Phase behavior

Equations of state; fluid sampling and laboratory PVT tests; prediction of phase behaviors and reservoir fluid properties; Tuning of EOS using experimental data and field application of fluid data in commercial simulators; a comparison of black oil and compositional models.

Condensate issues

Condensate formation and growth; critical condensate saturation, gravity drainage, residual trapped gas and condensate; condensate banking; and well remedial.

Reservoir Flow

Relative permeability measurement methods; single and two phase inertial factor estimation methods; water flood; relative permeability variations with velocity & interfacial tension due to coupling (capillary number) and inertial effects; mechanistic models of coupling; relative permeability correlations and calculations for use in simulators and using the next generation (universal) method.

Estimating volumes and production mechanisms

Material balance equations (gas in-place calculations and drive mechanism identification); high pressure and high temperature reservoirs, depletion for dry, wet and gas condensate systems; active aquifers and pressure maintenance (including gas injection).

Well issues

Steady state and pseudo-steady state flow equations; well productivity calculations; perforation and fracture characteristics and effective parameters; perforation and fracture design; estimation of skin for perforated, fractured, deviated and horizontal wells.

NeW-COIN

A demonstration of this in-house software which calculates near wellbore relative permeability accounting for coupling and inertia; and estimates gas condensate well productivity for various completion strategies.  

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include;

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Day 1

• Summary of Basic Reservoir Engineering
• Relative permeability measurement methods
• Phase behavior of reservoir fluids
  
  

Day 2

• Equations of state
• Fluid sampling and laboratory PVT tests
• Prediction of phase behaviors and reservoir fluid properties
• Condensate formation and growth
• Critical condensate saturation, condensate banking, gravity drainage;
• Water flood
  
  

      Day 3

• Single and two phase inertial factor estimation methods.
• Relative permeability variations with velocity & interfacial tension due to coupling (capillary number) and inertial effects.
• Mechanistic models of coupling.

• Relative permeability correlations and calculations for use in simulators and using the next generation (universal) method.
• Steady state and pseudo-steady state flow equations.
• Material balance equations.
• Depletion for dry, wet and gas condensate systems.
• Active aquifers and pressure maintenance.
• High pressure and high temperature reservoirs.
  
  

Day 4

• Perforation and fracture characteristics and effective parameters.
• Perforation and fracture design.
• Estimation of skin for perforated, fractured, deviated and horizontal wells.
  
  

Day 5

• Well productivity calculations.
• NeW-COIN demonstration.
• Field application of fluid data in commercial simulators. 

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.

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