| Description |
1 online resource (239 pages) : color illustrations |
| Contents |
Cover -- Title -- Copyright and Credits -- Foreword -- Table of Contents -- Section 1: Introduction, Definitions, and Classifications -- Chapter 1: OTS Introduction -- Technical requirements -- Introduction to OTS -- What is an OTS? -- Who is this book directed toward? -- OTS -- MPDS or digital twin -- OTS jargon and definitions -- The instructor station -- Run/freeze -- Initial conditions -- Snapshots -- Backtracks -- Malfunctions -- Instructor scenarios -- Record and playback -- Simulator speed (real time) -- FODs -- OTS types -- Representation -- Fidelity -- ICSS representation |
|
Third-party representation -- What is good for me? -- Some use cases -- Case study 1 -- Case study 2 -- Case study 3 -- Case study 4 -- Case study 5 -- Summary -- Questions -- Section 2: Best Practices for the Development of OTS Systems -- Chapter 2: OTS Benefits and Best Use -- Technical requirements -- Generic simulators -- Replica simulators -- Low-fidelity simulators -- Medium-fidelity simulators -- Emulated ICSS representation -- High-fidelity replica simulators -- digital twins -- Operations -- Control engineering -- Process engineering -- Examples of OTS projects -- Project 1 |
|
Project 2 -- Project 3 -- Project 4 -- Best use of an OTS -- Examples of best use -- Project build -- Procedure checkouts -- Control tuning -- Training -- Emergency response training -- Engineering studies -- Updating the OTS system -- Examples of OTS issue findings -- Potential safety incident -- Water injection pumps -- Water injection pump not starting -- Control valve mechanical stop -- Cooling high-temperature water -- Simple HMI mistake -- Sand sequence issues -- Trip and alarm schedule -- Turning gear engage -- Compressor train 2 -- Well alignment -- Summary -- Questions |
|
Chapter 3: OTS Project Execution and Best Practices -- V-model -- Making the decision to acquire an OTS -- The SOR -- Project decision and award -- Kick-off meeting -- Typical agenda for the KOM -- Introductions and project contacts -- KOM objectives -- Project overview -- Project organization -- End user -- Project manager -- OTS consultant -- Training instructor -- Document controller -- ICSS control engineer -- Process engineer -- Other third-party controls -- Operations -- Engineering procurement c -- Scope-of-work review -- Schedule review -- Specification and design -- Test and acceptance |
|
Data collection -- Action list -- Meeting close -- Detailed design specification -- Functional design specification -- Documentation -- Model topology -- Model thermodynamics -- Instructor station -- ICSS controls -- Non-ICSS controls -- Model build -- MAT -- Integration with the ICSS -- FAT readiness -- FAT -- Shipping and installation -- SAT -- Warranty -- Training -- System maintenance -- Engineering maintenance -- Train the trainer -- Summary -- Questions -- Section 3: OTS' Future, Training Model, and Reference Documents -- Chapter 4: OTS Going Forward Toward Digital Twins |
| Summary |
Make the most of OTS systems in operator training and engineering Key Features Learn OTS project delivery best practices from the author's 30 years of experience Explore use cases to understand how your OTS systems can maximize ROI for users Discover how to best develop OTS training models for developers and users Book Description Operator training simulators in the process industry have been around since the 1970s, but you may not find a book that documents the development of these systems and the standard best practices. The Operator Training Simulator Handbook covers best practices for OTS engineering and OTS training development and delivery, starting from the basic the jargon and the different types of OTS systems. It will take you through the best approaches to project specification as well as building, maintenance, planning, and delivering these systems by sharing real-life experiences and dos and don'ts. As you advance, you'll uncover the various challenges in the planning and delivery of operator training models and understand how to address those by working through real-world projects. This book helps in specifying the best fit for purpose, choosing a cost-effective system when acquiring an OTS. You'll also learn how you can turn your OTS projects into digital twins before finally learning all about documentation in a typical OTS project, covering the sample structure that you can use as a starting point in your projects. By the end of the book, you'll have learned best practices for developing operator training simulator systems and have a reference guide to overcome common challenges. What you will learn Become familiar with the OTS jargon to set a base for understanding OTS aspects Implement training planning methods that have been tried and tested in the industry for many years Get to grips with writing well-planned documentation for your OTS project Review new model suggestions to maximize benefits of the OTS systems and the actual ICSS control systems to maximize ROI for users Understand Cloud OTS systems as a new way to address some of the common issues that developers and users face Create digital twins of your OTS projects Who this book is for This book is for suppliers who build and deliver OTS systems, OTS buyers, or companies looking to invest in these systems. Anyone with an interest in OTS systems, including university students or graduates who will work on these systems, will find this book useful. Basic knowledge of either OTS systems, ICSS control systems, or process engineering will help you grasp the concepts covered in this book |
| Notes |
Technical requirements |
|
Print version record |
| Subject |
Synthetic training devices.
|
|
COMPUTERS -- Hardware -- General.
|
|
COMPUTERS -- Electronic Commerce.
|
|
COMPUTERS -- Data Processing.
|
|
Synthetic training devices.
|
| Form |
Electronic book
|
| ISBN |
1803241748 |
|
9781803241746 |
|
