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Risk Analysis and Control for Industrial Processes- Gas, Oil and Chemicals: A System Perspective for Assessing and Avoiding Low-Probability, High-Consequence Events


Publisher

: 

Elsevier B.V., Amsterdam

Title

: 

Risk Analysis and Control for Industrial Processes- Gas, Oil and Chemicals: A System Perspective for Assessing and Avoiding Low-Probability, High-Consequence Events

 Author  Hans Pasman

Year of Publication

: 

2015

Pages

: 

474

ISBN

: 

978-0-12-800057-1

Reviewer

: 

Krishna B. Misra

Status

:

Review Complete


The book comprises 13 chapters, preceded by a Foreword, Preface and Acknowledgements.

 

 

Chapter 1

Industrial Processing Systems, their Products and Hazards

31 Pages

 

Chapter 2

Regulation to Safeguard against High-Consequences Industrial Events

46 Pages

 

Chapter 3

Loss Prevention History and Developed Methods and Tools

106 Pages

 

Chapter 4

Trends in Society and Characteristics of Recent Industrial Disasters

29 Pages

 

Chapter 5

Sociotechnical Systems, System Safety, Resilience Engineering, and Deeper Accident Analysis

26 Pages

 

Chapter 6

Human Factors, Safety Culture, Management Influences, Pressures, and More

43 Pages

 

Chapter 7

New and Improved Process and Plant Risk and Resilience Analysis Tools

70 Pages

Chapter 8

Extended Process Control, Operator Situation Awareness, Alarm Management

27 Pages

 

Chapter 9

Costs of Accidents, Costs of Safety, Risk-based Economic Decision Making: Risk Management

24 Pages

 

Chapter 10

Goal-oriented versus Prescriptive Regulation

09 Pages

 

Chapter 11

The Improved Role of Knowledge and Learning

13 Pages

 

Chapter 12

Risk, Risk Perception, Risk Communication, Risk Acceptance: Risk Governance

24   Pages

 

Chapter 13

Conclusions: The Way Ahead

06 Pages

 

Index

14 Pages

 

 

This book is about low probability and high risk hazardous events such as have occurred in nuclear, chemical risk-analysis-for-industrial-978-0-12-800057-1process industries including petrochemicals, off-shore gas and oil exploration, in the past and discusses how such events can be identified and analyzed to prevent their occurrences.

The book uses systems approach in presenting safety tools and techniques besides providing a history of such disaster from the past. The book provides in-depth information to identify potential issues and methodology to assess the likelihood of occurrences of hazardous events. Costs of accidents, costs of safety and risk based economic decisions find place in the book in order to carry out capital and operating costs of preventive measures against the benefits of safety improvement.

Human factors and safety culture and human attitude have also been discussed and how these can be accounted for in developing safety regulations. New approaches such as system-theoretic process analysis, Blended HAZID, Bayesian Nets and fuzzy sets are also presented. The book is replete with several examples and case studies. The author of this book is Research Professor at Mary Kay O’Connor Process Safety Center at Texas A&M University and Emeritus Professor Chemical Risk Management of the Delft University of Technology in the Netherlands. He has been member and chairman of the EFCE Working Party on Loss Prevention and Safety Promotion in the Process Industries and was instrumental in founding the European Process Safety Centre in 1992.

This book makes an interesting reading for all engineers who deal with risk assessment and management of industrial processes. The case studies presented are wide-ranging, informative and worth knowing for a safety engineer. This book is useful to engineering graduates and managers and designers and plant engineers.

 

This review has been published in Vol. 11, No. 6,  November 2015 issue of the IJPE

 

 
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