Innovate with HEX Training:

Unlock Your Potential in Heat Exchanger Design

with Reza Asgari

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HEX is an online comprehensive heat exchanger designing training course crafted for both beginners and seasoned professionals in industries such as oil and gas, steel, chemicals, and more. Our program is a robust tool designed to equip you and your team with the critical skills necessary to excel in your field. HEX offers a dynamic and interactive learning experience, specifically tailored to meet the unique design challenges and requirements of your industry.

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You think water moves fast? You should see ice. It moves like it has a mind.

WHAT OUR CLIENTS SAY

TESTIMONIALS

Miguel Santos

Thermal Design Engineer

Miguel Santos

“As a young Thermal Design Engineer, the HEX training course was invaluable. It simplified complex heat exchanger concepts and boosted my confidence in design. Highly recommended for professionals at any stage!”

Sofie Jensen

Lead Process Engineer

Sofie Jensen

“I recently completed the HEX Heat Exchanger Designing training course, and I couldn’t be more impressed with the depth and quality of the content. As a Lead Process Engineer, I found the course extremely valuable in both refreshing my knowledge and introducing me to advanced design techniques. I now feel more confident in optimizing heat exchanger designs for my projects. I highly recommend this course to any engineer looking to enhance their skills in heat exchanger design.”

Malik Johnson

Heat Transfer Specialist

Malik Johnson

“The HEX training course was a transformative experience for my career. The well-structured modules and practical insights helped me master both the fundamental and advanced aspects of heat exchanger design. I now feel confident in applying these skills to real-world projects. A special thanks to Reza Asgari for his expert guidance and clear explanations throughout the course.”

ALL YOU NEED TO LEARN

COURSE DETAILS

15 Chapters | 85 Lectures | ~36 Hrs Total length

▶    Lesson 1: Overview of Heat Exchanger Types (38:54)

▶    Lesson 2: Equipment Sizing Algorithm in Oil and Gas Plants (16:23)

▶    Lesson 3: Fundamentals of Thermal Design (13:05)

▶    Lesson 4: Parts of Shell and Tube Heat Exchangers (20:59)

▶    Lesson 5: Heat Exchangers: “TEMA Standards” (13:38)

▶    Lesson 6: Categories of Shell and Tube Heat Exchangers (11:08)

▶    Lesson 1: Terminology and Definitions of Heat Exchangers (40:45)

▶    Lesson 2: Thermal Duty Calculation (43:27)

▶    Lesson 3: Sections of Shell and Tube Heat Exchangers (20:10)

▶    Lesson 4: Heat Exchanger Symbols in PFD and P&ID (16:50)

▶    Lesson 1: Understanding Heat Exchanger Classification (17:09)

▶    Lesson 2: Description of E-Type Shells (53:02)

▶    Lesson 3: Principles of Heat Exchanger (57:41)

▶    Lesson 4: U-Tube Heat Exchanger Schematics (41:54)

▶    Lesson 5: Details of Kettle-Type Heat Exchangers (26:04)

▶    Lesson 6: Floating Tube Sheet Heat Exchanger Design (32:40)

▶    Lesson 1: Key Thermal Equations (14:31)

▶    Lesson 2: Hot and Cold Stream Definition (21:19)

▶    Lesson 3: Heat Exchanger Criteria for Thermal Design (24:15)

▶    Lesson 4: Thermal Design Concepts (22:00)

▶    Lesson 5: Heat Transfer Surface Area Calculation (19:46)

▶    Lesson 6: TEMA Designations (51:30)

▶    Lesson 1: Thermal Calculation Formulas (30:37)

▶    Lesson 2: Data Input for Design (19:36)

▶    Lesson 3: Fluid Allocation Strategies (12:41)

▶    Lesson 4: Calculating Heat Transfer Area & limitation (18:35)

▶    Lesson 5: Understanding Temperature Profiles (23:13)

▶    Lesson 1: Flow Direction Impact & Temperature Profiles (14:48)

▶    Lesson 2: Hot and Cold Fluids Allocation & Conditions (14:19)

