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Chiller Fan Control Explained: On/Off, Phase-Cut, Inverter and EC Fans The condenser fans on an air-cooled chiller do far more than simply move air. Their job is to control how effectively heat is rejected from the refrigerant to the outside air. The way these fans are controlled affects: Chiller efficiency Condensing pressure Compressor loading Electrical consumption Noise Refrigeration stability Component life Low-ambient operation Fan-control technology has developed consi

Dry air coolers and adiabatic coolers are used across industrial process cooling systems to remove heat from water or glycol without relying entirely on mechanical refrigeration. They can be used with and without a chiller. If used with a chiller they can reduce running hours, lower energy consumption and provide reliable heat rejection for production equipment, hydraulic systems, compressors, furnaces, moulding machines and other temperature-sensitive processes. The principl

The condition of the water circulating through a process chilled water system has a direct effect on its performance, reliability and operating life. Even a closed well managed system can gradually accumulate corrosion products, installation debris, scale, jointing materials and other suspended contamination. If these solids remain in circulation, they can restrict strainers, foul heat exchangers, damage pumps and valves, and reduce the system’s ability to transfer heat. Side

How Does a Chiller Work? A chiller does not create cold; it removes unwanted heat from a process and transfers that heat somewhere else. That distinction is fundamental to understanding how chillers work. It comes directly from the first law of thermodynamics: energy cannot be created or destroyed; it can only be transferred or converted from one form into another. Industrial chillers use this principle to control temperatures in food and beverage production, plastics manufac

You don’t wait three weeks for cooling when production is on fire. If a line is down, a mould tool is overheating, or a glycol loop has quietly turned into soup, the only thing that matters is uptime. And uptime does not care about factory lead times in Italy. Right now, process chillers are available in stock for immediate shipping to the UK. Not “factory build time pending.” Not “8–12 weeks ex-works.” In stock. Crated. Ready. This matters more than people realise. In UK man

As energy costs continue to rise and sustainability targets become more demanding, businesses are increasingly looking for smarter ways to reduce cooling energy consumption. One of the most effective — and often underutilised — strategies is Free Cooling. At Novacool Solutions, we see free cooling not as an add-on, but as a core efficiency opportunity for many refrigeration and HVAC systems. What Is Free Cooling? Free cooling uses naturally available low ambient temperatures

In today’s operational environment, unplanned downtime is no longer just an inconvenience — it’s a direct risk to productivity, compliance, and profitability. That’s why Planned Preventive Maintenance (PPM) sits at the heart of what we do at Novacool Solutions . What Is Planned Preventive Maintenance? Planned Preventive Maintenance is a structured, scheduled approach to maintaining plant and equipment before failures occur. Rather than reacting to breakdowns, PPM focuses on

On 1st January 2026, NovaCool Solutions Ltd officially launches with a clear purpose: to change how industrial cooling is delivered, supported, and relied upon. Industrial cooling is critical infrastructure. When it works, no one notices. When it fails, production stops, costs escalate, and pressure lands fast. Yet too often, cooling systems are treated as commodities—specified quickly, installed generically, and supported reactively. NovaCool was created to challenge that ap