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Piping Materials Engineering Course

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805 views
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30 hrs
Nov 16, 2024 · 3:30 PM
English
805 views
Team Piping Engineering
Team Piping EngineeringFounder Team Piping Engineering
Oil & Gas UpstreamPharmaceutical & Healthcare
  • 7-day money-back guarantee
  • Session recordings included

Why enroll

  1. Comprehensive Understanding: Participants will gain an in-depth knowledge of piping engineering, covering design principles, material specifications, and industry standards comprehensively.

  2. Practical Skills: The course includes hands-on learning with real-world examples and case studies, enabling participants to apply theoretical knowledge to practical scenarios effectively.

  3. Industry-Relevant Insights: Learn about the latest trends, technologies, and best practices in piping engineering, making participants valuable assets to their organizations.

  4. Enhanced Problem-Solving Abilities: Develop advanced skills to diagnose and solve piping design and material specification issues, improving system efficiency and reliability.

  5. Career Advancement: Enhance your professional profile with specialized knowledge and skills in piping engineering, opening up opportunities for career growth in engineering design and project management.

Your instructor

Team Piping Engineering

Team Piping Engineering

Sr Engineer

Founder Team Piping Engineering

20+ yrs experience·India

22Courses
620Learners
4Avg rating
32Followers

Is this course for you?

You should take this if

  • You work in Oil & Gas Upstream or Pharmaceutical & Healthcare
  • You're a Chemical & Process / Mechanical Engineering professional
  • You prefer live, instructor-led training with Q&A

You should skip if

  • You need a different specialisation outside Chemical & Process
  • You need fully self-paced, on-demand content

Course details

To equip participants with a comprehensive understanding of piping design, material specifications, and industry standards, enabling them to effectively design, analyze, and manage piping systems in various industrial applications.

This course covers essential aspects of piping engineering, including component identification, valve selection, wall thickness calculations, adherence to codes and standards, material specifications, special parts, and detailed procedures for jacketed piping, piping line lists, and the enquiry process. Gain practical knowledge and skills through a structured syllabus that bridges theoretical concepts with real-world applications.

Course suitable for

Key topics covered

  1. Introduction and Piping Components

    • Overview of piping systems

    • Identification and functions of piping components

    • End connections: types and applications

  2. Valves

    • Types of valves and their applications

    • Valve selection criteria

    • Installation and maintenance considerations

  3. Internal Pressure Wall Thickness Calculation

    • Fundamentals of wall thickness calculation

    • ASME B31.3 code requirements

    • Practical examples and calculation techniques

  4. Branch Calculation and External Pressure Wall Thickness Calculation

    • Branch reinforcement requirements

    • External pressure considerations

    • Calculation methods and examples

  5. Codes & Standards and ASME B31.3

    • Overview of relevant codes and standards

    • Detailed study of ASME B31.3

    • Application of codes in piping design

  6. Details of Few Common ASTM Standards

    • Introduction to ASTM standards

    • Common ASTM standards used in piping

    • Material properties and selection criteria

  7. Piping Material Specification & Fluid List in Detail

    • Understanding piping material specifications (PMS)

    • Detailed fluid list and compatibility

    • Material selection for different process conditions

  8. Special Parts

    • Overview of special piping components

    • Design and application of special parts

    • Installation and maintenance considerations

  9. Jacketed Piping with Steam Trap in Detail

    • Design and application of jacketed piping

    • Steam trap selection and installation

    • Thermal insulation and efficiency considerations

  10. Piping Line List and Piping MTO

    • Creating and maintaining a piping line list

    • Understanding piping material take-off (MTO)

    • Importance in project management and cost estimation

  11. Explaining Enquiry and TBA Process

    • Enquiry process for piping components

    • Understanding the technical bid analysis (TBA) process

    • Best practices for ensuring accurate and efficient procurement

Opportunities that await you!

Career opportunities

Training details

This is a live course that has a scheduled start date.

Live session

Started

Sat, Nov 16, 2024 Ended

3:30 PM UTC· your timezone

Duration

1 hour per day

30 days total

Why people choose EveryEng

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

COMPLETED

Nov 16, 2024 · 3:30 PM

Questions and Answers

A: A feels heavy‑handed, but it's the only step anchored in document control. A line number implies continuity unless a spec break, size break, or class change is explicitly documented. The reducer location alone doesn't justify a silent change. B sounds practical and many projects run that way, but it relies on tribal knowledge rather than traceable approval. C borrows a real erosion argument, yet nothing in the GA proves that intent, and valve sizing logic can't override a missing spec break. D shifts the problem to operations, but the question is about IFC approval, not hydraulic optimization, and you're still left with conflicting controlled documents.

A: A looks slow but it prevents dead‑ends. If the material is wrong, the test is meaningless, and slope issues are easiest to fix before reinstatement. B is tempting under schedule pressure, yet a perfect hydro on the wrong alloy still fails acceptance. C saves scaffold time, but postponing material checks until after access removal is how mismatches survive to startup. D reflects how flushing teams think, but slope is a construction attribute; once fluids are introduced, correction becomes intrusive and risky.

A: A aligns with how the standard is structured: cracking risk ties back to H2S partial pressure and material hardness. B sounds safe, and many specs are written that way, but it's a project overlay, not the base logic of the standard. C mixes two corrosion mechanisms; CO2 affects general corrosion, not SSC susceptibility in the way implied. D feels familiar from some company specs, yet ISO 15156 doesn't set a blanket pressure cutoff for CRA selection.

A: A is the blind spot, literally. A spectacle blind gives positive isolation from upstream flow, which makes B and D feel covered, and it blocks trim leakage paths that worry people during hot work, making C attractive. But once you trap liquid between closed boundaries, the blind does nothing to absorb thermal expansion, and pressure can rise to flange rating fast, especially offshore with sun exposure.

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