Engineered chillers, heat pumps and free cooling that hold your process setpoint 24/7 — sized to your real duty cycle, built for a long service life and low energy costs.
An industrial cooling system removes process heat from machines, moulds, tools or reactors and rejects it to the ambient air or a cooling water network. Compared to comfort HVAC, industrial equipment is built for continuous duty, a precise temperature setpoint and predictable ownership cost over 15+ years of operation.
EnergyCooling engineers three variants of the same platform: water cooling for plain-water process loops, liquid cooling for water/glycol and sub-zero setpoints, and full process cooling where chiller, free cooling and heat recovery are integrated into one control strategy.
Closed-loop water circuits keep process temperatures stable for injection moulding, welding, laser cutting and hydraulic power packs. We size the chiller, buffer tank and pump set to the real duty cycle instead of nameplate peaks.
For setpoints below +5 °C, outdoor installations at risk of freezing, or processes needing corrosion protection, we run a water/glycol mix through the same chiller platform. Heat exchangers, pumps and seals are matched to the fluid.
Process cooling is designed around the machine, not the room. We map the thermal load per production step, then combine chillers, drycoolers and free cooling into one control strategy that follows the actual process curve.
Browse full application detail on our applications page or the cooling systems range.
An industrial cooling system removes process heat from machines, moulds, lasers or reactors and rejects it to the ambient air or a cooling water network. Most systems circulate water or a water/glycol mix through a chiller, heat pump or dry cooler to keep process temperatures within a tight setpoint.
Water cooling uses plain water as the heat-transfer fluid and is common where freezing is not a concern. Liquid cooling is the broader term and includes water/glycol mixes, thermal fluids and refrigerants — used when the process runs below 0 °C, needs corrosion protection, or requires a specific fluid chemistry.
Process cooling is designed for continuous 24/7 duty at a precise, often lower setpoint (typically +5 to +25 °C). Comfort cooling equipment is not built for that load profile and fails prematurely on production lines, injection moulding, lasers and CNC spindles.
Air-cooled chillers are simpler, need no external cooling water and are ideal for outdoor placement. Water-cooled chillers reach higher efficiency at high load and are the better choice when a central cooling-water network is already available or ventilation is limited.
For process water setpoints from +10 °C upwards, free cooling in a Northern European climate can cover 40–70% of the annual cooling energy — the compressor only runs on warm days. The exact saving depends on setpoint, ambient profile and load pattern.
Tell us the required capacity, temperature setpoint and the application. We reply within 1 business day with a sized configuration and indicative pricing. Replacing an existing chiller? Your old installation can be traded in.