Industrial dry coolers are a useful solution where fluid outlet temperatures no lower than the external temperature are required. Adiabatic dry coolers are a version of these industrial coolers that can offer outlet fluid temperatures lower than the external temperature.
How to cool process fluids in the total absence of water? By employing industrial air coolers, or “dry coolers,” such as Frigofluid’s RAW/E series: simple, environmentally friendly, low acquisition cost.
MDC-F Dry cooler in “table” configuration is an efficient and cost-effective solution for cooling fluids in a variety of industrial settings, particularly for small and medium-sized plants. Its ease of use, and at low cost, makes it an advantageous choice for various applications.
Ease of installation, operation and maintenance serving even large systems: this is the MDC-V “V”-shaped dry cooler. The distinctive design of the coils allows for greater heat exchange surface area than “table” dry cooler systems, all in an easily scalable solution.
Adiabatic liquid coolers and gas condensers PAD-V series are offered where the focus is particularly on rational use of water and energy thanks to a dual operating principle, during hot and cold seasons, and thanks to the control panel that optimizes system operating parameters.
Maximum efficiency, minimum water usage: PAD-XL W is Frigofluid's proposed solution for adiabatic cooling of process fluids (typically water/water and glycol). It inherits the strengths of the PAD-V series, expanding its capabilities and offering even higher performance in terms of efficiency and savings. The smart choice for adiabatic cooling.
The PAD-XS is the ideal solution for process cooling and small (20 to 50 kW) industrial and HVAC systems. With its compact design, small footprint, and low noise, PAD-XS offers high performance with minimal environmental impact.
Liquid coolers (water/antifreeze) in closed circuit, using ambient air for indirect exchange cooling. Thanks to the sizing of the exchange ‘coils’, it is possible to achieve process fluid temperatures close to the temperature of the inlet air.
Process fluid temperatures range from +0°C to +70°C. In standard design, ambient temperatures of up to -10°C and +50°C are permissible.
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A manufacturer of shower enclosures and accessories needed to cool moulds and presses in its injection moulding department: once the customer's process had been studied, an adiabatic cooling system was preferred to a chiller.
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A large plastics processing company needed to renew its refrigeration plant in its entirety. During the summer shutdown and the concomitant production stoppage, we built a turnkey refrigeration plant complete with: chillers, adiabatic coolers, heat exchanger, electrical panels and storage tank.
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A company producing plastic from waste material asked Frigofluid to supply an industrial chiller and an adiabatic dry cooler.
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