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SPE WORKSHOP
Revolutionising Drilling – Innovations in Fluids, Cementing, and
Waste Management to Drive Well Performance and Champion
Sustainability

​​​​​​​26–27 November 2024 | Kuala Lumpur, Malaysia

SPE Logo

SPE WORKSHOP
Revolutionising Drilling – Innovations in Fluids, Cementing, and
Waste Management to Drive Well Performance and Champion Sustainability

26–27 November 2024 | Kuala Lumpur, Malaysia

Technical Programme

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Session 5: Formation Damage - Challenges and Case Studies

27 Nov 2024
Technical Sessions

Session Managers: Reinaldo Maldonado, Impact FluidsJasvinder Singh, Weatherford

There are a variety of damage mechanisms as wells are drilled and produced.  There are Natural Damages which include fines migration, swelling clays, water-formed scales, organic deposits (wax or asphaltenes), emulsion blockage / change of wettability, water production, sand production. There are also Induced Damages which include drilling fluids or secondary and tertiary efforts by either chemical reactions or interaction of entrained solids, plugging by entrained particles such as solids or polymers in injected fluids, wettability changes caused by drilling, acid stimulation, or injected fluids, e.g., emulsion blockage.

This session provides an opportunity to show various chemical or mechanical solutions that have been used or present newer technology used to remediate these common problems. Is there a new less damaging mud system or additive in the drilling fluid to protect the reservoirs. Is there a new and improved acid system?

Discussion Leaders

  • Removal of Barite Loaded Mud Cake for Well Start up and Stimulation by Sanjay Misra, Deleum Oilfield Services Sdn Bhd
  • Implementation and Performance of an Advanced Breaker System for Effective Formation Damage Mitigation in Reservoir Sections by Wan Wafi Akrami Wan Mohd Danil, Baker Hughes
  • An Effective Drilling Fluid Product/additive for Wellbore Strengthening and Reservoir Protection by Ryanto Husodo, PT. OBM DRILCHEM
  • Reducing Formation and Completion Damage by Utilizing Some Key Properties of Monovalent Formate Brines by Ben Abrahams, Sinomine Specialty Fluids

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