Items in Basket

Subtotal

Checkout View and edit basket

Customers Also Bought

Phase Behaviour and Multiphase Flow Training

Further Information | Course
Duration
30 minutes
Category
Engineering & Technology, Process Operations
Price
£33.33 exc. local taxes
Quantity
Access Period
i
Phase Behaviour and Multiphase Flow Training Phase Behaviour and Multiphase Flow Training 2 Phase Behaviour and Multiphase Flow Training 3 Phase Behaviour and Multiphase Flow Training 4 Phase Behaviour and Multiphase Flow Training 5

Buy and assign to
multiple learners

Instant access
via email link

Instant certificate
via email

Further Information - Phase Behaviour and Multiphase Flow Training

Description

Who is this course for?
All engineering sub-disciplines connected with internal flow in production systems, including Base Management

Is previous experience required?
You do not need prior knowledge or experience to complete this course and it is assumed that you are competent in your designated role

How will this course benefit me?
This course aims to provide an awareness of the how phase behaviour and multiphase flow regimes can impact on hydrocarbon delivery.

How will this course benefit my company?
By ensuring you are aware of the how phase behaviour and multiphase flow regimes can impact on hydrocarbon delivery.

What standards are referred to in this course?
N/A

Is there an assessment?
Once you have completed the course, you will be asked a series of questions to check your knowledge and understanding. These are based on the learning objectives for the course and have a pass mark of 80%.

Learning Objectives

• Describe reservoir fluids
• Explain how hydrocarbons flow from reservoirs
• Give an overview of single phase and multiphase flow regimes
• Describe the different multiphase flow regimes that can occur
• Give an overview of slug formation
• Describe the characteristics that are associated with vertical flow regimes
• Identify the terminology used for describing and categorising multiphase flow
• Explain what is meant by superficial liquid and gas velocity
• Explain what is meant by hold-up and describe how liquid hold-up changes with flowrate at constant gas-liquid
• Describe the difference between ‘no-slip’ and ‘slip’ models of multiphase flow, and the impact that slip has for hold-up
• Explain what is meant by actual phase velocity
• Describe the main elements of pressure drop for a multiphase flowing system
• Describe the effects of inclination on flow behaviour
• Explain the effects of having water in the flow stream and its influence on hold-up and pressure drop

Assessment

Exam

System Requirements

• Internet access - users will need a device with a web browser and internet connection
• System - runs on computers, tablets and mobile devices using Windows 7 and above and MAC OS devices running IOS 11 and above
• Browsers - Edge, Chrome, Firefox and Safari
• Minimum browser size – none
• Audio – requires device speaker or headphones

Reviews