▶    Lesson 3: Heat Exchanger Temperature MAP Effects on LMTD (15:07)

▶    Lesson 4: Co-Current and Counter-Current Flow Analysis (18:24)

▶    Lesson 5: Calculating LMTD for Co-Current Flow (15:07)

▶    Lesson 6: Temperature Profile for Counter-Current Flow (10:56)

▶    Lesson 7: What is Temperature Approach? (17:08)

▶    Lesson 8: Counter-Current Temperature Profile Analysis (15:31)

▶    Lesson 9: Phase Change Heat Exchanger Dynamics (14:01)

▶    Lesson 10: Temperature Profiles Effect on Thermal Design (25:03)

▶    Lesson 1: Effective LMTD Correction Factors (18:29)

▶    Lesson 2: LMTD Correction Factors Calculation (15:39)

▶    Lesson 3: Overall Heat Transfer Coefficient Definition (21:12)

▶    Lesson 4: Heat Transfer Resistance Effect on Thermal Design (22:13)

▶    Lesson 5: Calculating the OHTC (20:25)

▶    Lesson 6: MTD Correction Factor Analysis (26:14)

▶    Lesson 1: Design Methodologies (19:33)

▶    Lesson 2: Input Data for Thermal Studies (23:23)

▶    Lesson 3: Using Thermal and Mechanical Software (18:32)

▶    Lesson 4: Heat Exchanger Design and Simulation Modes (45:54)

▶    Lesson 5: Heat Exchanger Rating Principles and Applications (23:56)

▶    Lesson 6: Heat Exchanger Simulation Mode (17:46)

▶    Lesson 7: Heat Exchanger Design & Case Study (22:29)

▶    Lesson 1: Heat Exchanger Key Components Overview (15:37)

▶    Lesson 2: Heat Exchanger Schematic Illustrations (30:25)

▶    Lesson 3: Front/Rear Channel Components (21:12)

▶    Lesson 4: Thermal Design Algorithm: Principles and Implementation (51:22)

▶    Lesson 1: TEMA Sheet Examples (45:15)

▶    Lesson 2: Key Data in TEMA Sheets (43:36)

▶    Lesson 1: Tube Sheets Layout (29:09)

▶    Lesson 2: Tube Bundle Components (23:25)

▶    Lesson 3: Tube-to-Tube Sheet Joints (06:58)

▶    Lesson 4: Design and Function of Tubes in Heat Exchangers (16:37)

▶    Lesson 5: Tube Pass Design and Modeling in Heat Exchangers (28:52)

▶    Lesson 1: Tube Pitch & Tube Sheet Arrangement (18:16)

▶    Lesson 2: Tube Bundle Components (19:22)

▶    Lesson 3: Tube-to-Tube Sheet Joints Details (29:59)

▶    Lesson 4: Tubes Specification in Heat Exchangers (40:22)

▶    Lesson 5: Tube Passes Effect on Thermal Design (35:01)

▶    Lesson 1: Applications of Baffles in Heat Exchangers (17:51)

▶    Lesson 2: Types of Baffles in Heat Exchangers (12:53)

▶    Lesson 3: Single and Double Segmental Baffles (32:31)

▶    Lesson 4: Supporting Baffles (33:54)

▶    Lesson 5: Impingement Plates (41:36)

▶    Lesson 6: Managing Heat Exchanger Fouling (41:22)

▶    Lesson 1: Heat Exchanger Pressure Drop (09:19)

▶    Lesson 2: Pressure Drop Calculations (19:05)

▶    Lesson 3: Tube Bundle Baffle Specification (15:57)

▶    Lesson 4: Impact of Fouling on Heat Exchanger Performance (19:05)

▶    Lesson 5: Types of Fouling Factors and Their Impact on Thermal Design (35:06)

▶    Lesson 1: Solving Vibration Issues (16:12)

▶    Lesson 2: Acoustic and Vibration (Mechanical) Criteria (18:39)

▶    Lesson 3: Mechanical Analysis of Heat Exchangers (19:07)

