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CIP Pump QAR   0 QAR  0
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CIP Pump

Maintenance personnels frequently encounter the problem of build-up deposits on heat transfer surfaces in many applications . We do supply the complete CIP pump system as per the requirement of our customer. The CIP pump can be used for cleaning the equipments without opening the Unit. This can be used for plate heat exchanger, spiral heat exchanger , other welded heat exchanger and shell and tube heat exchangers. Concept : Connect the CIP unit to the heat exchanger Mix the cleaning chemicals in the tank and heat it up. Circulate the cleaning solution for few hours depends on the scale. Drain and rinse thoroughly with water Disconnect the CIP unit All scales shall be removed and the equipment is back to the designed performance. Principle: Complete or partial dissolving or destruction of the deposits due to the chemical reaction. Deposits are removed in the continuous re circulation. Features and Benefits: Connecting directly to the inlet and outlet. This avoids disassembly and assembly .Down time minimized and increases the gasket life in case of gasketted phe. Construction of Pump and tank and all other wetted parts are in AISI304 or as per the preference of customer . Fast cleaning due to the hot liquid . Heating element helps to heat the chemical in the tank. Temperature Indicator to check and plan the required temperature . Reverse direction circulation makes it possible to remove any deposits which is difficult to remove from the heat exchanger.

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Replacement Spare Gaskets QAR   0 QAR  0
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Replacement Spare Gaskets

Plate heat exchangers gasket is one of the crucial part for the operation and it needs to consider the elastomeric properties in line with the application. An elastomer is composed of a large number of products: polymer, fillers, plasticizers, activator, accelerator, antioxidant… The formulation of an elastomer can be optimally improved to achieve desired physical traits including hardness, compression set, heat resistance and chemical properties. These parameters must be considered to choose the must appropriate elastomers for a particular gasket application. When an elastomer gasket is not used in the proper temperature range, its life can be shortened and leakage can occur. Heat plate exchanger gaskets must be designed with consideration of the following physical properties: Compression set: Hardness Tear strength: Tensile strength and elongation at break: Gasket MOC : NBR, NBR-HT, EPDM, EPDM-HT, Viton A, Viton G etc Make : Almost all makes , we can support. Some of the regular makes are

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Brazed Plate Heat Exchangers QAR   0 QAR  0
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Brazed Plate Heat Exchangers

Brazed plate Heat Exchanger is constructed of a series of Pressed corrugated plates in stainless steel. These plates are stacked one over other with copper foil in between for Joining and kept in oven for brazing together. The plates are stacked in such a way that flow passage one side primary fluid and another channel secondary fluid passage. Features: Small Footprint Lower Hold-up Volume No Gaskets to Replace High and Low Temperaturesv BPHE plates and channel types Certain BPHEs are available with different types of channel plates where the herringbone pattern varies. The benefit of different herringbone patterns is that the hydraulic and thermal characteristics of the BPHE can be modified. For example, two BPHEs can have the same pressure drop on both sides despite different flow rates. The fluids can pass through the heat exchanger in different ways. For parallel flow BPHEs, there are two different flow configurations: co-current or counter-current There are several different versions of the channel plate packages. Examples include: Dual-circuit BPHEDual-circuit BPHE Two-pass BPHE, which corresponds to two units connected in series. Dual-over-two-pass BPHE Material combinations There are different BPHE product categories depending on material combinations and design pressures. The standard plate materials are AISI 316 stainless steel, S, vacuum-brazed with a pure copper filler, C, or a nickel-based filler, N. For demanding applications, the plates can be made of SMO 254, a stainless steel with a higher content of molybdenum.

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Spiral Heat Exchangers QAR   0 QAR  0
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Spiral Heat Exchangers

Manufacturing is done by rolling two sheets around a centre core to form two concentric spiral passage. The sides are welded and forms two passage . one for hot and another for cold fluid. Spacer Studs: The plate gap is maintained by welded studs and this can be tailor made as per the requirement of the applications. Circular design Large surface to volume ratio and hence very compact Easy maintenance Counter current flow Self Cleaning effect in the passage in spiral HX As this single passage and this induce high shear stress and hence any particle in the passage that will be scrub away as they form. Hence reduces fouling,. Application For high viscosity fluid Fouling Liquids, Fibresm Sludges etc As solvent recoverycondenser in Pharma Industry

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Heat Trace Coils/Plate Heatex Coil QAR   0 QAR  0
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Heat Trace Coils/Plate Heatex Coil

Construction : Plate type heatex coil consists of two metal sheets of equal or unequal thickness which will eventually form the heat transfer plates. This is seal welded along the perimeter and spot welded intermittently across the entire heat transfer surface using an automatic state of art laser welding technology. Types 1,Single inflated 2,Double inflated Specifications Temperature : upto 800 deg c Pressure : upto 60 bar Advantages: Can be inserted in tanks or flowing liquids. Can be clamped into shell Can be integrally welded as shell component Clamp on to maintain temperature in chemical storage tanks APPLICATION Jacketed tanks and vessels Clamp-on upgrades Immersion heaters and coolers Hear recovery banks Suction heaters Bayonet heaters Cryogenic shrouds Drum warmers Pipe coolers Freeze-dry condenser banks Shipboard heaters and coolers Cascade coolers Refrigeration coolers Storage tank heaters Shelves Fluidized beds Gas cylinder heaters EXOTIC METAL DIVISION We do offer the below as per customer requirements and as per your requirements in ASME,BS, TEMA, DIN and other INTERNATIONAL STANDARDS Titanium shell and tube heat exchangers Titanium Piping , lining Components fabrication with special Metals like titanium. Tandalum. Nickel, Hastelloy C 276 Titanium Anode, Platinized Titanium Anode We can offer to the specific needs with ASME and TEMA specifications.

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Semi Welded Type QAR   0 QAR  0
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Semi Welded Type

Semi welded Plate Heat Exchangers Two plates are laser welded with each other and are called as a twin plate or cassette. These two cassettes when joined, from channel where other fluid flows. These units are mostly used as evaporators or condensers, where the gaseous fluid Flows within the cassette and the other fluid flows through the gap formed by cassette. These units are also used in application where primary fluid is not compatible with the regular gaskets. The gasket material used is Nitrile rubber, EPDM, VITON and NEOPRENE as ring gasket. The plate material used, based on process parameters and the fluid are diversified like,SS316, Titanium, and SMO 254 etc. The PHE size in this range varies from 2” connection size to a maximum of 10 ” connection size.

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