Operator Training Simulator Handbook : Best Practices for Developing and Investing in OTS
справочное издание

Цифровые и тематические книжные коллекции издания

Содержание

  • 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