Liquid cooling - Import export

Temperation of fluids Pillow plates are used everywhere where liquids must be temperated. In dependence of application the liquids can be cooled or heated. Cause of this wide range of applications pillow plates are used in the process industry, in the cooling industry and in a lot of other industries. Pillow plates are also know as heat exchanger plates, evaporator plates, cooling plates /sheets and thermo plates / sheets. Pillow plates as air-/water-heat exchanger Additionally to the temperation of liquids pillow plates are also used as air-/liquid heat exchangers. In case of polluted or wasted air and if there are high demands for cleaning, more and more pillow plates are used as air-/water-heat exchanger. The large exchange surface and the good possibilities for cleaning are important features for this type of heat exchanger.

Generate cold water / flake ice continuously Proven use Falling film chillers have been used in various industrial sectors for many years. Water runs over the heat exchanger plates from a trough arranged above the heat exchanger plates. This enables a continuous heat transfer between the water and the cooling medium. Outstanding advantages The arrangement of holes in the upper tub enables targeted water distribution on the heat exchanger plates. The construction using a perforated tub has the further advantage that no contamination occurs and the liquid to be cooled is evenly distributed. Made of stainless steel The trickle cooler is made entirely of stainless steel. You can choose between different materials (see data sheet). Low boiling delay Our trickle coolers are characterized by the fact that the boiling delay is low in flooded operation, whereby overheating can be selected in dry expansion operation.

Temperature control of liquids Tube coil heat exchangers (so-called tube cooling coil heat exchangers) are generally used to control the temperature of liquids. This system can also be used to heat or cool liquids in a controlled manner. Due to their special shape, pipe coil heat exchangers are sometimes also called hairpin heat exchangers. Inexpensive applications The simple and solid structure enables it to be used in cost-effective applications. Coiled tube evaporator systems are ideally suited for brine and glycol applications. Classic variant Coiled tube evaporator systems are a classic and proven variant in the field of heat exchanger systems. Coiled tube heat exchangers are often used in ice storage systems or in the production of cold water units. In ice storage systems, coils can be used to achieve an even build-up of ice around the coils.

The secret of this system is the combination of the refrigeration section and the free-cooling section depending on the time of day and year: the first mode allowed by these liquid chillers takes advantage of the normal operation of a refrigeration circuit, the second allows cold outside air to be directly conveyed to the fluid to be cooled: maximum efficiency, minimum energy use due to the clear separation between the two sections.

ERW ax systems for industrial refrigeration of process fluids (water, water and glycol) are air-cooled units, using EC (Electronic Control) axial fans. This range includes a series of models with cooling capacities from 2.1 kWf up to 595 kWf. Three different versions are provided for different outlet fluid temperature ranges, agreed with the customer during the design phase. The entire range uses refrigerant with GWP 631.

RW ax systems for industrial refrigeration of process fluids (water, water and glycol) are air-cooled: the only resource used is therefore electrical energy, a decisive advantage in contexts where it is advisable to save water (because of its cost or scarcity). The IP54-grade machine protection (against dust and other agents) facilitates their installation in outdoor environments, which is also possible at temperatures up to +40°C and above, at the customer’s request. RW ax liquid chillers from Frigofluid are suitable for achieving average fluid outlet temperatures (between +1°C and 20°C), with excellent control of the resources used for their operation.

Liquid chillers for low temperatures, also in outdoor environments The RW CW series of process fluid coolers (water, water/antifreeze) are water-cooled and operate with environmentally friendly gas compression. They allow cooled liquid temperatures between -8°C and +20°C. In standard design, ambient temperatures of up to +40°C are permissible, but in the “RW ax/HTA” version even higher ambient temperatures can be achieved. IP54 degree of protection as standard, allowing outdoor installation without a protective roof.

Cryogenic Mill The solution for fine grinding temperature-sensitive products. Our cryogenic grinding plants enable fine grinding of lubricating and temperature-sensitive products. This not only results in a technically perfect grinding but in addition thermal damage of the ground material and resulting grinding losses are prevented by the cryogenic grinding. All plants are designed with swivel screw coolers and liquid nitrogen cooling, appropriate dosing devices, separators as well as bunkers as closed plants. Technical data Target fineness: 10-2,000 µm Plant types: Pin mills, cross beater mills Product-contacting parts: Stainless steel Cooling: By liquid nitrogen Delivery in: Bagged goods, Big Bags, oktabins, drums Feeding: Via feeding stations, metering screws and vertebral screw coolers Filling into: Bags, drums, Big Bags, cardboard boxes and special containers Areas of application Fine grinding of resins Fine grinding of foodstuffs Fine grinding of seeds Fine grindi

Gardner Denver Nash’s HP and NAB compressors are the ideal choice for recovering fuel gas and condensing valuable hydrocarbons, making more money for the refinery. When reviewing the total life cycle cost of a flare gas compressor system, the NASH liquid ring system provides more value and better reliability than any other technology, hands down. Liquid ring compressors run cool and they clean the gas as they compress it–eliminating the need for downstream aftercondensers and scrubbers. The result is a simpler, more reliable system.