§PLATEX® has designed Trolley based mobile cleaning equipment and customized to sizes from 100 to 1000LTR. § §PLATEX® CIP system is automated in a way where in built-in hater, pressure transmitters, Flow meter, Temperature sensors which makes sure 100% cleaning & efficient working. § §PLATEX®CIP units can be used for many process equipment like Heat Exchangers, Vessels, Reactors etc. The time-taking work of opening heat exchangers can be avoided. § §Benefit to industries are cleaning is faster, less labor-intensive and more repeatable also less chemical exposure risk. § §Platex® supplies a wide range of cleaning agents suitable for removing most of these troublesome deposits and restoring performance to optimal levels. CIP System: Cleaning in Place or On-line Cleaning System is know for cleaning of  product contact surface of vessel, heat exchanger, piping equipment without dismantling from line.   CIP started as a manual practice involving a balance tank,  centrifugal pump, and connection to the system being cleaned.   The benefits to industries by using CIP is that the cleaning is faster, less labor-intensive and more repeatable, and poses less of a chemical exposure risk. Principle of operation of Clean in Place System is basically related to the maintenance of any process equipment.   Question asked by process owner is “How do we identify need of cleaning of Process Equipment?   Generally the answer is •Pressure drop is increased •Temperature Profiles are not achieving (Inlet and Outlet temperature are not achieving)   Clean In Place system (CIP) works on the principle of pressure drop.   PLATEX® CIP System has designed to set Inlet and outlet pressure or required pressure drop on control panel, which will give benefit of ensuring 100% cleaning of the equipment.

lWarm water from the heat source is pumped to the water distribution system at the top of the tower. lThe water is distributed over the wet deck fill by means of large orifice nozzles. lHeat from the warm water is dissipated through the coil tubes. lPartial heat evaporated sidewise directly by the downward natural induced air and discharged to the atmosphere. lThe rest of the heat remains to the water cascading downward over the tubes. lSimultaneously, air is drawn in also through the air inlet deflector at the base of the condenser and travels through the dehydrator and heat exchange fills at the same direction of the water flow. lA small portion of the water is evaporated which removes the heat. lThe warm moist air is drawn sidewise also by the fan and is discharged to the atmosphere. lThe remaining water falls to the sump at the bottom of the cooling tower where it is recirculated by the pump up through the water distribution system and back down over the coils.

ØAdvanced Technology Cooling Towers ØProject process fluids from contamination ØEnvironmentally Conscious Operation ØLow Energy Consumption ØLower Annual Operating Costs ØReliable & Simple Operation  and Maintenance ØContainerized Design For Lowest Shipping Costs   lWarm water from the heat source is pumped to the water distribution system at the top of the tower. lThe water is distributed over the wet deck fill by means of large orifice nozzles. lHeat from the warm water is dissipated through the coil tubes. lSimultaneously, air is drawn in through the air inlet louvers at the base of the cooling tower and travels upward over the coil opposite the water flow. lA small portion of the water is evaporated which removes the heat from the remaining water. lThe warm moist air is drawnto the top of the cooling tower by the fan and is discharged to the atmosphere. lThe cooled water drains to the basin at the bottom of the tower and is returned to the heat source. lThe vertical air discharge of the BTC design and the distance between the discharge air and fresh air intakes, reduces the chance of air recirculation, since the warm humid air is directed up and away from the unit.  

• TypeShell & Tube
• Primary Exchanger MaterialSteel
• ApplicationPower Generation
• Medium usedWater
• Brand NamePLATEX INDIA
• DiameterAny
• CapacityAny
• Voltage220 - 440 V
• Surface FinishPaint Coated
• Product TypeShell and Tube Heat Exchanger
• MaterialMild Steel

• MOQ 10 Piece(s)
• Plate Heat Exchanger TypeGasketed Plate and Frame
• Size DimensionsAny
• ApplicationHeat Exchanger
• Part TypeHeat Transfer Plates
• Brand NameAll make heat exchanger spares
• Usage/ApplicationAny
• Size DiameterAny
• Primary Exchanger MaterialAll Material of Construction is catered
• TypePlate Heat Exchanger
• Medium usedOil, Water
• Max Output Flow Rate0-10 m3/hr, 10-20 m3/hr, 30-40 m3/hr, 40-50 m3/hr, 50-100 m3/hr
• MaterialStainless Steel
• Maximum Working Pressure20 - 25 Bar
• Temperature Range45 To 130 Degree C

In case of leakage in Shell & Tube Heat Exchanger, Tubes are Replaced by new one to maintain Heat Transfer Area.   Platex India Is expert in replacment of Tubes

