Heat Exchanger Designing Service

• Thermal design software: HTRI
• Design codes: ASME, TEMA and API
• Exchanger type: Fixed tube sheet, U tube and Floating head
• Sectors: Oil and gas, Chemical, Petrochemical, Refinery
• Services to countries: India, Gulf, Europe and America
• Fluid service: Vapor, Liquid, Condensing

Thermal design of all TEMA type units Vibration analysis of tube bundles Re-rating and performance validation of existing units Fixed tube sheet, Floating head and U-tube units Optimazation of design

We are listed amongst the most genuine and reliable Service Providers offering excellent, pocket friendly Heat Exchanger Designing Services. We are long engrossed in this business and thus, we are capable of fulfilling the diverse requirements of the customers and that too in the stipulated time span. With the complete guidance of our industry-experienced team members, the Designing process commences as per the requirements of our esteemed patrons. We make sure that the final design is as per the globally accepted design standards.

Pressure vessel and heat exchanger design involves the careful consideration of various factors to ensure safe and efficient operation. For pressure vessels, determining the maximum allowable working pressure (MAWP) is essential. This involves analyzing the internal and external pressures the vessel will experience and selecting materials that can withstand these pressures. Calculating the appropriate wall thickness is crucial for structural integrity, and considerations such as corrosion resistance and fatigue life must be taken into account. Additionally, closures and supports should be designed to handle the stresses and forces exerted on the vessel. In heat exchanger design, maximizing heat transfer efficiency while minimizing pressure drop is the main objective. Factors such as heat transfer surface area, flow arrangement, fluid velocities, and material selection play vital roles. The heat load and temperature difference between the fluids determine the required surface area, and selecting the optimal flow arrangement (e.g., parallel or counterflow) affects heat transfer efficiency. Fluid velocities need to be carefully considered to achieve efficient heat transfer without excessive pressure drop. Materials must be chosen to withstand the operating conditions and resist corrosion or fouling. Both pressure vessels and heat exchangers must comply with industry standards and codes to ensure safety and reliability. Adhering to standards such as the ASME Boiler and Pressure Vessel Code helps in designing, fabricating, and inspecting these equipment. By considering these factors in pressure vessel and heat exchanger design, engineers can develop designs that meet safety requirements, optimize performance, and ensure the longevity of these crucial industrial components.  

• Capacity: 1KW - 30MW
• Volume Flow: 5 m - 4500m
• Surface/Plate: 0,04 m - 3,0 m
• Working pressure max.: 25 bar

The heart of a PHE is a pack of embossed plates with apertures. The plates are assembled in a 180° angle to each other, resulting in flow gaps on each side. Each plate is provided with a gasket, which securely seals the flow gaps from the atmosphere and separates the two media used in the heat exchange. The gasketed plate pack is mounted in a rack and is compressed with tightening bolts between the fixed plate and the movable plate. To guarantee maximum heat transfer, warm and cold media are normally fed through the PHE in one-pass or multi-pass counter flow.

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