▶    Lesson 4: Estimating Heat Exchanger Costs (21:21)

▶    Lesson 5: Reboiler Heat Exchanger Overview (21:37)

▶    Lesson 6: Reviewing TEMA Standard Criteria (46:35)

▶    Lesson 7: Baffle Spacing & Baffle Configuration (15:22)

▶    Lesson 8: Reviewing Course Files and Resources (58:15)

Prove your expertise

Earn industry-recognized credentials an demonstrate your new skills

RICH RESOURCES
KEY FEATURES

Industry-Relevant Content

The course focuses on real-world applications and challenges in heat exchanger design, ensuring you gain practical, in-demand skills.

Expert-Led Instruction

Reza Asgari is an expert instructor with over 23 years of experience in heat exchanger design. His practical knowledge and engaging teaching style make him a key asset to the HEX training course.

Self-Paced Learning

Access the course materials 24/7 and progress at your own pace, making it convenient for working professionals.

Permanent Support

The instructor is with you throughout the training. Just send your question to us, we’ll fetch the response from the instructor and get back to you ASAP.

BEST OFFER

COURSE PRICING

  • Instructor: Reza Asgari

  • Course Duration: 36 Hours

  • Quality: Full HD (1920×1080)

  • Questions: Directly from “Reza”

  • Warranty: 30-Day Moneyback

  • Access: Full Lifetime Access

  • Certificate: Certificate of Completion

  • Value: $3000+

  • Price: CA$350

ABOUT COURSE INSTRUCTOR

MEET INSTRUCTOR

Reza Asgari

Senior Process Engineer & Thermal Designer

A highly experienced process engineer with a Bachelor’s degree in Chemical Engineering, specializing in Process Design for the Oil Industry. With over 21 years of experience in the oil and gas sector, Reza has worked on numerous high-profile national and international projects, including his roles as Senior Process Consultant at Worley Parsons (Oman) and Petro Asmari International. A dedicated educator, Reza has trained over 2,000 specialists and engineers, sharing his deep expertise in process design and engineering. Reza’s passion for teaching and his wealth of hands-on experience make him an invaluable resource for anyone looking to master heat exchanger design and other crucial process engineering skills.

WHAT WE OFFER

HEX GALLERY

ALL YOU NEED TO KNOW

FREQUENTLY ASKED QUESTIONS

What is the duration of the HEX online training course?

The HEX online training course is a comprehensive 36-hour program.

The course is self-paced, allowing you to learn at your own convenience. You can access the course material 24/7 and progress through the modules at a pace that suits you.

There are no specific prerequisites for this course. It is designed to cater to both beginners and professionals seeking to enhance their knowledge in Heat Exchanger Design.

Yes, upon successful completion of the course, you will receive a certificate from HEX, showcasing your achievement and expertise in Heat Exchanger Design.

Yes, you will have continued access to the course material even after completing the training. This allows you to review the content and refer back to it whenever needed.

We provide dedicated support throughout the training. You can reach out to our experienced instructor and support team via email or WhatsApp to get your questions answered and receive guidance.

This course equips you with in-demand skills and knowledge in Heat Exchanger Design, making you a valuable asset in various industries such as manufacturing, oil and gas, chemicals, and more. It enhances your career prospects by opening doors to new job opportunities and advancements within your current role.

Yes, the course is designed to cater to beginners and individuals with no prior experience. It starts with foundational concepts and gradually progresses to more advanced topics, ensuring a smooth learning curve for all participants.

HEX occasionally offers discounts and scholarships for the course. Please contact our sales team for information about any ongoing promotions or scholarship opportunities.

To enroll in the course, simply visit our website www.uniklass.com and follow the instructions to register. The enrollment process is straightforward, and our team will guide you through the steps if you need any assistance.

SOME OF OUR CLIENTS

Alfa Laval

Sweden

HT SPA

Italy

Enerquip Thermal Solutions

United States

Johnson Controls

Ireland

Mersen

France

Bondioli & Pavesi Inc.

Italy