Oil and Gas Separation Design

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Chemical Engineering University

4:07:35

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1. Introduction to Separation Principles

1. Importance of Oil and Gas Separation.mp4

04:19

2. Separation Mechanisms.mp4

06:05

3. Essential Parameters of Oil and Gas Separation.mp4

04:16

2. Phase Diagrams and Vapor-Liquid Equilibrium

1. Fundamentals of Phase Diagrams - Part I.mp4

06:05

2. Fundamentals of Phase Diagrams - Part II.mp4

03:48

3. Vapor-Liquid Equilibrium Theory.mp4

06:07

4. Raoults Law and Antonie Equation.mp4

05:31

5. Bubble Point and Dew Point Pressure - Theory.mp4

06:36

6. Practice Session 1 Bubble Point Pressure Calculation.mp4

08:51

7.1 1. VLE Calculations.xlsx

7. Practice Session 2 Dew Point Pressure Calculation.mp4

04:30

3. Flash Calculations in Oil and Gas Separation

1. Importance of Flash Calculations.mp4

05:10

2. Joule Thomson Effect in Flash Conditions.mp4

04:05

3. Flash Calculation Procedure.mp4

03:58

4. Practice Session 3 HP Well Flash Calculation - Part I.mp4

05:38

5.1 2. Flash Calculations.xlsx

5. Practice Session 3 HP Well Flash Calculation - Part II.mp4

07:34

4. Classification of Separators and Separator Internal Design

1. Classification of Separators - Part I.mp4

06:27

2. Classification of Separators - Part II.mp4

08:06

3. Internal Structure of Oil and Gas Separators.mp4

05:34

4. Inlet Device Plate Diverter.mp4

04:37

5. Inlet Device Half-Open Pipe.mp4

01:46

6. Inlet Device Vane Distributor and Others.mp4

03:55

7. Demister and Vortex Breaker.mp4

04:41

8. Importance of Level and Pressure Control for Separator.mp4

04:05

5. Separator Design Basics - API 12J Considerations

1. Separator Design Basics - Introduction.mp4

01:52

2. Separator Design - API 12JProcess Considerations - Part I.mp4

05:04

3. Separator Design - API 12JProcess Considerations - Part II.mp4

05:44

4. Separator Design - API 12JProcess Considerations - Part III.mp4

05:20

5. Separator Design - API 12JCorrosion Guidelines.mp4

06:41

6. Separator Design Deliverables.mp4

03:12

6. Vertical and Horizontal Separator Design

1. Practice Session 4 Vertical Separator Sizing - Part I.mp4

08:04

2. Practice Session 4 Vertical Separator Sizing - Part II.mp4

10:24

3. Practice Session 4 Vertical Separator Sizing - Part III.mp4

06:19

4. Practice Session 4 Vertical Separator Sizing - Part IV.mp4

09:35

5. Practice Session 4 Vertical Separator Sizing - Part V.mp4

11:13

6. Practice Session 4 Vertical Separator Sizing - Part VI.mp4

08:21

7. Practice Session 4 Vertical Separator Sizing - Part VII.mp4

09:37

8. Practice Session 5 Horizontal Separator Sizing - Part I.mp4

07:48

9. Practice Session 5 Horizontal Separator Sizing - Part II.mp4

11:55

10. Common Separator Design Errors.mp4

06:07

11.1 3. Separator Sizing Spreadsheets.xlsx

11.2 Separator Sizing PPT Udemy.pptx

11. Operating Challenges in Oil and Gas Separation.mp4

08:35

Description

Only Course for Vertical and Horizontal Separator Sizing with API 12J Considerations

What You'll Learn?

Principles of Separation Theory
Separation Mechanisms
Phase Diagrams
Vapor-Liquid Equilibrium Theory and Calculations
Raoult's Law and Antonie Equation
Bubble and Dew Point Calculations
Flash Calculations
Classification of Gravity Separators
Internal Structure of Separators
Separator Internals (Inlet Device, Mist Extractor, Vortex Breaker, etc.)
Separator Design (API 12J Process Considerations)
Vertical Separator Design
Horizontal Separator Design
Common Separator Design Errors
Operating Challenges in Gravity Separation

Who is this for?

