Offshore installations: Rules for design, construction and classification

The primary purpose of this book is to offer a comprehensive overview of the rules and guidelines established by classification societies, collectively referred to as ‘Class,’ which govern the construction, certification, and ongoing safety management of offshore installations. To facilitate understanding, the book will include specific examples and guidelines issued by the American Bureau of Shipping (ABS), one of the most prominent classification societies globally recognised for its rigorous standards and extensive experience in offshore and maritime safety.

Through detailed explanations, practical illustrations, and case studies, readers will learn how ABS rules influence the engineering principles, design decisions, and approval processes involved in offshore structure development. This knowledge aims to ensure that offshore installations not only meet international safety standards but also incorporate best practices that enhance safety, environmental protection, and operational efficiency throughout their lifecycle.

Preface

Types of offshore installations

Regulatory classification

Contents

List of figures and tables

Abbreviations and acronyms

Part 1 Conditions of classification

1 Introduction

Part 2 Materials and welding

2 Use of structural steels

3 Use of materials for concrete construction

4 Welding and fabrication

Part 3 Structural design

5 Environmental conditions

6 Material selection

7 Structural design

8 General design requirements

9 Steel structures

10 Concrete structures

11 Foundations

12 Marine operations

13 Weld designs

Part 4 Extension of use and reuse

14 Extension of offshore installation use and reuse

Part 5 Testing and surveys

15 Surveys during construction and installation

16 Conditions for surveys after construction

17 Design documentation

Summary

Glossary

Index

Robert McKenzie is an experienced offshore design engineer specialising in the conceptualisation, design, and implementation of offshore structures and systems for the oil, gas, and renewable energy sectors. With a robust background in structural engineering and a keen understanding of industry standards such as API and DNV, Robert excels in delivering innovative and cost-effective solutions for challenging marine environments. His expertise spans sub sea equipment, platform design, and installation methodologies, supported by proficiency in advanced engineering software and a commitment to safety and sustainability. Robert’s hands-on project experience and collaborative approach make him a trusted contributor to multidisciplinary engineering teams.

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