Events

Regional Event: Carbon Capture Wells – The same, but different

About the Presentation: This lecture will introduce carbon capture wells and highlight some of the unique challenges faced with constructing these wells. The similarities with conventional oil, gas and water wells will be explored and the differences will be explained. The lecture will touch on well integrity, injectivity challenges, chemical processes and some innovative modelling and testing approaches that can help in the design of CO2 injection wells. The differences between different CO2 store types will be explained and the different challenges faced in saline aquifer and depleted hydrocarbon stores explored. The lecture will explain how conventional oil and gas well design can transition to CO2 injection well design and the key role well engineers, production technologists, production chemists and near wellbore flow specialists need to play as part of a multidisciplinary approach to achieving CO2 injection well objectives. A key take away from the lecture will be that many of the existing oil and gas well design and construction skills are required for CO2 injection wells, but there are additional challenges to consider, challenges that we as an industry are well equipped to overcome. About the Distinguished Lecturer: Michael is an experienced industry professional and leader with over 35 years’ experience. A graduate of University College Dublin, Michael served on the API committee which developed procedures for return permeability testing. He has authored many technical publications on formation damage and numerical well modelling having developed procedures for modelling flow in wells and reservoirs using computational fluid dynamics. Michael served as an SPE distinguished lecturer in 2009-2010 and again in 2014-2015 and has presented technical papers and training courses globally. More recently Michael has worked in CO2 storage and has contributed to well design in several CO2 stores. About the Event Price: Early Bird SPE Member $40 <Until 7 October 2025> Early Bird Non-Member $60 <Until 7 October 2025> SPE Member $50 Non-Member $70 Date: Tuesday, 14 October 2025 Location: Parmelia Hilton Hotel Location: 14 Mill Street, Perth WA 6000 Time: 4:45pm – 5:00pm Registration & Networking. Time: 5:00pm – 5:50pm Opening remarks and presentation. Time: 5:50pm – 6:00pm Q&A Session. Time: 6:00pm – 7:30 pm Networking drinks & nibbles. Free tickets are available for Students. SPE WA in conjunction with our sponsors is kindly sponsoring students to attend the monthly technical events. Please apply through your Student Chapter.

La condensación retrógrada: impacto en la explot. de yacim. de gas condensado | Ph.D. Gonzalo Rojas

Distinguished Lecturer: “A Framework Delivers Multiparty Technologies Enhancing Drilling Operations"

Join Us Thursday, October 16th, 6:00pm CT, In Williston SPE Distinguished Lecturer 2025–2026 Matthew Isbell Independent, formerly with Hess Corporation 📅 Thursday, October 16th, 2025 6:00pm CT – Social | 7:00pm CT – Dinner & Presentation 📍 McCody, 14021 Hwy 2 West, Williston, ND Event Sponsor This Distinguished Lecturer event is proudly sponsored by NABORS DRILLING TECHNOLOGIES USA Abstract Implementing a well construction automation system needs a value progression showing how all stakeholders will benefit. Drilling operation process automation examples can illustrate the concepts at play. The presentation’s main idea is how technology and processes must be deployed at scale to realize benefits in the well lifecycle for everyone. The value of well construction comes from hydrocarbons produced over a well’s lifecycle in a safe and economical manner. By definition, the design and delivery of a well have built-in production impacts. Other production impacts can come from well execution processes determining well properties. Examples are wellbore placement and hole quality, which can limit well functionality and constrain the range of subsequent wellbore operations. New systems seek to integrate groups of well delivery processes. One example is automating the process of drilling a 90’ stand of drill pipe which can then be repeated as new stands are added to deliver a well. This work aimed to improve operational efficiency by reducing process variation. However, since the wellbore quality delivered with each stand impacts well value, automation is a viable tool to manage lifecycle wellbore quality requirements. Adopting an interconnected well construction system approach is slow since so much change is required by every stakeholder, including organization, processes, and technology. Parties want to see the economic benefits before moving from departmental delivery goals toward managing the well construction value stream. This collaborative process can be applied to multiple areas where many independent stakeholders work together. Biography Matt Isbell is a recently retired Senior Drilling Engineering Advisor, formerly with Hess Corporation. He is a drilling system subject matter expert with worldwide experience. His current focus connects well construction roles with tools and processes to leverage digital drilling data and engineering to improve outcomes. He received a BSME in 1988 from The University of Texas at Austin. He serves on the SPE Forum Implementation Committee and chairs the IADC Drilling Engineering Committee and SPE Drilling and Wells Interoperability Group Advisory Board.

