Start with the outcome. Explore the approach.
Fifteen connected pathways for mist cooling, dust suppression, fogging, high-pressure systems, odour control, humidification and energy saving.
Mist cooling systems
Flash-evaporating mist for open areas, sheds, patios and work zones.
High-pressure misting
Pump-driven 70 bar class systems for fine, fast-evaporating droplets.
Misting fan systems
Fan-mounted mist rings that push cooled air across large spaces.
Evaporative cooling
Water-based cooling for spaces where air conditioning is impractical.
Indoor & outdoor cooling
Mist lines and fans for restaurants, terraces, venues and platforms.
Industrial mist cooling
Heat relief for shop floors, furnaces, warehouses and loading bays.
Adiabatic pre-cooling
Pre-cool intake air on chillers, condensers and VRF outdoor units.
Dust suppression
Fog and mist at transfer points, crushers, hoppers and stockyards.
Dry fog dust suppression
Micron-sized fog for fine dust where material must stay dry.
Fog cannons
Long-throw mist cannons for open yards, demolition and haul roads.
Odour control
Atomised neutralisers for STPs, landfills, waste and processing sites.
Fogging systems
70–140 bar fog for humidification, cooling and visual effects.
Humidification systems
Controlled relative humidity for textile, storage and growing spaces.
Ultrasonic & dry mist
Sub-10 micron mist for precision humidity without wetting.
Waste water evaporation
Atomise effluent to speed evaporation and manage holding ponds.
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Start with the problem instead
Each problem page explains causes, what to check and which systems fit.
Too much heat
Hot work areas, sheds and outdoor spaces.
Airborne dust
Dust at crushers, conveyors and yards.
Unwanted odours
Smell from waste, sewage or processing.
Low humidity
Static, yarn breaks, dry produce or crops.
Animal heat stress
Panting birds, low milk yield, losses.
Chiller losing capacity
High head pressure and trips in summer.
Wet floors & dripping
Mist that wets people, floors or product.
Nozzle blockages
Spitting, dripping or uneven nozzles.
Misting system classes at a glance
| System class | Working pressure | Typical droplet | Wetting risk | Typical uses |
|---|---|---|---|---|
| Low pressure | Up to about 10 bar | 50–80 microns | Higher – surfaces can get damp | Plant watering, nurseries, budget patio kits |
| Mid pressure | About 20–35 bar | Finer than low pressure | Moderate – cycle timers help | Homes, small patios, cafes in dry weather |
| High pressure | Above 35 bar, typically ~70 bar | Around 10 microns or finer | Low when correctly designed | Industry, restaurants, sheds, dust and odour control |
| Fogging | 70–140 bar | Ultra-fine fog | Low; needs treated water | Humidification, greenhouses, textile, special effects |
Questions we are often asked
What is the difference between misting and fogging?
Both atomise water through nozzles. Fogging runs at higher pressure (typically 70–140 bar) with finer nozzles, producing a fog that hangs and evaporates almost instantly – ideal for humidification. Misting is usually used for cooling and dust control. See compare systems.
Can one system do cooling and dust control together?
Often, yes. High-pressure misting lines over a work area cool the air and settle airborne dust at the same time. Where dust is the main problem we design nozzle positions around the dust sources rather than the people.
Which solution saves electricity?
Adiabatic pre-cooling of chiller and condenser intake air is the solution aimed at energy use. Comfort misting also replaces air conditioning in many open spaces where AC is impractical.
Your application deserves the right system.
Share your operating conditions. Start with a conversation, not a pre-selected package.