Dennis P. Nolan - Böcker

Applied Operational Excellence for the Oil, Gas, and Process Industries offers a straightforward practical guide for oil and gas companies to understand the comparisons and contrasts between various types of safety management processes, including the standardized structure and ongoing extended benefits that operational excellence can bring to an oil and gas company.

The goal of achieving operational excellence is to reduce costs, improve productivity, and enhance efficiency-in other words, operational excellence contributes to the bottom line. Following along with pre-built success in the process industries, many companies in the oil and gas industry appear to use a subset form of operational excellence, yet many are unsure or unaware of all the safety system components that will truly benefit the company holistically, and current literature is only applicable to the process and manufacturing industries.

Packed with clear objectives and tools, structure guidelines specific to oil and gas, and guidance for how to imbed your existing safety program under the operational excellence umbrella known as "One-Step Merger," this book will help you establish an overall safety culture vision and challenge your organization to achieve higher levels of safety management and overall company value.

Explores how to solidify a foundational operational excellence program applicable for your oil and gas company Clarifies the differences and benefits among various programs under operational excellence (OE), such as SHE (safety, health, and environment), PSM (process safety management), and SMS (safety management system) Explains how to audit and consistently assess how oil and gas OE systems are planned, implemented, and managed, with explanations on cost and time impacts as well as administrative protocols Includes a glossary, acronym appendix, and additional references for further reading

Written from the perspective of industrial users, this is the only book that describes how to install an effective firewater pumping system in a pragmatic and budget-conscious way rather than with purely the regulatory framework in mind. Based on the wide-ranging industrial experience of the author, this book is also the only one that deals with the particular risks and requirements of off-shore facilities. This book takes the reader beyond the prescriptive requirements of the fire code (NFPA, UL) and considers how to make the best choice of design for the budget available as well as how to ensure the other components of the pumping system and supporting services are optimized.

The only alternative to guides written by regulatory enforcement bodies, this book is uniquely practical and objective - demonstrating how and why the standards need to be met Covers a wide range of industries, including those with exceptional requirements such as off-shore petroleum facilities and chemical plants Written by someone who has been responsible for the safety of large numbers of workers and billions of dollars worth of equipment, for those in similarly responsible positions

Fire Pump Arrangements at Industrial Facilities, Third Edition delivers a practical reference from an author with a successful professional career in fire protection and loss prevention engineering in the oil and gas industry.

While most regulatory standards are left to interpretation and try to cover multiple industries in one location, this book focuses on the equipment, standards and operations specific to the petroleum industry, covering quality controls, pump drivers and scheduled maintenance and audits so the equipment remains in safety compliance.

Enhanced with new sections on human factors, case studies for modeling fire accidents and a look at recent events that have further shaped the safety and testing of fire pumps, the book provides the engineer and manager with a critical oil and gas resource for every aspect of firewater pumps.

Remains the go-to reference for loss prevention specialists and fire engineering specific to the oil and gas industry Enhanced with new sections on quality audits and new case studies that evaluate operational issues and applications Fills in the practical hands-on information gap not covered in the regulatory standards

Handbook of Fire and Explosion Protection Engineering Principles for the Oil, Gas, Chemical, and Related Facilities, Fourth Edition, discusses high-level risk analysis and advanced technical considerations, such as process control, emergency shut-downs, and evaluation procedures. As more engineers and managers are adopting risk-based approaches to minimize risk, maximize profits, and keep operations running smoothly, this reference encompasses all the critical equipment and standards necessary for the process industries, including oil and gas. Updated with new information covering fire and explosion resistant systems, drainage systems, and human factors, this book delivers the equipment standards needed to protect today's petrochemical assets and facilities.

Provides tactics on how to revise and upgrade company policies to support safer designs and equipment Helps readers understand the latest in fire suppression and explosion risks for a process plant in a single source Updates on how to evaluate concerns, thus helping engineers and managers process operating requests and estimate practical cost benefit factors

Dennis Nolan, drawing on decades of experience as a well-known safety author and senior loss prevention specialist at Saudi Aramco, provides the essential procedures and checklists in Safety and Security Review for the Process Industries. In addition to guiding the reader through the selection and execution of efficient and complete hazard analysis and safety reviews (such as HAZOP, PHA, What-If, SVA, LOPA, Bowtie), Nolan shares his personal experience and illustrates procedures with real-world examples.

Updated throughout to reflect changing practices, the fourth edition expands its scope to include maintenance, exploratory drilling, and governmental regulation updates. It adds best practice guidelines on CHAZOP reviews, expands on threats in the security vulnerability analysis, and includes more information on chemical process facilities and hydrocarbon/chemical plant safeguards.

Up-to-date form templates and "what-if� checklists are also available for purchasers of the book to download, making this a complete safety review toolkit.

Helps you to achieve compliance and avoid disasters: provides the checklists and best-practice guidance needed to negotiate the labyrinth of hazard analysis and safety review procedures Keeps your knowledge up-to-date: coverage of the latest forms of hazard analysis and safety review, including LOPA and Bowtie Saves time and money: demonstrates how each of the typically required reviews is related, so that information and conclusions used on one may be transferred or adapted for another

An encyclopedic, A-Z listing of terminology, Loss Prevention and Safety Control: Terms and Definitions addresses the need for a comprehensive reference that provides a complete and sufficient description of the terminology used in the safety/loss prevention field. Fostering clarity in communication among diverse segments within the field and between outside agencies, this book: Provides a reference for the background, meaning, and description of safety and loss prevention terms being used in government, industry, research, and educationContains two-paragraph descriptions of terms, photographs, diagrams, graphs, and tables to aid understanding of the subject, making it more than a dictionaryIncludes common safety terms, safety engineering aspects, a description of safety organizations, and a list of common safety standards and their scopeThe field of safety and loss prevention encompasses myriad unrelated industries and organizations, such as insurance companies, research entities, process industries, and educational organizations. These organizations may not realize that their terminology is not understood by individuals or even compatible with the nomenclature used outside their own sphere of influence. And even though fire protection and environmental professionals use identical and similar terminology, their meanings may be slightly different in selected applications. An all-encompassing reference, the book uses OSHA standards and interpretations as guidelines for the definitions and explanations. Drawing from the many areas that influence the terminology, it provides a basic understanding of the terms used in lost prevention and control.