TubeFlow PIC for Sand Control

Gravel Pack

Simulates gravel pack operations to aid in pre-job planning

Torque and Drag

Calculates the drag on the gravel pack screen assembly while run-in-hole (RIH) or pulled-out-of-hole (POOH)

Wellbore Cleanout

Models coiled tubing wellbore cleanouts during sand control treatments


Sand Control Software Suite

The software suite for sand control in TubeFlow PIC is used to design gravel pack operations. Applications that are included in the sand control software suite are listed below:


Gravel Pack

  • simulates gravel pack operations to aid in pre-job planning
  • estimates proppant and slurry volume requirements
  • supports both cased and openhole completions and remedial, thru-tubing gravel packs
  • incorporates alternate flow path (shunt tube) technology and models zonal isolation
  • determines work string movement at the crossover tool and effects of slackoff at surface

Sand Control-Gravel Pack:, Supports both cased and openhole completions and remedial, thru-tubing gravel packs

Torque and Drag

  • calculates the drag on the gravel pack screen assembly while run-in-hole (RIH) or pulled-out-of-hole (POOH)
  • determines the buckling and triaxial stresses of the work string

Sand Control-Torque and Drag: Calculates the drag on the gravel pack screen assembly while run-in-hole (RIH) or pulled-out-of-hole (POOH)

Wellbore Cleanout

  • models coiled tubing wellbore cleanouts during sand control treatments
  • aids in fluid selection and design
  • supports brines, gels, nitrified water, and foams

Sand Control-Wellbore Cleanout:, Models coiled tubing wellbore cleanouts during sand control treatments

Fluid Displacement

  • models the wellbore cleanup during gravel/frac packing in either forward or reverse circulation
  • simulates acid treatments through coiled tubing to remove filter cake in post gravel pack operations

Sand Control-Fluid Displacement: Simulates acid treatments through coiled tubing to remove filter cake in post gravel pack operations

Hydraulics

  • models formation fluid leakoff by accounting for reservoir interaction during gravel pack jobs
  • supports production, injection, and circulation operations with/without heat transfer effects from formation
  • supports real-time modeling

Sand Control-Hydraulics: Models formation fluid leakoff by accounting for reservoir interaction during gravel pack jobs

Benefits

  • reduce job design time and cost
  • optimize a pump/treatment schedule for the gravel pack job
  • maximize production through an accurate job design
  • minimize occurences of incomplete packs through a comprehensive engineering analysis


Information

A full featured evaluation version is available for 15 days. Please contact us for more information.

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