We designs,manufactures and construction Shell & Tube heat exchangers in accordance with TEMA. TEMA Class “R” shell and tube heat exchangers for generally severe requirements of petroleum and related processing applications; TEMA Class “C” shell and tube heat exchangers for generally moderate requirements of commercial and general process applications and Class “B” for chemical process service.
• Potential large heat transfer area with high heat transfer efficiency
• Flexible designs able to meet many different process requirements
• Steady heat transfer by utilizing multiple passes of one or both fluids
• High design pressures, typically up to 200bar, however can be significantly greater
• High design temperatures with large temperature ranges
• Manufactured to all design codes including ASME VIII; EN13445; PD5500
• Fully compliant with PED 97/23/EC including CE Marking with possible ASME “U-Stamp”
• Wide range of metallurgies including Carbon Steel, Stainless Steel, 22%Cr & 25%Cr Duplex, 254SMO and Titanium material
Shell & Tube heat exchangers operational benefits
• Reliable with limited maintenance requirements
• High working temperatures and pressures; operational flexibility
• High safety (tube-bundle inserted into pressure vessel; no fluid mixing)
• Can handle thermal shocks
• No leakages; environmental protection
Shell & Tube heat exchangers applications:
• Oil & Gas Production and Refining
• Chemical Processing
• Pharmaceuticals & Speciality Chemicals
• HVAC, Heat Recovery, Energy & Utilities
• Power Generation
• Nuclear
Shell & Tube heat exchangers example fluid combinations include:
• Water / Sea Water / Steam
• Homogeneous and low viscous fluids
• Amine / Glycols
• Hydrocarbons
• Condensate
• Petrochemical fluids
Shell & Tube heat exchangers Materials of Construction Weld procedures cover a wide variety of metals including stainless steel, Duplex stainless steel, copper alloys, Copper Nickel (CuNi), Inconel, Monel, Haynes Alloys, titanium, and other exotic alloys.
Publisher:Lord Fin Tube
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