Screw Compressors

A screw compressor compresses refrigerant by using two interlocking helical rotors. As the rotors turn, refrigerant gas is drawn in, trapped between the rotor lobes, and compressed as it moves along the length of the screws. This process increases the pressure of the refrigerant before it moves through the rest of the cooling system.

Screw compressed chillers provide several advantages. These compressors are known for their energy efficiency, particularly under varying load conditions, producing lower energy bills and reduced operational costs. They also offer high reliability compared to other options, with fewer moving parts, making them less prone to mechanical failure – lending itself to maintained uptime and reduced maintenance costs. Additionally, screw compressors provide smooth, continuous operation without pulsation, resulting in quieter performance and less vibration.

Screw chillers find applications across various industries. They are ideal for cooling in manufacturing processes due to their reliability and efficiency. In commercial buildings such as large office complexes, shopping malls, hospitals, and hotels, screw chillers provide consistent and efficient cooling – sectors where low volume are a key component in HVAC solutions. Their efficient output lends themselves suitable for large-scale refrigeration applications, including food processing, cold storage, and distribution centres.

Be sure to get in touch to discuss your screw compressor options.

Clint's range of screw compressors in chillers offers high-efficiency solutions for various applications. These advanced systems incorporate inverter screw compressors and EC inverter fans to achieve superior energy efficiency ratings. Designed for optimal performance, they simultaneously manage heating, cooling, and domestic hot water, while being optimised for installation, maintenance, and operating costs.

Clint's chillers ensure continuous cooled water production, making them ideal for both large residential and industrial systems. During colder months, the chillers can switch to a 'free-cooling' mode, which uses outdoor air to cool the liquid directly, significantly reducing energy consumption.

By using environmentally sustainable refrigerants with low Global Warming Potential (GWP), Clint's chillers meet stringent international environmental regulations. This approach minimises environmental impact while delivering high efficiency and performance, achieving A CLASS energy efficiency ratings.