Engineers working with Oil and Gas Separators

Process Engineers

Chemical Engineers

Chemical Process Engineering Graduates or Undergraduates

Any Discipline Engineers Aiming to Learn Essentials of Vertical and Horizontal Separator Sizing

What You Need to Know?

Theory, background and practical sides of gravity separation are discussed here. No requirements for all levels of learners.

More details

Description
The Oil and Gas Separation Design training course is designed to provide the harmony of theoretical knowledge behind oil and gas separation principles and practical guidelines (specifically, API 12J) for vertical and horizontal separator design.
Oil and gas separation is a common technique in upstream oil and gas wells, where crude oil and natural gas are often found in the same well. Oil and natural gas have different density levels, so mixing them together can cause problems down the road. Oil and gas separation allows for these two products to be distinct from one another. Process equipment companies in the oil and natural gas industry use a number of equipment units designed to separate, or "separate," crude oil from fluids involved in the production of oil. Oil and gas separation is done by physical means, not chemical means.
The training course goes over the following topics, in 40 lectures and 5 practice sessions with 4 hours of video training material:
Principles of Separation Theory
Separation Mechanisms
Phase Diagrams
Vapor-Liquid Equilibrium Theory and Calculations
Raoult's Law and Antonie Equation
Bubble and Dew Point Calculations
Flash Calculations
Classification of Oil and Gas Separators
Internal Structure of Separators
Separator Internals (Inlet Device, Mist Extractor, Vortex Breaker, etc.)
Separator Design (API 12J Process Considerations)
Vertical Separator Design
Horizontal Separator Design
Common Separator Design Errors
Operating Challenges in Gravity Separation
The above essential topics have clearly been discussed during the course. This training can be really helpful for students, engineers, and even teachers aiming to deliver the essentials of multicomponent distillation from the engineering point of view. By spending only 4 hours, you can really understand the whole topic and further do practical calculations.
The course instructor does also provide the service of answering questions for all course participants for free.
Who this course is for:
Engineers working with Oil and Gas Separators
Process Engineers
Chemical Engineers
Chemical Process Engineering Graduates or Undergraduates
Any Discipline Engineers Aiming to Learn Essentials of Vertical and Horizontal Separator Sizing

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Welcome to Chemical Engineering University. We have opened up a new way for learning in engineering and named it as "Chemical Engineering University". Here, everyone from different disciplines, beginners, even students trying to find their career path, engineers, and many others can easily take the benefits of our training courses.Chemical Engineering University has now a learning partnership with Udemy and aim to provide more than 100 perfectly-prepared and harmonized by theoretical and practical knowledge training courses. We have included some of these courses in a learning path and have divided this path into 7 essential periods. In period 1, beginners, students and engineers will be able to start with some fundamental courses, such as, Introduction to Chemical Engineering, General Chemistry and Calculus. The second period will be based on again fundamental, but more complicated courses, including Material and Energy Balance and Piping and Instrumentation Diagrams.Moving on to the third period, you can have some other training courses about transport phenomena, mathematics, physical and organic chemistry. Fourth period continues learning path of third one and adds simulation software called Aspen HYSYS.In period 5, more essential training courses, such as, Chemical reaction engineering, process safety and separation processes can be reviewed by you, learners. Chemical/process engineering design, Agile project management, Process economy and optimization and other related courses will also be added into course agenda of Chemical Engineering University in 6th period.The seventh period includes some extra courses, such as Finance and even Probability and statistics will also be part of your learning journey.Our team is working very hard to deliver all the courses we have promised, now if you don’t see the courses in the course list, do not worry, because some courses are under preparation.All courses provided by Chemical Engineering University, will be voiced over by me. My name is just Engineer and you will see me always on the left top of your learning page.In addition, In every course we deliver, you will be given with practice questions and assessments to ensure proper learning and to make you get into the harmony of theoretical and practical knowledge!

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