Brine is a thermal liquid, which is a blend of fluid with plain water, which retains its liquid state even in sub-zero temperatures without getting frozen. Brine Chilling Plant is used for producing and maintaining Chilled Brine through a refrigeration procedure
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Renowned chiller companies India has, produce Brine Chillers for application challenging temperatures varying from + 6 to C to -65 o C. Their Brine Chillers are extremely compact and up-to-the-minute. The application of thermally closed compressor form has made the chiller packages exceedingly energy efficient. Moreover, the use of urbane two-stage compressors with sub-cooler and related fixtures have alleviated the achievement of temperatures as low as-65 o C. The eminent companies’ chiller packages can be combined with insulated brine storing tank and re-circulating pump. These chillers are seen in wide usages in chemical process plants, anodizing and electroplating plants, applications, laboratory, and latex cooling. Brine is an antifreeze cooled in a chiller and applied for cooling the heat weight of a variety of plant processes. Adequately lower freezing point than the functional temperature, low viscosity, acceptable heat transfer, high specific heat, non-corrosiveness, low cost, and high availability features are the important aspects on which one must decide the efficiency of the Brine Chilling System.
Another chilling system one must consider for industrial usages is a reciprocating chiller. Reciprocating and rolling to a minor extent, the boxed cooler is at the main support of most medium-sized building central systems. The reciprocating chillers entail one or more reciprocating or scroll compressor-motor assemblages, water-cooled condenser, oil and cooling Dosing, Control Panels and Wiring, expansion devices, refrigerant piping interconnections, Compressor Motor Starters air-cooled or condenser fans and adiabatic liquid coolers, and Auxiliary Equipment. They are both available in the closed and semi-closed form.
The brine chilling systems are user-friendly. They work automatically and comes with power-saving compressors which have a very high energy efficiency ratio and high-efficiency evaporators. It is quite portable and needs bare minimum floor space and quite seamless to be integrated into pre-existing systems. The chilling systems come with power coated cabinets and high-efficiency shell and tube type compressor. Most of the Brine chiller manufacturers offer prompt after-sales services. On the other hand, reciprocating chillers are factory boxed for a hassle-free and accurate installation process. The reciprocating chillers are available from many reciprocating chillers manufacturers in sizes up to 200 tons and larger in surging steps that are 20, 25, 30, and the count goes on. They are installed and serviced by responsible suppliers and most with a facility of the skilled workers and technicians or through factory permitted service technicians. With increased load efficiencies, these refrigeration chillers are one of the best and most tried and tested eco-friendly ones. These chillers are easy to operate as compared to traditional counterparts and contemporary technology has altered its functioning and made it simple to access. Manufacturers come up with various condensing variants that are accessible, such as air-cooled and for low ambient functions. Such chillers typically come in a smaller size and usually vary in size from 1 ton to 100 tons.
To select a brine chilling system, one must look into the cost-effectiveness of the solution. The chillers offering upgraded technical solutions such as shell and tube type heat exchanging method are always given priority. Brine chillers with bulk holding tank with immersed cooling coil and heat pump systems are the chosen ones. Those with plant type heat exchangers for evaporators and condensers are preferred over others. Brine chilling systems with a compressor with state-of-the-art generation technology hermetic, open, semi-hermetic, and screw types are always preferred over others.
Heat is a single common by-product of today‘s manufacturing machines that include the advanced automation technology required for both high speed operation and high precision. Components such as spindle motors, variable frequency drives, laser and x-ray sources all require cooling to operate properly and reliably – most often in the very adverse manufacturing environments.
With manufacturing space at a premium, machine packages have become smaller and liquid cooling has emerged as the most efficient and economical means of removing process heat. Liquid cooling is especially well adapted to hot, dirty environments, where it provides a method of removing the heat from the machine and not contributing additional heat back into the environment.
It is important to determine the heat load of your application to ensure the chosen chiller is big enough for the intended application.
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There are several ways to determine the heat load (in kW) but understanding the process is essential to calculating an accurate heat load.
When the heat load is known, the next step is to determine the coolant, its target temperature and the flow rate that the chiller must provide to the process. This is determined by the method from which the heat is transferred from the process to the coolant and the type of coolant being used. For example, water has different characteristics than oil.
Now use the chiller performance curves available to select a chiller model that meets or exceeds the required capacity based on the chilled water supply temperature and the highest expected ambient air temperature. Consideration should be given to the safety margin of the application with respect to available frame sizes to maximise the value of the chiller selection. Find all Pfannenberg chillers performance curves in the related product page.
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Pfannenberg offers a versatile range of packaged chillers, ranging in sizes from 1 kW to 150 kW insuring the proper capacity available for most applications. These packaged chillers are ready to use requiring only piping and power to install as part of your solution for process cooling applications – we‘ll even provide the coolant.
Ethylene & propylene glycol coolants, with proper corrosion inhibitors are available in a variety of packaging options – both full strength and pre-mixed. Each chiller model includes the pump, tank, refrigeration system and controls required for simple installation and reliable, efficient operation.
Our knowledgeable applications staff is always on hand to discuss the application and to make sure that a proper selection is made. With our many available equipment options we can easily customise our standard chillers to meet specific application requirements.
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