§PLATEX® has designed Trolley based mobile cleaning equipment and customized to sizes from 100 to 1000LTR. § §PLATEX® CIP system is automated in a way where in built-in hater, pressure transmitters, Flow meter, Temperature sensors which makes sure 100% cleaning & efficient working. § §PLATEX®CIP units can be used for many process equipment like Heat Exchangers, Vessels, Reactors etc. The time-taking work of opening heat exchangers can be avoided. § §Benefit to industries are cleaning is faster, less labor-intensive and more repeatable also less chemical exposure risk. § §Platex® supplies a wide range of cleaning agents suitable for removing most of these troublesome deposits and restoring performance to optimal levels. CIP System: Cleaning in Place or On-line Cleaning System is know for cleaning of  product contact surface of vessel, heat exchanger, piping equipment without dismantling from line.   CIP started as a manual practice involving a balance tank,  centrifugal pump, and connection to the system being cleaned.   The benefits to industries by using CIP is that the cleaning is faster, less labor-intensive and more repeatable, and poses less of a chemical exposure risk. Principle of operation of Clean in Place System is basically related to the maintenance of any process equipment.   Question asked by process owner is “How do we identify need of cleaning of Process Equipment?   Generally the answer is •Pressure drop is increased •Temperature Profiles are not achieving (Inlet and Outlet temperature are not achieving)   Clean In Place system (CIP) works on the principle of pressure drop.   PLATEX® CIP System has designed to set Inlet and outlet pressure or required pressure drop on control panel, which will give benefit of ensuring 100% cleaning of the equipment.

lWarm water from the heat source is pumped to the water distribution system at the top of the tower. lThe water is distributed over the wet deck fill by means of large orifice nozzles. lHeat from the warm water is dissipated through the coil tubes. lPartial heat evaporated sidewise directly by the downward natural induced air and discharged to the atmosphere. lThe rest of the heat remains to the water cascading downward over the tubes. lSimultaneously, air is drawn in also through the air inlet deflector at the base of the condenser and travels through the dehydrator and heat exchange fills at the same direction of the water flow. lA small portion of the water is evaporated which removes the heat. lThe warm moist air is drawn sidewise also by the fan and is discharged to the atmosphere. lThe remaining water falls to the sump at the bottom of the cooling tower where it is recirculated by the pump up through the water distribution system and back down over the coils.

ØAdvanced Technology Cooling Towers ØProject process fluids from contamination ØEnvironmentally Conscious Operation ØLow Energy Consumption ØLower Annual Operating Costs ØReliable & Simple Operation  and Maintenance ØContainerized Design For Lowest Shipping Costs   lWarm water from the heat source is pumped to the water distribution system at the top of the tower. lThe water is distributed over the wet deck fill by means of large orifice nozzles. lHeat from the warm water is dissipated through the coil tubes. lSimultaneously, air is drawn in through the air inlet louvers at the base of the cooling tower and travels upward over the coil opposite the water flow. lA small portion of the water is evaporated which removes the heat from the remaining water. lThe warm moist air is drawnto the top of the cooling tower by the fan and is discharged to the atmosphere. lThe cooled water drains to the basin at the bottom of the tower and is returned to the heat source. lThe vertical air discharge of the BTC design and the distance between the discharge air and fresh air intakes, reduces the chance of air recirculation, since the warm humid air is directed up and away from the unit.  

• TypeShell & Tube
• Primary Exchanger MaterialSteel
• ApplicationPower Generation
• Medium usedWater
• Brand NamePLATEX INDIA
• DiameterAny
• CapacityAny
• Voltage220 - 440 V
• Surface FinishPaint Coated
• Product TypeShell and Tube Heat Exchanger
• MaterialMild Steel

• MOQ 10 Piece(s)
• Plate Heat Exchanger TypeGasketed Plate and Frame
• Size DimensionsAny
• ApplicationHeat Exchanger
• Part TypeHeat Transfer Plates
• Brand NameAll make heat exchanger spares
• Usage/ApplicationAny
• Size DiameterAny
• Primary Exchanger MaterialAll Material of Construction is catered
• TypePlate Heat Exchanger
• Medium usedOil, Water
• Max Output Flow Rate0-10 m3/hr, 10-20 m3/hr, 30-40 m3/hr, 40-50 m3/hr, 50-100 m3/hr
• MaterialStainless Steel
• Maximum Working Pressure20 - 25 Bar
• Temperature Range45 To 130 Degree C

In case of leakage in Shell & Tube Heat Exchanger, Tubes are Replaced by new one to maintain Heat Transfer Area.   Platex India Is expert in replacment of Tubes