HEAT EXCHANGER DESIGN

The Heat Exchanger Design Program (40 hrs) delivers in-depth expertise in TEMA standards, ASME UHX, bolt torque, and PV Elite modelling. Covering various TEMA Heat exchanger types, tube layouts, and HTRI reports, this course empowers engineers to confidently design fixed tubesheet, U-tube, floating head exchangers and stacked type of heat exchangers in line with code requirements.

instructor: Sachin Pol

Duration: 40 Hours

Vertical 3D CAD model of a multi-stage industrial heat exchanger with distinct color-coded sections

SERVICES

6 lectures
40h Duration

Heat Exchanger Types
Significance of each type of heat exchanger

Nomenclature
Bundle pulling loads ( Horizontal Units)
Bolt Tightening Sequence
Scope-TEMA
Definitions of ...Read More
Tube Pattern
Tube Pitch
Minimum shell and cover thickness
Baffle Types and cuts
Baffle clearances
Baffle Thicknesses
Longitudinal baffles thickness calculations
Maximum Unsupported Tube spans/ For U-bends
Impingement plate requirement and entrance areas
Tie Rod size and Numbers
Gaskets
Tube sheet Thicknesses
Tube Hole Diameters and clearances
Tube Hole grooving
Tube -Tube sheet Joints
Minimum Inside Depth
Pass partition plate thickness
Bolt Spacing
Entrance and exit areas
Bypass Sealing arrangement
Flow induced vibration
Design considerations for vibration

Scope
Terminology
Condition of applicability
Rules for the design of Fixed tubesheets
Rules for the design of Floating tubesheets
Rules for the design of U-tube tubesheets
Concept of shell bands

Understanding of PDS/HTRI report
Important parameteres from Mechanical design Point of view

Bolt Tightening torque calculations as per ASME PCC-1 and Dennis moss

Static Equipment Design Training Combo By Express Engineering Solutions

This Course Includes:

40 hours on-demand videos
Expret-Curated Content
Live Q&N Session
Certificate of completion

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