Advanced Gas Condensate Reservoir Management

Course

In Trondheim (Norway)

£ 3,127.14 + VAT

*Indicative price

Original amount in EUR:

3,650 €

Description

  • Type

    Course

  • Level

    Advanced

  • Location

    Trondheim (Norway)

  • Class hours

    31h

  • Duration

    5 Days

Thorough evaluation of gas condensate reservoirs requires an understanding of not only the fluid behaviour in the reservoir, but also the sampling and testing procedures together with the wellbore performance. This course addresses the key subjects concerning the performance of gas condensate systems from reserve evaluation to production optimisation planning. Suitable for: This course is for experienced reservoir engineers dealing with the behaviour of condensate systems and who wish to refine their expertise in phase behaviour.

Facilities

Location

Start date

Trondheim (Norway)
See map

Start date

On request

About this course

This course addresses the key subjects concerning the performance of gas condensate systems from reserve evaluation to production optimisation planning.

By the end of the course you will feel more confident in your understanding of:

• “What’s important and why” about gas condensate PVT behaviour
• PVT lab reports and how to use them
• The quantitative importance of condensate blockage on well deliverability
• When gas cycling is opportune, and when not

THIS COURSE IS DESIGNED FOR YOU, IF YOU ARE...
• An experienced reservoir engineer dealing with the behaviour of condensate systems and wish to refine your expertise in phase behaviour and multi-phase fluid flow

This course is at the Advanced/Specialised level.

HOW WE BUILD YOU CONFIDENCE:
• Demonstrations of which gas condensate PVT data are important, and how to use these data
• Using a PVT lab report to develop an EOS or black-oil model for gas condensate modelling
• Quantifying the importance of condensate production and how it can be best forecast
• Fluid characterisation with an EOS using a commercial PC-based program will be performed
• Compositional reservoir simulation exercises are also used to demonstrate key issues for well deliverability and gas cycling

CUSTOMER FEEDBACK:
"Dr. Whitson is an excellent lecturer in addition to being a world-renowned expert"
- Sr. Reservoir Engineer at ENI

"It was very efficient and useful, in terms of both understanding each theoretical background of stuff and practical way"
- Reservoir Engineer at Idemitsu

We look forward to hearing from you and endeavour to respond to your inquiry as quickly as possible!

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Reviews

Subjects

  • Gas Condensate Reservoirs
  • Gas Condensate Systems
  • Reserve Evaluation
  • Production Optimisation
  • Reservoir Engineering
  • Important Gas Condensate PVT Data
  • EOS
  • Gas Condensate Modelling
  • Forecasting Gas Condensate Production
  • Gas Condensate PVT Behaviour
  • Tubing Lift Performance
  • Material Balance Methods
  • Well Inflow Performance

Teachers and trainers (1)

Curtis H. Whitson

Curtis H. Whitson

Instructor

Course programme

OUTLINE

  • Introduction and general review of gas condensate reservoir performance
  • Sampling methods and laboratory PVT measurements
  • Equation-of-state (EOS) fluid characterization
  • Material balance methods including two-phase Z-factor, water influx, trapped gas/condensate and the effect of formation water compressibility
  • Long-term well inflow performance, condensate blockage skin and well test interpretation
  • Tubing lift performance, minimum lift and erosional velocity
  • Special core analysis and relative permeabilities
  • Gas cycling considerations, injection patterns, revaporization and miscibility
  • Layered, no-crossflow reservoir and well performance

Additional information

** Please note that this session is CONFIRMED to take place as scheduled! **

Course Fee: 3650 EUR
+Computer Fee: 450 EUR

Applicable VAT will be added.

All our courses are held at top quality hotels with excellent meeting facilities.

Inquire for more details!

Advanced Gas Condensate Reservoir Management

£ 3,127.14 + VAT

*Indicative price

Original amount in EUR:

3,650 €