Download Process Engineering Career: Design Documents & Activities
Process Engineering Career: Design Documents & Activities video course download, Understand the role of a chemical process engineer in a typical oil, gas, chemical, petrochemical plant project design. Chemical engineers have an essential role in the design, engineering, and operation of chemical plants, petrochemical facilities, oil and gas refineries, and other process industries. The role of a process engineer is crucial as they are responsible for process design, sizing, and ensuring the necessary requirements of plant components, such as equipment, piping, and instruments are met. Based on the requirements of a process engineer, the detailed design, material specification, and purchasing are carried out by various engineering disciplines such as piping, civil, mechanical, electrical, and instrumentation engineers.
What you’ll learn
- Understand the role of a Chemical Process Engineer in Oil & Gas, Chemical or Petrochemical Plant Projects
- Explain the main project workflow
- Scope and Role of Process Simulation and Process Flow Diagram (PFD)
- Scope and Role of Piping and Instrumentation Diagrams (P&ID)
- Expected Sizing Activities based on Process Simulation
- Role and Scope of other Process Engineering activities such as adding data for instruments and cause & effect
- What shall other engineers do after issuance of P&ID and Sizing Activities
- How improper process design can affect the whole workflow
- Section 1: Introduction
- Lecture 1 Importance of Process Design
- Section 2: How a Proper Process Design Affects the Project
- Lecture 2 Effect of Process Design on Project Cost
- Lecture 3 Effect Process Design on Plant Operability
- Lecture 4 Effect of Process Design on Maintainability
- Section 3: Project Start Phase
- Lecture 5 Project Workflow
- Lecture 6 Article: Understand Process Design Stages from Conceptual Design to Startup
- Lecture 7 Design Basis
- Lecture 8 Process Simulation
- Lecture 9 Article: Inputs, and Outputs of Process Simulation Model
- Lecture 10 Process Flow Diagram (PFD)
- Lecture 11 Article: Data shown on PFD
- Section 4: Effect of P&ID on Project Workflow
- Lecture 12 Introduction to P&ID
- Lecture 13 Equipment Data
- Lecture 14 Piping and Fittings
- Lecture 15 Instrumentation, Control and shutdown Systems
- Lecture 16 Scope and Battery Limits
- Lecture 17 Different Phases of P&ID Issuance
- Section 5: Sizing Activities
- Lecture 18 Main Sizing Activities
- Lecture 19 Separator / Vessel Sizing
- Lecture 20 Article: Sizing and Selection of Separators / Vessels
- Lecture 21 Tower Sizing & Hydraulics
- Lecture 22 Article: Discover Basic Guidelines for an Effective Tower Operation
- Lecture 23 Heat Exchanger Thermal Design
- Lecture 24 Article: Understand Thermal Design Aspects of Shell & Tube Heat Exchangers
- Lecture 25 Pipe Sizing
- Lecture 26 Effect of Pipe Size on Plant Hydraulics
- Lecture 27 Pump Hydraulic Calculations
- Lecture 28 Adding Data for Instruments
- Section 6: Process Safety Measures
- Lecture 29 Calculation of Design Pressure and Temperature
- Lecture 30 ESD / SIS Protection
- Lecture 31 Pressure Safety Valves (PSV) Role in Workflow
- Lecture 32 Article: Pressure Safety Valves: An Essential Protection Against Overpressure
- Lecture 33 Cause and Effect
- Section 7: Conclusion
- Lecture 34 Conclusion
Course details
- Video quality: MP4 | Video: h264, 1280 × 720
- Audio quality: Audio: AAC, 44.1 KHz, 2 Ch
- Video duration: 3h 44m
- Update: 11/2023
- Number of lessons: 07 sections, 34 lectures
- Language: English
- Compressed file size: 503 MB
