Processing)
What if large fermentation tank cleaning could be done in just 10 minutes instead of 2 hours — without compromising coverage or safety?

▶ Read Full Case Study: Automating Fermentation Tank Cleaning with 3D Rotating Nozzles

Case #2: Improved Sheet Separation (Press Lines)
How do you keep sheet separation reliable in press lines — even when gaps between sheets (blanks) vary and conditions aren’t perfect?

▶ Read Full Case Study: Optimizing Sheet Separation in Press Lines with Air Nozzles

More real-world case videos are available across industries.
👉 Explore More Case Study Videos

Often behind the scenes, our atomization and fog engineering helps make industrial processes more stable and efficient.
If you’re exploring humidity control, cooling optimization, or precision spraying, we’re here to help.