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1–3 March 2023
Bangkok, Thailand

2024 Technical Program

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009 Innovative Pathways to Decarbonisation

Monday, 12 February
Room 9
  • 1400-1420 23726
    A Novel Process System For Recovering Energy, Water And Nitrogen Resources From Exhaust Flue Gases
    H. Bayat, Saudi Aramco
  • 1420-1440 23734
    A Literature Review On Geological Mineralization And Market Forces.
    Z. Alali, Stanford university
  • 1440-1500 23798
    Unlocking The Potential Of Basalt Formations For Carbon Capture And Storage: A Pathway Towards Climate Change Mitigation
  • 1500-1520 23796
    Steering Innovation, Embracing Technology - Pathways To Deep Decarbonization
    S.S. Al Mazrouei, D. aggarwal, ADNOC GAS
  • Alternate 23797
    The Potential For CO2 Disposal In The Volcanic Fields Of The Arabian Peninsula
    M. Petrova, King Abdullah University of Science and Technology (KAUST); J. Fedorik, Saudi Aramco; A. Afifi, King Abdullah University of Science and Technology (KAUST); S. Arkadakskiy, Saudi Aramco
  • Alternate 23835
    Wellsite Carbon Reduction With Improved Engine Load And Count Management
    S. Kern, S. Badri, S. Auld, Helmerich & Payne
  • Alternate 23834
    Low Grade Heat Recovery Through The Application Of Orc Technology
    Y. Almimouny, Saudi Aramco SAOO
  • Alternate 23807
    A Model For Determining Co2 Emission Reduction Targets In China's Oil And Gas Industry
    C. Lv, China University of Petroleum (Beijing); Y. Lv, Hainan College of Economics and Business
  • Alternate 23727
    Co2 Mineralization Potential In Ca-bearing Altered Basalts
    A.S. Alqahtani, M. Addassi, E.H. Oelkers, King Abdullah University of Science and Technology; H. Hoteit, King Abdullah University of Science & Technology

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