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Rotary Atomiser

Probe Industries revolutionary method for combating dust and odours -- called the Rotary Atomiser -- is making a major impact on some of industry’s most persistent environmental and odour control problems.

It is a remarkably effective way of controlling industrial odours when used in conjunction with Probe Industries’ groundbreaking product AiroNaut™ and for controlling dust using Probe's product Prosorb.

How it works

The Rotary Atomiser utilises a totally different technique from mainstream suppression systems, which typically rely simply on spraying water through a nozzle. Instead, it produces a spray which covers up to a remarkable 30 linear metres by using a spinning head to produce millions of microscopic droplets of water -- up to 238 billion from a single litre. That creates a fine mist which is much more effective and uses only a tiny fraction of the water and electricity.

This is a novel concept -- and one which companies in industries where smells and dust are a problem are rapidly recognising is far more efficient and far cheaper than other systems.

The system is highly reliable in use and can be employed in any location, inside or outside, and needs far less maintenance and cleaning than traditional nozzles. The range of situations in which Probe Industries can provide the best solution is simply huge.

Rotary Atomisers are already being used by most of Britain’s water companies, major waste companies and food processors. The impressive client list is set to grow enormously.

The Atomiser uses centrifugal action by a spinning inner mesh to force droplets on to an outer mesh which “cuts” the water up. The droplets produced are thinner than a human hair and the fine spray from a single atomiser head can cover up to 30-linear-metres.

Normal spray systems produce “poly-dispersed” droplets of different sizes, some of which are too big or small to be effective.

Probe’s Rotary Atomisers produce a “mono-dispersed” spray, with all droplets of an optimal, uniform size that the operator can choose.