ENGINEERING METHOD
Thermal design evaluates heat curves, LMTD/temperature cross, boiling/condensation regime, allocation, velocities, fouling, vibration and off-design cases.
ENGINEERING TEAM & DIGITAL TOOLCHAIN
Heat-Transfer & Exchanger Rating
Rates exchangers, condensers, reboilers and air coolers for duty, pressure drop, phase behavior, vibration and fouling.
TYPICAL SOFTWARE / TOOL CLASS
Typical tool classes include HTRI or Aspen EDR for thermal rating, supported by process-simulator heat curves and mechanical-code software.
CRITICAL INPUTS
Stream properties and heat curves, duty, allowable pressure drop, fouling, materials, design cases, cleaning and plot constraints.
ENGINEERING DELIVERABLES
Thermal datasheet/rating, geometry selection, vibration review, nozzle conditions, performance curves and vendor design-review inputs.
VERIFICATION & QUALITY CONTROL
Independent duty/pressure-drop checks, phase-consistency review, vendor comparison and performance-test basis.
APPLICATIONS & PROJECT INTERFACE
Shell-and-tube exchangers, condensers, reboilers, air coolers and heat-integration studies.
STANDARDS & TOOLCHAIN NOTE
TEMA, API 660/661, ASME VIII and selected EN/DIN/GOST basis. Software is selected per project scope, client requirement, interoperability and licensed availability; naming a tool class does not imply that every project uses every product.
CONTRACTUAL CODE BASIS
TEMA, API 660/661, ASME VIII and selected EN/DIN/GOST basis. Software is selected per project scope, client requirement, interoperability and licensed availability; naming a tool class does not imply that every project uses every product.