Stavanger Section

SPE TechNight - Unlocking Bypassed Resources on the NCS through Coiled Tubing Drilling Solutions

Date:3rd December Time: 1800 (Presentations start 1830) Place: Victoria Hotel Menu: TBC ** Starter ** Main ** Dessert ** The presentation is free of charge and open to everyone. Registration is only required for the following dinner. Cancellations must be made before the registration deadline and are subject to a small fee. Unlocking Bypassed Resources on the NCS through Coiled Tubing Drilling Solutions Marco Lallemand | Global Product Manager for Coiled Tubing Drilling | Baker Hughes Abstract : In a landscape where global oil and gas demand is forecasted to remain constant and exploration investments have declined, the industry is under pressure to maximize the value of existing mature assets while also reducing its environmental footprint. However, with production rates declining, operators are forced to decide whether to shut down production and plug and abandon (P&A) these wells or explore cost-effective revitalization methods instead of drilling new wells. Driving incremental production of hydrocarbons beyond initial phases of extraction requires navigating challenges such as complex reservoir properties, isolated reservoir compartments, undrained areas, inefficient sweeps, fluid migration, and limited surface slots. Coiled Tubing Drilling (CTD) has been used for over 30 years to improve production rates and overall recovery in aging fields. This technology has evolved in response to changing operational objectives and increasing technical requirements, becoming a robust and reliable solution for enhancing production in mature fields. This presentation discusses the latest CTD technology, global experience, and how it can be applied on the Norwegian Continental Shelf. Bio: Marco Lallemand has been with Baker Hughes for 20 years and has held various roles focused on delivering best in class well construction across several functions such as engineering, service delivery, project management, and product management. Marco is based at the Drilling Services technology center in Celle, Germany. Since 2022, he has been the global product manager for coiled tubing drilling. Marco holds a university diploma in Mechanical Engineering from the University of Rostock and an MBA from the GISMA Business School in Hannover, Germany. Following the presentation, a networking dinner will offer the perfect chance to discuss ideas, collaborate, and expand your professional network.

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SPE DL Presentation - CO2 Sequestration: A Practical Insights for Decarbonization Success

CO2 Sequestration: A Practical Insights for Decarbonization Success Dr. Ahmad Khanifar PETRONAS Abstract The urgent need to address climate change has driven a global effort to reduce CO2 emissions, with CCS emerging for achieving decarbonization goals. This lecture provides an overview of decarbonization, emphasizing practical insights from case studies. It begins with an introduction to the fundamentals of CCS and the science behind CO2 sequestration. Key success factors for CCS projects are identified, along with the challenges encountered during implementation. The presentation distinguishes between Field Development Plans and Storage Development Plans, both essential for effective project planning and execution. Through a series of CCS case studies, the lecture explores crucial aspects such as storage containment, capacity, geomechanics, geochemistry, infrastructure integrity, and the repurposing of existing structures. It also delves into the critical components of MMV to ensure the efficacy and safety of CO2 sequestration efforts. Real-world examples and outcomes from these case studies provide valuable lessons and best practices. Key takeaways emphasize the necessity of a thorough understanding of both subsurface and surface environments, supported by skilled and experienced resources for effective CO2 sequestration. Long-term security and storage site conformance remain significant uncertainties that can be mitigated through comprehensive geomechanics studies. A site-specific MMV plan is crucial for the economic viability and success of CCS projects. Additionally, integrating advanced technologies is vital for developing techno-commercial CCS solutions. In conclusion, this presentation synthesizes these insights to guide future CCS projects, highlighting the importance of a deep understanding of both technical and practical aspects of CO2 sequestration for successful decarbonization efforts. Biography Dr. Ahmad Khanifar is the subsurface Manager within PETRONAS's Carbon Management Division, where he leads the development of storage strategies for regional CCS hubs across Malaysia. With over 23 years of experience in the oil and gas industry, Dr. Khanifar is a Staff Reservoir Engineer known for his expertise in reservoir modeling, numerical simulation, and IOR/EOR studies. His current focus is on advancing decarbonization projects, where he plays a critical role in addressing complex challenges through integrated field and storage development plans. An active contributor to the field, Dr. Khanifar shares his insights through publications and presentations at international SPE conferences.

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SPE DL Presentation - NEVER WASTE A CRISIS Aliso Canyon Blowout & Recovery - On Monday!

Date:4th May 2026 Time: 1800 (Presentations start 1830) Place: Victoria Hotel Menu:TBA The presentation is free of charge and open to everyone. Registration is only required for the following dinner. Cancellations must be made before the registration deadline and are subject to a small fee. NEVER WASTE A CRISIS Aliso Canyon Blowout & Recovery Presented by: Alan J. Walker Energy & Geoscience Institute University of Utah Abstract On October 23, 2015, the largest methane leak from a natural gas storage facility in U.S. history was discovered by Southern California Gas Company (SoCal Gas) at the SS-25 well in its Aliso Canyon Storage Facility near Los Angeles. The blowout continued for 111 days, resulting in the well being permanently plugged and abandoned after emitting approximately 5 Bcf of natural gas and extracting the failed casing to approximately 890 feet subsurface. This failure prompted lengthy reports by the U.S. Department of Energy (DOE) and the Department of Transportation (DOT), as well as Root Cause Analyses by Blade Energy and California state agencies. Alan Walker was in his first week as a Supervising Petroleum Engineer of the Californian Division of Oil, Gas, and Geothermal Resources (DOGGR) when the leak was discovered. He was selected to be DOGGR’s emergency response technical lead, providing regulatory oversight for seven kill attempts, relief well drilling, the Control-Cement-Confirm operation, requirements to return the facility to service, and the development of storage operations regulations. In this talk, Alan will provide a frank discussion of the blowout and the five-year effort to improve the integrity of underground storage. The insights shared will be applicable for repurposing and retrofitting projects globally. Alan will motivate the audience to develop a safety culture that includes Management of Change, Root Cause Analysis, and the principle to “Never Waste a Crisis.” Biography Alan Walker is an Engineering Advisor at the Energy & Geoscience Institute (EGI), University of Utah. He counsels staff supporting geothermal, hydrocarbon, and carbon research. Alan’s career spans forty years in exploration and production (E&P) engineering, regulatory affairs, and natural gas supply and storage throughout western North America. Alan served nine years in the U.S. Army and is a retired Army Reserve Special Forces colonel with over thirty years of service. He has completed three combat tours in Afghanistan, the Philippines, and Iraq. Alan holds a B.S. in Military Engineering from West Point, an MBA from Rensselaer, and an M.S. in Petroleum Engineering from the University of Utah.

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