Online Heat Exchangers Design Course Duration: 18 Hours Fee: 10, 000/- Contents: Types and applications of heat exchangers • Types • Shell-and-tube heat exchangers • Air coolers • Plate-frame exchangers • Compact plate-fin exchangers • Applications • Single-phase • Boiling/evaporating • Condensation Fundamentals of heat exchanger performance • Energy balance • Rating methods • F-LMTD • e-NTU • Incremental computer-based • Pressure drop • Performance margins • Fouling factors • Cleanliness factors Heat exchanger selection criteria • Cost • Operating Conditions • Transient • Maintenance needs • Cleaning schedule • Material selection • Fluid compatibility • Mechanical considerations • Temperature and pressure Single-phase applications • Heat transfer coefficients • Pressure drop • Extended surfaces • Enhancements • Tube inserts Boiling applications • Boiling fundamentals • Pool Boiling • Flow Boiling • Two-phase pressure drop • Typical services Condensing applications • Condensing fundamentals • Pressure drop considerations • Condenser geometries Operational problems • Fouling • Vibration • Venting and draining • Reboiler problems • Temperature pinch