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Stronger Together: SPE Flow Measurement (FMTS) × Methane Emissions Management (MEMTS)

Join us in supporting a special event at the 2025 ATCE that will bring together professionals, thought leaders, and young engineers from across the Flow Measurement and Methane Emissions Management communities.

SPE Special Session: Powering the Energy Transition and Decarbonization: The Role of Evolving Produc

2025 ATCE Special Session SPE Special Session: Powering the Energy Transition and Decarbonization: The Role of Evolving Production and Facilities Skills and Technologies Tuesday, October 21, 2025 Session Time: 0845-0945 As the energy sector speeds toward net-zero goals, the Production & Facilities (P&F) technical domain increasingly leads in enabling actionable decarbonization. This session emphasizes how the evolution of various skill sets and technologies, including Flow Measurement, Digital Proficiencies, Automation and Robotics, Cybersecurity, and interdisciplinary Collaborations, is transforming traditional oil and gas infrastructure to address the operational challenges of methane mitigation, hydrogen integration, and carbon capture, utilization, and storage (CCUS) that drive energy transition and decarbonization.

ATCE Special Session 07 - Data to Decisions: Staying at the Forefront of Advanced Computing, Simulat

📅 DATE: Tuesday, 21st October, 2025 📢 TOPIC: Data to Decisions: Staying at the Forefront of Advanced Computing, Simulations & Analytics 💡The convergence of AI/ML, physics-based modeling, and high-performance computing (HPC) is transforming how we approach our most complex problems—from optimizing subsurface models to accelerating equipment design and scaling digital twins in the cloud. Takeaways: ✅ Practical use cases and Lessons learned from deployment ✅ Vision for what’s next in computational science tools ✅ Accelerating collaboration while preserving competitiveness Panelists: 🎙️ Xiaojun Huang - Chief Engineer of Modeling, Optimization, and Data Science, ExxonMobil 🎙️ Hadi Arabnejad - Technical Advisor for Engineering Simulation, Halliburton Technology Center 🎙️ Chet Ozgen - Owner and Technical Director, NITEC LLC 🎙️ Dmitriy Tishechkin - HPC and AI Technical Leader for Energy, AWS

Identifying Construction Hazards with AI Vision – Lessons Learned

A two-phased pilot was conducted by Occidental to test the viability of AI vision at an oil processing facility construction site in the Permian Basin. A commercial platform was selected because of its robust suite of machine learning algorithms designed to identify safety hazards from a video stream. Additional features included analytics on the severity, type, and location of the hazards. Cameras were positioned at the edge of the location, facing areas of dense activity that included lifting, welding, trenching, driving, electrical work, and mechanical work. The first phase proved that AI vision was able to identify hazards with a high degree of accuracy. Observations were reported through an online dashboard complete with categorization, with still images and video clips. Data analytics provided insights that Occidental was able to take back to operations personnel. The second phase explored solutions for deploying AI vision where the communications infrastructure is limited. 📌Highlights: 👉 Results from an application on a commercial platform in the Permian Basin, which had a robust suite of machine learning algorithms designed to identify safety hazards. 👉 The first phase proved that AI vision was able to identify hazards with a high degree of accuracy 👉 The second phase explored deploying AI vision where the communications infrastructure is limited. 📢 The July 2025 hashtag # MIT study - https://lnkd.in/gk_JQQet : 95% of organizations are getting ZERO return from their GenAI investments. And, the 5% are extracting HUGE value! How we use the AI technology makes a difference ⚡ 🎙️ Kyle Richter, PE, PMP , a registered professional engineer in the State of Texas and a certified Project Manager, was the 2018 Chairman of the SPE Permian Basin Section. At Oxy, he works on CO2 flood optimization and other sustainability projects. He is an experienced Operations and infrastructure projects leader.

