Ventilation
Ventilation

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Ventilation

Industry At A Glance
Processes
Ambient air filtration Buffing & polishing Dental Descaling Foundries ferrous Furnaces (arc, induction, etc.) Metalworking Mining Molding Plasma cutting Pneumatic coveying Polishing Pulverizers & classifiers Sanding Scrubbing Silo venting Vaccum Ventilation Welding fume Woodworking
Filtered Materials
Abrasives Cement Chemicals Combustible Dust Dust Fertilizer Fiberglass Fibres Flour Fumes Limestone Metal fume Minerals Odour Oxides Paint Plastics Sawdust Silica Stockfeed Stone Vitamins Welding Fumes Wood (Timber)

The Problem

The importance of clean uncontaminated air in the processes of industrial work environment is well known. Modern industry with its complexity of operations and processes uses an increasing number of chemical compounds and substances, many of which are highly toxic. The use of these materials may result in particulates, gases, vapours, and mists in the workroom air in concentrations that exceed safe levels. Heat and noise stress can also result in usage or uncomfortable work environments. Effective, well-designed ventilation offers a solution to these problems where workers’ protection and safety are paramount.

Exhaust ventilation systems are used to remove the contaminants generated by an operation to maintain a healthy work environment.

General exhaust systems can be used for heat control and removal of contaminants generated in space by flushing out a given space with large quantities of air. Contaminated air is usually discharged into the atmosphere.

Local ventilation, dust and fume extraction systems operate on the principle of capturing a contaminant at or near its source. It is the preferred method of control because it is more effective and the smaller exhaust flow rate results in lower heating costs compared to high flow rate general exhaust requirements.

The Solution

Ventilation systems are comprised of:

The purpose of the hood is to collect the contaminant at the source. The ducting system transports the contaminated air to the filter if required, or to the fan. If a filter is required, the contaminant is removed from the air stream.

The fan must overcome all the losses due to friction, hood entry, bends and fittings while producing the intended flow rate. The duct on the fan outlet usual discharges the air to the atmosphere.

What Our Clients Are Saying
Steven Foote
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UWE Hay worked with Airtight Solutions at our export facility in Southern New South Wales for the installation of a fully integrated dust extraction system. The staff and leadership at the business were of the highest calibre and the professional approach was felt from the initial phone interaction to the onsite visit, to the cost effective quote of their fully customised solution and installation of the system within our facility. Prior to selecting Airtight Solutions our company discussed our requirements with several company’s however the outcome was there was only one choice. Airtight Solutions provided a highly professional package and after sales service and we would recommend their systems to any other businesses in the agricultural industry with similar requirements.

General Manager, UWE Hay – April 2017
Matthew Kitchin
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When I upgraded my underperforming cartridge dust collector, Airtight Solutions came highly recommended. My expectations were naturally high, but the system is everything they said it would be and the performance difference is unbelievable!
Airtight delivered a quality job and timely with minimal disruptions. The process was made easy and the communication was open and honest. I would recommend Airtight to anyone.

Director, Capital Design Works – May 2016
Airtight Solutions
5.0
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