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03 · HEAT EXCHANGERS

Shell & Tube Heat Exchangers (TEMA)

Thermal and Mechanical Optimized Exchanger Engineering

Optimized shell & tube configurations compliant with TEMA Class R, C, and B standards for maximum heat recovery and low pressure drop.

Shell & Tube Heat Exchangers (TEMA)

TEMA Compliant Exchanger Solutions

Heat exchangers directly dictate plant energy efficiency and operational fuel costs.

POLIEN optimizes tube bundle layout, tubesheet thickness, baffle pitch, and shell diameter according to fluid thermodynamic properties.

Key Exchanger Capabilities

Tubesheet Thickness Calculations

Sizing fixed, floating head, and U-tube tubesheets under combined pressure and thermal loads.

Flow-Induced Vibration (FIV) Analysis

Preventing acoustic resonance, fluid-elastic instability, and tube-to-baffle fretting.

Differential Thermal Expansion & Expansion Joints

Calculating shell-to-tube thermal stress differentials and bellows sizing.

Shell & Channel Nozzle Layout

Impingement plate sizing to prevent tube erosion under high-velocity fluid entry.

Industrial Applications

Refinery Coolers & Reboilers
Steam Surface Condensers
Waste Heat Recovery Exchangers (WHR)
DESIGN CODES

Applied Standards

TEMA 10th Edition (Class R, C, B)
ASME Section VIII Div. 1 (UHX)
EN 13445-3 (Part 13)
API 660

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