Technologically advanced ultra-efficient Chillers available alongside the Dry Air Cooler range enables Turnbull & Scott to deliver industrial cooling solutions for the most exacting cooling requirements.
For many years, Turnbull & Scott has delivered industrial cooling solutions, using ambient air, to industrial customers requiring process fluids cooled down to a level of circa 4oC above the prevailing ambient temperatures. In recent years, by adding Adiabatic Cooling systems to traditional Dry Air Coolers (DACs) they’ve been able to offer coolers that take fluid temps down a step lower – by a further 6oC, approximately – still using ambient air.
The Turnbull & Scott roadmap has now pushed on further however, delivering customers with cooling solutions that extend fully along the ‘industrial cooling continuum’ to sub-ambient levels using chiller technology. With much chiller supply focused on serving the commercial HVAC ‘comfort cooling’ market, it took time to identify a chiller technology partner that had sufficient depth of understanding of industrial cooling requirements to satisfy the needs of the industrial base it serves.
With that search over, the company has announced its partnership with Geoclima S.r.l, the Italian chiller manufacturer with a distinguished reputation in chiller technology, and the expertise to design and manufacture ultra-efficient chillers for a diverse range of applications. With precision temperature control as well as efficiency right through the load spectrum, Geoclima technology is found across industries including food and pharmaceuticals production, coal mining, optoelectronics manufacture, data centres, extreme temperature locations such as air-conditioning in the Middle East, and even submarine environments.
As Managing Director, Peter Murphy, shared while announcing the company’s new partnership with Geoclima, “The requirement for precision temperature control in many applications and industries is significant, and often an off-the shelf chiller that deals with ‘standard’ chilled water temperatures of 12 oC in and 6 oC out as is commonly used in HVAC ‘comfort cooling’ applications, is not what’s required for industrial processes. We often seen more complex requirements where a combination of dry cooling and chilling technologies is required to reliably step fluid temperatures down and maintain them with tight tolerances.”
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