This book is a pioneering reference work designed to address the complex terminology, technical specifications, and diverse applications of valves in industrial systems. It is tailored for engineers, designers, manufacturers, and researchers working in oil and gas, petrochemicals, power generation, and renewable energy industries.
This book is a pioneering reference work designed to address the complex terminology, technical specifications, and diverse applications of valves in industrial systems.
The Comprehensive Valve Dictionary is an authoritative and practical reference that demystifies the technical language surrounding industrial valves. The dictionary provides detailed definitions for hundreds of valve-related terms, including valve types, components, materials, standards, testing methods, and failure mechanisms. In addition to traditional applications, this dictionary places significant emphasis on valves used in renewable energy systems, including those for hydrogen production, hydropower, carbon capture and storage (CCS), geothermal energy, and offshore wind power. Moreover, it explores the definitions and real-world applications of cutting-edge technologies such as smart valves, condition monitoring, digital twin technology, and additive manufacturing. It also includes cross-references to relevant international standards (e.g., API, ASME, ISO), troubleshooting guides, and operational insights. By bridging gaps in understanding, this resource will support professionals in making informed decisions, improving system reliability, and ensuring compliance with industry best practices.
This work is specifically tailored for engineers, designers, manufacturers, and researchers working in oil and gas, petrochemicals, power generation, and renewable energy industries.
1.Introduction to Valves. Introduction. Part 1: Overview of Valve
Functions and Applications. Part 2: Historical Development of Industrial
valves. Part 3: Importance of Valves. 2.Types of Valves. Introduction. Part
1: Classification of the Valves. Part 2: Detail Description of Valves. Part
3: Valve Comparative Analysis. Part 4: Valve Selection Criteria. 3.Valve
Components. 4.Materials of Construction. 5.Valve Design and Standards.
6.Valve Manufacturing, Testing, and Quality Assurance. Introduction. Part 1:
Valve Manufacturing. Part 2: Valve Testing. Part 3: Quality Assurance.
7.Valve Installation and Commissioning. Introduction. Part 1: Preparation and
Pre-installation. Part 2: Valve Installation. Part 3: System Integration.
Part 4: Testing and Verification. Part 5: Documentations and Records. Part 6:
Packing and Preservation.
8. Valve Operation and Performance.
9. Valve
Inspection, Maintenance, and Troubleshooting. Introduction. Part 1: Common
Valves Failure Mode. Part 2: Inspection. Part 3: Maintenance Practices. Part
4: Troubleshooting. Part 5: Reliability Practices. Part 6: Operational
Challenges. Part 7: Best Maintenance Practices.
10. Valve Safety,
Reliability, and Compliance (SIL, SAR).
11. Actuators and Valve Automation.
12. Valves in the Energy Industry: From Conventional to Emerging Applications
(Hydrogen, Carbon Capture).
13. Valve Lifecycle and Cost of Ownership. Part
1: Valve Lifecycle Stages. Part 2: Cost Analysis. Part 3: Maintenance and
Reliability. Part 4: Materials Technology & Valve Lifecycle. Part 5: Energy
Related Terms and Valve Cost.
14. Environmental Impact and Sustainability of
Valves
Karan Sotoodeh is an Iranian author and engineer with nearly two decades of experience in the oil and gas industry, specializing in valves, actuators, piping, and material engineering. In his most recent role, he served as a Senior/Lead Valve and Actuator Engineer at Baker Hughes, focusing on subsea oil and gas projects. Karan Sotoodeh earned his PhD in Safety and Reliability in Mechanical Engineering from the University of Stavanger in 2021. Over the years, he has established himself as a prolific contributor to the field, authoring 15 technical books on topics such as valves, piping, actuators, corrosion, material selection, and safety engineering. He has also published more than 50 papers in peer-reviewed journals and has been invited to present his work at international conferences in the United States, Germany, and China. Karan has collaborated with numerous valve suppliers across Europe, including those in the UK, Italy, Spain, France, Germany, and Norway, gaining extensive insight into global industry practices. Beyond his professional accomplishments, he is an avid traveler, runner, and swimmer who enjoys spending time in nature.
