Heat Exchanger in Practice

DESCRIPTION

The programme and its contents are specifically developed for practicing engineering and project professionals as well as trainee engineers. Therefore the contents make use of the essential academic background, which is combined with the relevant state of the art field experience and best operational, maintenance and reliability considerations.
The contents encompass the typical applicable international standards supplemented with the latest technological developments as it is considered essential for the practicing professional to have the necessary applied knowledge to take the necessary actions in relation to existing and to new equipment and practices, aiming to achieve the optimum profitability, operability, maintainability, reliability safety and environmental protection. At the same time the practicing professional is enabled to be at the forefront of the latest relevant developments for the necessary and timely action and improvements.

WHO SHOULD ATTEND

Those directly involved in gas processing operations will find the course particularly relevant.

SUMMARY OUTLINE HEAT EXCHANGER

Session 1

Introduction
Types of Heat Exchanger
Heat Exchanger constructional and design features
Shell and Tube Heat Exchanger Components
Bundles, Tubes, Tube Layouts, Tube Patterns, Tube Counts, Baffles, Shells,
Covers -Types, Characteristics, Applications
Fluid Flow Paths Shell and tube side fluid selection arrangements
Tube vibrations, erosion, and cavitation.
Helically baffled shell and tube heat exchanger Characteristics, applications

Session 2

Rod Baffled shell and tube heat exchanger characteristics, applications.
Hairpin Heat Exchangers, – types, characteristics applications
Fin fan coolers types, characteristics, and applications.
Design Considerations Thermal Hydraulic Design
Modes of Heat Transfer
Heat Transfer in a Shell and Tube Heat Exchanger – Basic Equations
Temperature Distribution Logarithmic Mean Temperature Difference (LMTD)
Nomogram for Logarithmic Mean Temperature Difference (LMTD)

Session 3

Correction Chart for LMTD
Temperature Effectiveness
Fouling Factors
Heat Transfer Coefficients, Pressure drop inside Tubes Pressure Drop Across Tubes
Shell and Tube Side Velocities
Nozzle Dimensions
Data Tables and Graphs
Relevant Examples

Session 4

Thermal Rating Design
Service Related Problems
Impingement and Erosion
Tube Vibrations
Cavitation
Thermal Stresses
Distortions
Overdesign
Underdesign

Session 5

Fouling, its nature and effects
Cleaning Heat Exchangers
Performance Improvement Techniques.
Monitoring Heat Exchanger Performance
Debottlenecking Heat Exchangers
Extending Service Life
Standard materials, corrosion and corrosion protection.
Testing and Inspecting Heat Exchangers (New or in Service)

COURSE METHOD

Presentation
Discuss
Case Study
Evaluation
Simulation

TIME & VENUE

Dafam Fortuna Hotel Jl. Dagen 60 Malioboro Yogyakarta,
21 – 24 Maret 2015
20 – 23 May 2015
20 – 22 Juli 2015
27 – 30 October 2015
4 days (08 am – 04 pm)

COURSE SPEAKER

Teguh Pudji Purwanto, Ir, MT
Teguh Pudji Purwanto experienced more than 26 years in mechanical industry.

COURSE FEE

IDR 7,000,000.00 per participant non residential

FACILITY

Module / Handout
Certificate
Souvenir
Training Kit

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Heat Exchanger in Practice