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Operate your process at full capacity with LiquidICE cooling medium within process cooling applications. Excelling processes with high latent heat energy.
ChillPro COOL uses LiquidICE for thermal energy storage within process cooling systems and industrial chillers. Using LiquidICE as a cooling medium has proven many benefits to dairies, breweries and beverage plants as well as to processing plants and cold storage applications. LiquidICE excels in these applications due to the high latent heat energy found in the small nano-sized fluid crystals which can maintain solution temperature in being pumped to heat loads and able to absorb large amounts of heat very quickly and consistently.
ChillPro LiquidICE technology is used within many cooling processes developed by ChillPro COOL through either standard industrial chillers through to large custom plants. ChillPro COOL LiquidICE systems are available to a wide range of system configurations and we work with you to design the best suited system for your requirements and site, helping you to get the best solution for greatest energy savings.
Precise temperatures during production processes can impact the quality of the manufactured products, whether it is for plastics, printing, semi-conductors, chemical, electronics, or pharmaceuticals. With the diverse requirements, each process needs a custom designed cooling system to best match the proprietary production processes. ChillPro COOL LiquidICE systems are integrated into current process cooling applications and bring benefits of being able to absorb heat loads and large amounts of energy very rapidly as the LiquidICE solution
The ability to cool, or crash, large heat loads in a short period of time with a small refrigeration system operated in off-peak hours.
The ability to more consistently deliver temperatures as low as 26°F (-3.3°C) to a process heat exchanger resulting in a constant delivery of 28°F (-2.2°C) temperatures to high heat load processes regardless of wide fluctuations in the heat load profile or processing demands.
The ability to load level (during demand rate periods) or load shift to the evening hours when electrical rates may be lower and ambient temperatures allow for more efficient operation. (Other ice technologies can level and shift heat loads, but lack the capability to crash large heat loads in a very short period of time like slurry ice.)
When pumping the slurry ice through a plate and frame heat exchanger, the latent energy in the ice can be utilized to achieve a greater temperature differential and produce a more efficient cooling process, thus reducing the size of the heat exchanger at the same time.
The ability to crash or cool large heat loads in a short amount of time saving energy costs and reducing operation times.
Operating in a fully enclosed circuit with CIP benefits. This also means precise temperature control independent of ambient conditions. Quick reaction to any sudden load changes, ensuring steady operation conditions. CIP operation also means LiquidICE is continually recycles, avoiding unwanted waste, and the hazards of bacteria in system.
Achieve the same temperature in return solution as the supply solution
Improved product quality from more consistently lower temperatures.
Cost savings on piping, pumps and other system equipment
The ability to cut process loop piping in half by using the latent energy of pumped LiquidICE
Load level or load shift when electricity rates are low allowing for more efficient operation and cost savings.
We are keen to help you with all aspects of your temperature control & cooling requirements.
If you'd like to find out more about your specific application, ChillPro are here to help.