In Singapore: Singapore Energy Week

The Singapore International Energy Week (SIEW) is an annual platform for energy professionals, policymakers and commentators to share best practices and solutions within the global energy space. First held in 2008, SIEW is organised by the Singapore Energy Market Authority (EMA), a statutory board under the Ministry of Trade and Industry. Our main goals are to ensure a reliable and secure energy supply, promote effective competition in the energy market and develop a dynamic energy sector in Singapore. EMA’s anchor event, the SIEW Summit will feature high-level keynotes and panel discussions around this year’s theme "Envisioning Energy Tomorrow, Building Systems Today". Other key events include the Singapore-IEA Forum, Singapore-IRENA High-Level Forum, SIEW Energy Insights, SIEW TechTable and SIEW Thinktank Roundtables. SIEW partner events, including the Asia Clean Energy Summit, Asian Downstream Summit & Asian Refining Technology Conference, Asia Gas Markets Conference, and Conference of Electric Power Supply Industry, provide an opportunity to focus in on industry-specific topics. We look forward to welcoming everyone at SIEW 2025 on 27 - 31 October!

Clay Formation Characterization Using Supervised Machine Learning and Stochastic Multimineral Modeli

Abstract A recent study supporting the formation evaluation of argillaceous units considered for deep geological storage of radioactive waste will be presented in this session. Conducted within the TBO project, this work integrates over 5 km of core data from nine boreholes with a comprehensive logging suite — including Spectral GR, Density–Neutron–PEF–Sigma, and Elemental Spectroscopy — as well as high-resolution core measurements (XRF, MSCL). The workflow highlights: Rigorous depth matching, bias checking, and QC across datasets. Application of supervised machine learning to enhance quantification of key accessory minerals such as smectite, chlorite, and TOC. Integration into a stochastic Multimin inversion, calibrated to core porosity, grain density, and XRD mineralogy. Monte Carlo uncertainty analysis with 800 iterations ensuring robustness of results. The resulting model delivers a continuous, uncertainty-qualified description of mineralogy and porosity — critical for the safety assessment of radioactive waste repositories. Speaker : Serge Marnat Senior Petrophysicist & Technical Director – Ad Terra Consultancy With over 30 years of industry experience, Serge Marnat is a distinguished geologist engineer from IFP School. His career spans TotalEnergies, Addax Petroleum, and Ad Terra, covering diverse geological settings from nickel mining to complex subsurface reservoirs. He is recognized for pioneering advances in deterministic and stochastic multimineral workflows, machine learning applications, and uncertainty evaluation within formation characterization. Join Us Don’t miss this opportunity to gain insights into the next generation of petrophysical workflows that blend machine learning and stochastic modeling for high-stakes geological evaluations. 🎟 Free attendance – registration required. Send by email to Federico Games: federicogames@gmail.com.

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Data sísmica: ahora genera datos petrofísicos de φ, k y Swi. | Ponente: Ph.D. Rafael Sandrea

