Day 1 

·          Reservoir fluid and rock systems

·          Integrated production system

·          Field development stages

·          Overall system approach 

·          Methodology of pressure loss in the wellbore

·          Importance of PVT data for integrated production system analysis

·          Inflow performance models

Day 2

·          Reservoir to surface integrated modeling and optimization

·          Material balance Theory and applications 

·          Material balance for oil reservoirs

·          Material balance for oil reservoirs (solving for oil in place and aquifer size)

·          Summary of drive mechanisms as applied to material balance

·          Linear form of MBE (Havlena & Odeh approach)

·          Straight-line analysis techniques

·          Analytical and graphical tools

·          Drive indices and energy plots

·          Dake & Campbell diagnostic plots, their applications

·          Using material balance models for prediction

·          Analytical aquifer models – concepts

·          History matching techniques (analytical and graphical)

Day 3 

·          Material balance model:

·          PVT data and tank parameters

·          Aquifer models and rel-perms

·          Water influx models

·          Production and reservoir history

·          Prediction of reservoir performance

·          STOOIP calculation using Monte Carlo

·          Decline curve analysis - history matching and prediction

·          Waterflood analysis with Buckley Leverett 1D model

·          Simulation & Running a prediction

Day 4

·          Building a wellbore model 

·          VLP flow correlations theory

·          Matching PVT and flow correlations

·          Nodal analysis

·          IPR and skin models

·          Defining and matching well testing data

·          Flow regimes of the vertical and horizontal pipes

·          Defining and matching the VLP model

·          Running sensitivities

·          Generation lift curves 

Day 5 

·          Importing VLPs and IPRs 

·          Defining system constraints 

·          Multi‐tank and multi‐PVT 

·          Field development example 

·          Well development schedule top meet target production profile

·          Well inflow models of horizontal, vertical, deviated, multilayer and multilateral geometries

Day 6

·          Nodal Analysis calculations

·          Re-perforation studies, analysis of skin, the application of sand control

·          Sensitivity analysis and prediction

·          Multiphase pressure drop models

·          Assessing the productivity of oil, gas and condensate wells

 Day 7

·          Flow assurance studies

·          Hydraulic investigations can be conducted on flow regimes

·          Erosional velocities, superficial velocities, and slug catcher sizing

·          Thermodynamic calculations can include studies on hydrate formation, waxing, and salt precipitation

·          Hydrate and scale inhibition

Day 8

·          Multiphase network modeling and optimization

·          Integrated analysis for production and injection networks

·          Field development planning, testing various strategies, and forecasting

·          Prediction using a fixed oil rate

·          Prediction using a well model

·          Building a new oil reservoir model - optimizing the production profile

·          Full field development planning

·          Assigning production constrains

·          Solving for the entire production network

·          Defining rule-based constrains

·          Case studies and field examples