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Smart Drilling Solutions: Adaptive Systems, Advanced Fluids, and Cementing for Complex Operations

Wednesday, 6 May
Room 602
Technical Session
In a rapidly evolving drilling landscape, this session highlights key advancements across cementing technologies, artificial intelligence, and automation. It features cutting-edge case studies showcasing high-performance drilling practices in complex well profiles, including highly deviated and horizontal wells. Attendees will gain insights into how operators are setting new field benchmarks through precision well placement, enhanced reservoir contact, and the deployment of advanced fluid chemistries, resilient cement systems, and sustainable materials. These innovations are expanding the operational envelope for both oil and gas and CCUS applications.
Chairperson(s)
Rishma Tidwell, Independent - Consultant
Christophe Malbrel - Tubular Perforating Manufacturing, Ltd.
  • 0930-0948 36855
    Revolutionary Applications In Drilling Fluid Technology For Ultra-hthp Offshore Operations
    H. Chen, CNOOC HaiNan Branch and China University of Petroleum (Beijing); P. Xiao, CNOOC HaiNan Branch; P. Liu, X. Li, CNOOC HaiNan Branch, Hai Kou, China; X. Xiang, J. Bao, China Nanhai Magcobar Mud Corporation Ltd; C. Aldea, X. Xing, SLB
  • 0950-1008 36828
    Wellbore Cement Performance In CCUS Environments: Comparative Study Of Silica And Latex Additions
    R.A. Ventura, Universidade Federal do Rio Grande do Norte; G.S. Braga, Instituto Federal de Educação, Ciência e Tecnologia do Rio Grande do Norte; G. Campos, Universidade Federal do Rio Grande Do Norte; C.R. Miranda, F. Galbiati, Eneva SA; J.C. Freitas, R. Santiago, Universidade Federal do Rio Grande Do Norte
  • 1010-1028 37063
    Ultrasonic Measurement Of BOP Pipe Wear In Heavy Borehole Fluids
    G. Koscheev, Halliburton; A. Vereide, BP
  • 1030-1048 36786
    Transforming Drilling Efficiency: Ecuadorian Operator Executes First AI-Automated Horizontal
    V. Cuadros Buenaventura, M.S. Guerrero Porras, Halliburton
  • 1050-1108 37061
    A Development Of An Acid-soluble Alternative Cement System For Lost Circulation
    G.S. Braga, Instituto Federal do Rio Grande do Norte - IFRN; P.D. Meireles, F.d. Lima, Universidade Federal do Rio Grande do Norte - UFRN; B.L. Costa, UFRN - Federal University of Rio Grande do Norte; E. Lins, Universidade Federal do Rio Grande do Norte - UFRN; Y. Zhi, B. Tebaldi, CNOOC; A.E. Martinelli, Universidade Federal Rio Grande Do Norte - UFRN; J.C. de Oliveira Freitas, UFRN - Federal University of Rio Grande do Norte
  • 1110-1128 37216
    Experimental Evaluation Of Sustainable Materials For Severe Lost Circulation Control In Geothermal Drilling
    A. Gowida, S. Elkatatny, King Fahd University of Petroleum & Minerals
  • 1130-1148 36737
    A Novel Shock Isolator Enables Single Long MWD Run For Both Curve And Lateral Sections
    J. Wang, D. Koller, MS Directional
  • Alternate 37133
    A Novel Lstm Based Auto-encoder Model For Reliable Stuck Pipe Detection
    J. John, ADNOC Onshore
  • Alternate 36976
    Management Of Drilling Energy For Miocene Formation: How Bha Redesign And Real-time Vibration Control Delivers Record Efficiency In Xanab Field, A Case From Mexico.
    L. Rosales Mar, J. Aguilar, Halliburton de Mexico, S.A. de C.V.
  • Alternate 36842
    Real-Time Health Monitoring System For The Drilling Process
    D. Belov, SLB; M. Love, Schlumberger D&M; E. Liland, SLB; N. SHEN, Schlumberger D&M; M. Nakamura, SLB

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