APAC CCS Market Analysis Webinar

Abstract: Carbon Capture and Storage (CCS) plays a pivotal role in achieving decarbonization goals. This online session will present a comprehensive market analysis and forecast for CCS in the Asia-Pacific region, offering the latest insights into emerging trends and investment opportunities. Particular emphasis will be placed on the influence of evolving regulatory frameworks and policy developments on CCS investments—both current and projected over the next decade—across key sectors such as upstream oil and gas, hydrogen, steel, cement, refining and chemicals, and power generation. The following questions will be addressed: 1. What policy and regulatory developments are creating new opportunities for CCS deployment across different markets? 2. How are industrial emitters positioning their CCS strategies to capitalize on improving policy landscapes and expanding storage availability? 3. Which regions and sectors are leading the way in developing capture and storage infrastructure and what are the potential headwinds? Bio This session will be presented by Fauzi Said and Stephanie Chiang from Wood Mackenzie. Fauzi is a Senior Research Analyst focused on providing integrated research and data analytics to project developers, investors, regulators and authorities on carbon management and storage in Asia Pacific. His insights on storage projects, industry activities, policies and regulations in the region enable customers to make quality, informed decisions on their decarbonisation strategies and investments. Before joining Wood Mackenzie, Fauzi worked at Shell for as a JV representative, subsurface team lead, geoscientist and drilling engineer responsible for subsurface development plans, joint-venture operations and unitisation in Brunei, Malaysia and the United States of America. Fauzi graduated with a BSc. (Hons) in Geology with Geophysics from the University of Leicester, United Kingdom. He is a keen golfer, and a social tennis and badminton player Stephanie Chiang is a senior analyst in Wood Mackenzie’s CCUS research team based in Singapore. She provides insight and strategic analysis on the CCUS landscape to project developers, technology providers, investors, and governments. Her work involves tracking and analysing projects, building asset valuations, and interpreting regulations and policies in APAC. She is sought out for her insights on key industry topics. Prior to joining Wood Mackenzie, Stephanie spent four years at the Singapore Economic Development Board focused on driving industry decarbonisation in Singapore. She engaged key industry players in the energy and chemicals sectors, influenced government policies, and developed the business case for the government to support new technologies such as CCUS and chemical recycling. Stephanie holds a B.A. in Economics (Hons., Highest Distinction) from the Nanyang Technological University (Singapore).

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Evento Técnico 2025: IA y Nuevas Tecnologías Aplicables a Yacimientos de Crudos Pesados y Extrapesad

Surface Well Testing - Errors In Measurements

Surface Well Testing is a crucial process in Oil & Gas exploration, production and development. It is the means to assess the productivity and characteristics of wells, as well as reservoirs’ characterisation. Allowing for critical and costly decisions and investments to be made, which are heavily reliant /dependant on correct measurements leading to complete and validated data. With surface well testing’s main purpose being the gathering and measurement of parameters, the testing equipment should permit the means of acquiring data and measurements, efficiently, under controlled conditions and within a safe working environment. This third webinar introduces the correct methods, standard equipment and methodologies surrounding acquiring measurements in surface well testing, while highlighting sources of errors and dangers. We describe the processes and steps to acquire the different fluid samples, the necessary safety and technical precautions, and the respective fluid properties and parameters measurements associated with surface well tests’ flow rate calculations. The webinar is moderated by FMTS Board Member Mike Brunton (Halliburton), and facilitated by FMTS Program Chair Awatef Tebbani (Weatherford). This webinar is the third instalment in the " Practical Aspects of Surface Well Testing " series, hosted by SPE Flow Measurement Technical Section , presented by Paul Budworth and Abdullah Tanira, co-authors of the book " Surface Well Testing: A Practical Guide “. Recordings of the first two sessions in the series are available below: November 12, 2024 - Practical Aspects of Surface Well Testing: Surface Well Testing Equipment March 06, 2025 - Surface Well Testing Flow Measurement Integrity: Principles, Standards, and Methods for Accurate Data Collection

