Industrial Water Cooling Solutions

Industrial process cooling solutions if your commercial or industrial enterprise requires high quality process cooling solutions look no further than mta australasia.

Industrial water cooling solutions.

Chapter 02 environmental considerations. Cooling towers heat exchangers and chillers are our core business. Industrial water treatment handbook context. For a large industrial plant the circulation of cooling water consumes a significant amount of energy.

With over a decade of experience in the industry we are the leading choice for process cooling heating and air conditioning system solutions throughout australia and new zealand. Water is the most commonly used coolant within process chillers although coolant mixtures mostly water with a coolant additive to enhance heat. It also provides a solid assessment of the return on investment. Because industrial plants often already have a steam plant steam absorption cooling can be an attractive option.

Get a quote now we strive to design and implement thermal solutions that have a lower environmental impact by targeting a reduction in water use energy use and carbon emission. Chapter 01 water sources impurities and chemistry. Commercial industrial cooling solutions engineered to exceed customer expectations high quality durable custom air handling solutions that fit your particular project with built in design flexibility can seem like a wish list that is impossible for any vendor to fill. Most industrial chillers use refrigeration as the media for cooling but some rely on simpler techniques such as air or water flowing over coils containing the coolant to regulate temperature.

We supply any brand or make of cooling tower parts including marley hudson harley amarillo sumitomo hansen brentwood toshiba abb teco westinghouse and more. We back our services up with unmatched expertise from trained and licensed personnel state of the art laboratory capabilities and guaranteed quality assurance. The industrial cooling water solution lets you analyse your cooling water systems identify potential for improvements and achieve energy savings by a substantial margin.