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Chiller Plants

We deal in HVAC Design & Consultancy, HVAC Sales & Supply, HVAC Installation & execution. We take care of HVAC projects, Energy Audit, server room & data centre cooling, ventilation etc.

Installation of the Chiller plant is required for reciprocating heat from water to closed refrigerant system. Later the refrigerant will be injected to the location where unwanted heat can be moved to the atmosphere. Excellence & Multiple facilities are key factors due to which there is a higher demand of chiller plant installation services. MGCS which has done an appreciable work towards carrying out unbeatable HVAC services is now taken a step in the field of installing chiller plant; we have tied up with excellent manufacturers of chiller plant who deal in –

Air Cooled Chiller

Air-cooled chillers rapidly soak up the heat from process water; they then shift this heat into the air present around the chiller unit. Typically these units are used in areas where extra heat discharge is not an issue, but instead works as an advantage. For example, the extra heat can be utilised to warm a space during the winter seasons.

Generally, Air cooled chillers are located in mechanical apparatus rooms or in a space of the premises that is close to the mark it is cooling.

Water Cooled Chiller

Water cooled chillers are utilised in a variety of operations where chilled water or liquid are move around through process equipment. Generally utilised to cool products and machinery, water chillers are used in a large number of different applications including food and beverage, chemicals, injection molding tool and die cutting, lasers, machine tool, semi-conductors and more.

The role of an industrial chiller is to transfer heat from one location (usually product or process equipment) to another location (normally the air outside the manufacturing building).

Skid Mounted Chiller

Skid mounts are a well liked method of dispensing and storing equipments for the industrial use. Directly put, the equipment at point of manufacture is permanently mounted in a frame or a metal Pallet or onto rails. The machinery can then be very easily and securely transported and used as a unit.

Green Cooling Chillers

As compared to the artificial refrigerants CFCs, HFCs, and HCFCs Green Cooling Chillers make use of natural refrigerants such as ammonia, hydrocarbons, CO2, water and air and they have no potential to deplete ozone, even they have negligible global warming potential.

Natural refrigerants have attribute that require extra safety measures, compared to artificial refrigerants. HCs are combustible and ammonia is combustible, corrosive and of higher toxicity. The selection of safe components, use of appropriate materials and technician training can balance out these undesirable attributes.

Modular Chiller

Conventional modular chillers have a single power source, so if single unit needs maintenance then the whole bank would go offline. Modular chillers are crafted with distinct electrical feeds providing a built-in redundancy. If single module breaks down or requires to be shut down for maintenance, the other modules can operate without any interruptions to keep your facility running at full capacity.

Modular chillers have the potential to supply heating, cooling, heat pump and heat recovery technology in each module. They can even tackle both water and air to accomplish simultaneous heating and cooling, without geothermal.

Chiller plant operates on proper refrigerant cycle where absorption or vapour compression cools the fluid through which transfer of heat can be done precisely. Be it absorption or compression , the chiller system operates on principles mentioned below –

Liquid gets warmed up and volatilises into gas.

Scaling down of boiling point by lowering the pressure of liquid, increasing the pressure if required.

Once the gas cools down, the gas condensate into liquid

The heat will always flow from hot to cold environment