Drilling fluids: mud & cementing school

DMCS-EN-P

Who should attend?

  • This course provides the knowledge and skills needed to design & supervise drilling mud & cementing programs.
Public :
  • Engineers, supervisors and lab professionals involved or interested in drilling fluids mud & cementing in water, geothermal or oil/gas drilling operations.

Level :Knowledge

Prerequisite :
  • Basic knowledge in drilling operations and well architecture.

Course Content

  • DRILLING MUD

    FUNCTIONS OF DRILLING FLUIDS

  • PHYSICAL & CHEMICAL CHARACTERISTICS

      • Specific gravity.
      • Rheology.
      • Filtration.
      • Alkalinity.
      • Chloride.
      • Hardness.
  • TYPES OF FLUIDS

      • Water base mud.
      • Oil base mud.
  • SHALE INHIBITION

      • Types of shale.
      • Chemical and physical inhibition.
  • MECHANICAL & WASTE TREATMENT

      • Function.
      • Selection of equipment and layout.
      • Separation ranges.
      • Overall efficiency.
      • Waste treatment:
      • Solidification.
      • Reinjection.
      • Desorption.
  • TROUBLESHOOTING

      • Losses:
      • Detection.
      • Analysis and decision chart.
      • Treatment.
      • Hole cleaning:
      • Vertical well.
      • Deviated and horizontal wells.
  • DRILLING MUD PROJECT

      • Design of a whole well muds: Application to real case drilling & completion program.
    CEMENT
  • DRILLING MUD PROJECT

      • Cementing program.
      • Job planning and preparation:
      • Casing running.
      • Selection of the fluids and flows.
      • Cementing calculations.
      • Primary, surface, multistage, liner cementing.
      • Cement plugs.
  • CEMENT & SLURRIES

      • Cement chemistry, cement with environmental impact reduction (CO2).
      • Special slurries and additives.
      • Formulation and laboratory tests.
      • Rheology.
      • Displacement in eccentric annulus.
      • Salt zone and temperature problems.
  • SPECIAL CASES

      • Gas zone cementing.
      • Deviated and horizontal wells cementing.
      • Remedial techniques.
      • CO2 environment (CO2 resistant cement.
  • CEMENTING PROJECT

      • Design of a whole well cementing job: Application to real case drilling & completion project.
  • EVALUATION OF THE CEMENTING JOB

      • Principles and interpretation of the cement logs:
      • Thermometry.
      • Sonic (CBL - VDL).
      • Ultrasonic (USIT).
      • Logs analysis on a real case
  • KNOWLEDGE ASSESSMENT

Learning Objectives

  • Attendees will be able to implement the following skills:
  • acquire a thorough knowledge of drilling fluids and rheology,
  • learn how to choose the right equipment for solid removal,
  • learn how to communicate efficiently as drilling fluid specialist.
  • master the vocabulary specific to cementing,
  • understand and use primary cementing techniques and procedures,
  • select cement and necessary additives,
  • calculate major parameters in a cementing operation,
  • assess the quality of a cementing job.

Ways & Means

  • Exercises, videos.
  • Application to a real case study.
  • Laboratory practices.

Learning assessment

  • Quiz.

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Coordinator :IFP Training instructors, with expertise in the field and trained in modern teaching methods adapted to the specific needs of learners from the professional world.

To French entities : IFP Training is referenced to DataDock ; you may contact your OPCO about potential funding. Please contact our disabled persons referent to check the accessibility of this training program : referent.handicap@ifptraining.com