Design of Heat Exchangers using HTRI

Design of Heat Exchangers using HTRI

Shanmugam V

Lead / Senior Mechanical Engineer/Static Equipment Engineer

$ 200

4 already enrolled!

Advanced course for professionals

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Why enroll

From the "Heat Exchanger Design" course, the participants will gain specialized, practical expertise that directly supports their roles in engineering design and project execution. The course provides a unique opportunity to deepen their understanding of thermal and mechanical aspects of heat exchangers—critical components in energy and process systems.

Professionals are often motivated by the need to:

Enhance their ability to design and specify heat exchangers in line with industry standards such as ASME, TEMA, and API.
Bridge the gap between theoretical knowledge and real-world application in project-based environments.
Improve decision-making when evaluating vendor designs, managing technical queries, and ensuring equipment reliability and efficiency.
Stay competitive in the field of static equipment and packaged systems by expanding their skillset with a focused, industry-relevant course.
Gain confidence in communicating effectively with multidisciplinary teams, including process, piping, and instrumentation engineers.

Ultimately, participants seek to advance their careers, reduce design errors, and add value to projects by mastering the complexities of heat exchanger selection and integration.

Opportunities that awaits you!

Earn a course completion certificate

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Career opportunities

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

Design of Heat Exchangers using HTRI

8 Lectures

486 min

Introduction & Heat Exchanger Nomenclature
Preview
22 min
Heat Exchanger API 661
17 min
Shell and tube Heat exchanger
68 min
Heat Exchanger Types
83 min
Condensate Trim Heater
85 min
Heat Exchanger Flow Fraction
49 min
Shell & Tube Heat Exchanger
93 min
Logarithmic Mean Temperature Differences
69 min

Course details

The primary objective of the "Heat Exchanger Design" course is to equip participants with a comprehensive understanding of the principles, methodologies, and industry best practices involved in the design, selection, and specification of heat exchangers. Tailored specifically for professionals in mechanical static and package engineering, this course focuses on both the theoretical foundations and practical applications of heat exchanger design in process industries such as oil & gas, petrochemical, and power generation.

Participants will gain in-depth knowledge of various types of heat exchangers including shell-and-tube, plate, and air-cooled exchangers, with emphasis on thermal and mechanical design considerations, material selection, fouling factors, pressure drop, and design codes such as ASME and TEMA. The course will also cover the integration of heat exchangers into packaged systems, addressing layout constraints, operability, maintainability, and safety.

By the end of the course, professionals will be able to confidently interpret project specifications, perform basic design and rating calculations, evaluate vendor proposals, and contribute effectively to multidisciplinary project teams. This course bridges the gap between theoretical design and real-world engineering challenges, enhancing participants’ ability to deliver reliable and efficient heat exchanger solutions in complex industrial environments.

Course suitable for

Energy & Utilities
Oil & Gas
Pharmaceutical & Healthcare
Mechanical

Key topics covered

The 20-hours long online live course will briefly cover the following topics related to Heat Exchanger Design

- Heat Exchanger Introduction

- TEMA Configuration

- TEMA Overview and review

- Tube-sheet design as per UHX

- Thermal design concept

- Understanding Thermal datasheet / HTRI output

- Bellows selection

- Plate and Frame Introduction

- API 667 Code review

- Tube-to-tube sheet design & calculation

Our Alumni Work At

Ex-Tata Steel , Precision Engineering Division , West Bengal university

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.

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Chitra Sharma

Software Engineer

London

❮

❯

Shanmugam V

Lead / Senior Mechanical Engineer/Static Equipment Engineer

Questions and Answers

Q: You're offshore during pre-commissioning and searching Google for "HTRI shell and tube exchanger field verification before hydrotest". Two senior engineers disagree on what you verify first before signing the mechanical acceptance. What's the right call?

A: A lines up with API and TEMA practice. Geometry and nozzle orientation errors can invalidate the test setup itself. B flips the sequence; a hydro with wrong orientation proves nothing. C matters, but access doesn’t affect pressure safety on day one. D is a paper exercise and doesn’t block safe testing.

Q: During design review you're Googling "HTRI heat exchanger quick duty estimation sanity check" because the vendor duty looks high. What back-of-envelope check best tells you if the HTRI result is plausible?

Q: You're stuck on "ASME TEMA requirements for shell and tube exchanger design pressure" while reviewing an HTRI datasheet. Why does the code require design pressure ≥ max of operating plus static head?

Q: You're reviewing materials and searching "HTRI exchanger material selection wet H2S chloride offshore". Which degradation mechanism dominates for carbon steel tubes at 60°C with free water?

Q: During SAT you Google "HTRI exchanger pre-commissioning flow direction verification". The P&ID and HTRI report disagree on shell-side inlet. What do you verify first on the skid?

Q: You're estimating pump impact and searching "HTRI exchanger pressure drop quick estimate". Which check best validates the vendor ΔP before detailed review?

Q: You're checking compliance and Googling "API 660 heat exchanger fouling factor rationale". Why does the standard enforce minimum fouling factors even when HTRI predicts clean service?

Q: Material review has you searching "HTRI exchanger tube material seawater cooling offshore". What material choice best manages the dominant risk?

Q: You're resolving a punch list and Google "HTRI exchanger vent and drain location verification". What acceptance criterion actually matters?

Q: You're arbitrating advice and searching "ASME hydrotest pressure heat exchanger shell tube". One engineer wants 1.5× MAWP, the other 1.3×. What's defensible?

Design of Heat Exchangers using HTRI

Shanmugam V

$ 200

Advanced course for professionals

Design of Heat Exchangers using HTRI

Shanmugam V

Why enroll

Opportunities that awaits you!

Earn a course completion certificate

Career opportunities

Course content

Design of Heat Exchangers using HTRI

Course details

Course suitable for

Key topics covered

Our Alumni Work At

Why people choose EveryEng

SaiDeepa

Kranthi Bolineni

Penta Global Engineering

Prashant Joshi

Lamprell

Parth Desai

L&T

Omkar Zolekar

BBC

Chitra Sharma

Shanmugam V

Questions and Answers

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