SERVICES

  • Thermal Design & Sizing
    • Accurate sizing based on process requirements and thermal duty
  • Heat transfer Coefficient Evalution
    • Shell-shield and tube-sheild Coefficient calculation
    • Pressure drop estimation and optimization
  • Performance Optimization
    • Enhanced performance using baffle design, finned tubes (for ACHE), and flow control
    • Minimization of pressure losses while maximizing heat transfer
  • Thermal Rating & Revamp Studies
    • Evaluation of existing exchanger performance under new process conditions
    • Life extension and thermal upgrade recommendations
  • Fouling & Flow Regime Consideration
    • Design considering fouling resistance, laminar/turbulent flow, and viscosity effects
  • Thermal Report & Documentation
    • Complete thermal design report with performance summaries, temperature profiles, and pressure drop charts
    • TEMA data sheets and HTRI output files for third-party or client approval
  • Integration with Mechanical Design
    • Coordination with pressure vessel and mechanical design teams
    • Support in selecting tube layout, pitch, baffle spacing, and expansion joints

  • Shell & Tube Heat Exchangers (Fixed tubesheet, U-tube, floating head, and kettle type)
  • Air-Cooled Heat Exchangers (ACHE) (Forced draft, induced draft)
  • Coil-Type Heat Exchangers (Helical and spiral configurations)

  • TEMA (Tubular Exchanger Manufacturers Association)
  • ASME Section VIII Div 1 & 2 (For pressure-integrated thermal design)
  • API 660 (For oil and gas industry heat exchangers)
  • PD 5500 (For pressure equipment as per UK standards)

  • HTRI Xchanger Suite for rating, simulation, and optimization
  • Custom thermal analysis tools for preliminary design and validation

TRAINING