Multizone Conceptual Completion Design Support

iProdTech were requested for production technology support to evaluate conceptual completion designs for multi-zone stacked reservoirs for a gas/condensate field in Nigeria. The work is intended to feed into various dynamic modelling scenarios related to reservoir offtake/development strategy (single zone or commingled flow), requirement for downhole flow control, and optimising liquid (oil and condensate) rates.

The scope of work included –

  • Review of analogue / offset field completion strategies.
  • Development of matrix of available completion concepts including conventional single zone, multizone no active flow control, multizone active flow control, and optimised oil/condensate cases.
  • High level documentation of each concept including description of concept, potential benefits, risks and complexity, Niger Delta examples (where available) and incremental high level costs. Consideration to be given to upper completion / tubing size and any other well constraints.
  • Development of logic / workflow for implementing various offtake scenarios and oil development concepts into the well / reservoir sequence within dynamic model.
18/08/2015

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Stimulation   Completion design   Sand control   Evaluation   Multiphase   FDP   Shut off   Workover   Hydrocarbons   Upstream International  Economics   Perforations   Flow control   Monitoring   Data  Innovative  Acquisition   Material Balance   Simulation   Rate  Temperature   Pressure   Liquid Loading   Reservoir   Field      Offshore   Carbonate   Sandstone  Petroleum Engineering   Oil  Unconventional  Onshore   Allocation  Gas   Water   Subsea   Production   Flowline   Reserves   Forecast   Debottlenecking   Manifold   Rejuvenation   Subsurface   Interface   Intelligent   Smart   Value   Experienced   Professional   Focussed   Artificial Lift   Productivity   Functionality Integrated  Longevitiy   Brown field   Green field   Optimisation   Coupled  Independent  Integrated Asset Modelling EOR.