Oil & Gas
Evaluate crude conditioning, solvent regeneration and gas cooling around the actual fluid behaviour, thermal duty and available pressure drop.
Plate & Shell Heat Exchangers by Industry
Start with the process challenge, then review the relevant thermal duty, fluids and design conditions.
Industry engineering guides
Refrigeration
Coordinate condensation, evaporation and cascade duty with refrigerant distribution, oil management and system controls.
Marine & Offshore
Combine heat-transfer selection with seawater compatibility, vapour handling and the installation requirements of the vessel or offshore facility.
Refining & Petrochemical
Feed / effluent recovery, overhead condensation and reboiling require a review of composition, fouling and temperature profiles.
Review heat recovery dutiesChemical Processing
Solvent composition, corrosion, polymerisation and wall temperature influence the surface and cleaning strategy.
Review process condensationPower Generation
Define water chemistry, pressure transients, inspection requirements and the heat-removal duty.
Explore the water-cooling projectLNG & Cryogenic
Cold-vapour warming calls for a low-temperature material and thermal-expansion review. Confirm the actual design envelope for the project.
Review cold-vapour heatingHeat Recovery / Energy Efficiency
Recover heat between process streams while balancing temperature approach, viscosity and available pumping head.
Review heat-recovery selectionNeed a Plate & Shell Heat Exchanger Selection?
Send both fluids, flow rates, inlet and required outlet temperatures, operating and design pressures and temperatures, allowable pressure drops, material requirements and fouling information.
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