Piping Engineering Masterclass: Onshore / Offshore Pipelines

[kingers]

Piping Engineering Masterclass: Onshore / Offshore Pipelines
Published 2/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.06 GB | Duration: 3h 7m

Master Pipeline Design in Oil & Gas: Piping Engineering, Mechanical Engineering, Stress Analysis & Safety Standards.

What you'll learn

Learn pipeline design fundamentals including material selection, wall thickness, and stress management for safety and compliance with industry standards.

Master applying ASME B31.8, B31.4, and other relevant standards to ensure safe and durable pipeline designs in oil, gas, and mechanical engineering.

Understand quality plans, laws, regulations, and permits to ensure pipeline projects meet legal and operational safety requirements.

Study routing pipelines by analyzing topography and environmental factors to optimize flow, efficiency, and pipeline safety.

Classify substances in pipelines and select materials for fluids such as gas, crude oil, and chemicals for safe pipeline transport.

Learn location classification to minimize risk and design pipelines to avoid damage to structures and public safety, following industry standards.

Study proximity analysis to factor in nearby infrastructure, environmental concerns, and regulatory requirements for efficient pipeline design.

Master wall thickness design, determining appropriate pipe thickness for internal pressure and external loads, ensuring structural integrity.

Explore the design of special pipelines like offshore, hydrogen, and carbon capture pipelines for emerging industries.

Study specific standards such as PD 8010, IGEM TD1, and ASME B31.8 to ensure compliance with international pipeline safety and design codes.

Integrate hydraulic analysis into pipeline design to accurately calculate pressure, flow, and operational capacity for safe and efficient pipeline performance.

Conduct a thorough pipeline design review, analyzing each phase from planning to construction, testing, and maintenance to ensure safety.

Learn risk analysis in pipeline projects to make safe, effective design choices and minimize potential hazards over the pipeline's life.

Manage pipeline inspection and maintenance to ensure systems remain compliant, effective, and free from risks that could cause failures.

Requirements

A basic understanding of engineering principles, including material science and fluid dynamics, will be beneficial for grasping the course content.

No prior experience in pipeline engineering is required, though a background in mechanical or civil engineering will help with the technical aspects of the course.

The course is suitable for anyone with a general engineering background. Experience with construction or mechanical design will provide a helpful foundation.

Description

Welcome to our comprehensive course on Pipeline and Piping Design Engineering!This course is designed for engineers and professionals in the oil and gas, process engineering, mechanical, and piping design sectors. Pipelines are essential in the safe and efficient transportation of fluids like oil, natural gas, chemicals, and water across industries. Whether you're working in design, installation, operation, or maintenance, understanding the complexities of pipeline systems and adhering to industry standards is crucial. This course offers a detailed exploration of piping and pipeline design principles, giving you the knowledge to confidently work on real-world pipeline projects, including offshore pipelines.You'll learn about the essential aspects of piping design, from material selection to stress analysis, and explore how pipelines operate in oil and gas, process engineering, mechanical engineering, and piping design fields. We'll focus on key industry standards, including ASME B31.4 (for liquid pipelines), ASME B31.8 (for gas pipelines), and PD 8010, ensuring that you're up-to-date with the latest codes and regulations. With the increasing demand for sustainable energy sources, this course also covers emerging technologies like hydrogen pipelines and carbon capture and storage (CCS) infrastructure, alongside the unique challenges presented by offshore pipelines.Career OpportunitiesAs the energy sector evolves, there is a growing demand for professionals skilled in piping and pipeline design. This course opens up numerous career opportunities in traditional industries like oil and gas as well as renewable energy sectors. With an in-depth understanding of pipeline systems, you'll be well-prepared for roles such as:Piping Engineer: Involved in the design, layout, and installation of piping systems, working closely with other engineers and technicians.Pipeline Design Engineer: Specializing in designing and analyzing pipelines that transport oil, gas, chemicals, and more.Project Engineer: Overseeing large pipeline projects, ensuring they meet safety standards, cost goals, and deadlines.Process Engineer: Integrating piping systems within broader industrial processes, ensuring operational efficiency and safety.Construction Manager: Managing the construction of pipeline systems, ensuring they comply with safety and quality standards.Offshore Pipeline Engineer: Focusing on the design, installation, and maintenance of offshore pipelines, dealing with challenges like corrosion, pressure, and extreme environmental conditions.Additionally, the rise of hydrogen as a clean energy source and the growth of carbon capture and storage (CCS) technologies create exciting new avenues for engineers, with specific expertise in pipeline design critical to these industries.Course Content OverviewThis course covers the foundational and advanced concepts necessary for success in pipeline design and piping engineering, including:Piping Design Principles: Understand the key factors that influence pipe sizing, routing, and material selection.Industry Standards: Gain knowledge of global standards such as ASME B31.4, ASME B31.8, PD 8010, and emerging standards in hydrogen, CCS, and offshore pipeline design.Pipeline Materials and Specifications: Learn how to select the right materials for different applications, including high-pressure pipelines, offshore systems, and corrosive environments.Stress Analysis: Understand how to calculate and manage stress within pipelines to ensure they can withstand operating conditions.Special Pipelines: Explore unique pipelines, including offshore systems, those used in high-risk areas, and specialized applications like hydrogen or CCS.Practical Skills for the IndustryWhether you're new to piping design or looking to expand your expertise, this course will help you develop the theoretical and practical skills necessary to design, analyze, and maintain pipelines that meet safety standards and industry requirements. You'll also gain practical insight into how to tackle challenges unique to industries like oil and gas, mechanical, process engineering, offshore pipelines, and new fields like hydrogen.By the end of this course, you'll be well-equipped to work confidently with piping systems, playing a crucial role in designing, building, and maintaining pipelines across industries, ensuring safety and efficiency in your projects.Join us today to take your pipeline engineering career to the next level and become a key player in the future of energy infrastructure, including offshore pipelines!

Overview

Section 1: Pipeline Design

Lecture 1 Introduction

Lecture 2 Quality Plan, Laws, Regulations, Permits

Lecture 3 Routeing

Lecture 4 Standards

Lecture 5 Substance Classification

Lecture 6 Location Classification 1

Lecture 7 Location Classification 2

Lecture 8 Proximities

Lecture 9 Pipeline Sizing

Lecture 10 Wall Thickness Design 1

Lecture 11 Wall Thickness Design 2

This course is perfect for engineers in the oil, gas, or utility industries who want to specialize in pipeline design and construction.,Ideal for mechanical, civil, or process engineers looking to enhance their expertise in pipeline systems and gain practical design and analysis skills.,Project managers and engineers in pipeline construction, needing to understand the critical design elements and safety protocols of pipeline systems.,This course is aimed at engineering graduates or professionals transitioning into pipeline engineering, with a focus on practical design applications.,Suitable for professionals who want to deepen their knowledge of pipeline systems, focusing on the integration of technical design principles and industry safety standards.

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