Unlocking the Value of Produced Water as a Resource for Upstream Sustainability

Abstract: Produced water is often considered an undesirable by-product during hydrocarbon production due to both economic and environmental constraints. Treating and recycling produced water can unlock its value and serve as an alternative supply to seawater desalination and groundwater consumption, while promoting circular water management 4Rs (Reduce, Reuse, Recycle, and Recover). This presentation highlights several success stories on hypersaline produced water treatment, desalination, and its reutilization using a zero liquid discharge (ZLD) technology for crude oil desalting, fracking, and improved oil recovery. The examples are also shown on the consumption of highly concentrated reject streams obtained from ZLD for drilling and mineral recovery applications to demonstrate 100% circularity in produced water management. Lastly, the potential of mineral-rich ZLD reject streams for CO2 mineralization and lithium extraction will be highlighted in support of the carbon abatement and energy transition initiatives. All these hidden benefits associated with produced water are in great alignment with UN Sustainable Development Goals 6 (clean water), 7 (clean energy), and 13 (climate action). The “holistic importance” of produced water and its value discovered as “resource” in the talk represents a significant stride towards achieving a more resilient, efficient, and sustainable energy future. Speaker Bio: Dr. Subhash Ayirala is a petroleum engineering consultant at Saudi Aramco’s EXPEC Advanced Research Center, Saudi Arabia. He has expertise in waterflooding, improved oil recovery, and produced water management with an extended R&D focus on CO2 mineralization and mineral recovery. He previously worked for Shell E&P and has 20 years of experience in the industry. He is the recipient of the prestigious 2025 SPE Reservoir Description and Dynamics Award. Among his many other SPE recognitions, he received the SPE Distinguished Service Award in 2024. He is a member of SPE Reservoir Advisory Committee and editorial board of SPE Journal. He recently joined the SPE R&D Technical Section board as the chair of the Recovery Enhancement program. Ayirala has authored or coauthored 130 technical papers, 86 journal publications, and 65 granted patents. He has a PhD degrees in petroleum engineering from Louisiana State University. Moderator : Prof. Reza Barati is a Don W. Green Professor & Director of Tertiary Oil Recovery Program at the University of Kansas (KU). His research areas include: EOR, characterization of tight oil and gas reservoirs, hydraulic/acid fracturing, CO2 EOR, CCUS, Natural Hydrogen, Critical Minerals, Enhanced Geothermal Systems (EGS), and Natural Gas Reservoirs. Before joining the KU faculty in 2012, he worked for the Enhanced Oil Recovery Institute (EORI) in Wyoming. He has been a visiting researcher with Schlumberger, Halliburton, Chesapeake Energy, and other companies. He has received several SPE awards, including the 2015 SPE Faculty Innovative Teaching Award and the 2017 SPE Reservoir Evaluation & Engineering Technical Editor Award. He recently joined the SPE R&D Technical Section board as the deputy chair of the Recovery Enhancement program. Barati has authored or co-authored more than 45 peer-reviewed papers.

Distinuished Lecture: On the Intersection of Production Technology, Geothermal Energy, and Data Scie

When: Tuesday November 25, 2025 at 12:00 pm Where: Teams meeting Abstract Geothermal energy has the potential to play a critical role in decarbonizing energy systems by providing reliable baseload heating and power. However, production and operational challenges such as injectivity decline, artificial lift and flow assurance issues like scaling and corrosion, can compromise efficiency and increase costs. Reactive approaches to these issues often result in higher operational expenditures (OPEX) thus hindering the broad adoption of geothermal systems. The industry is increasingly leveraging advancements in data acquisition and data science to enhance operational efficiency. By integrating monitoring data with unstructured information, decision support tools can be developed to address challenges and optimize performance. Drawing lessons from the petroleum sector, this lecture provides examples on geothermal operational challenges with a special focus on electrical submersible pumps and integrating digital tools and models to improve production and operations. This presentation bridges geothermal energy operation, data science, and production technologies to offer insights relevant to both geothermal and petroleum sectors. The content can be tailored to address key interests in operational optimization, data analytics, or artificial lift systems. Takeaway Data-driven decision-making, adapted to the unique characteristics of geothermal assets, can improve operational efficiency and reliability About the Speaker Pejman Shoebi Omrani is a senior scientist at TNO's Production Optimization and AI teams in the energy transition unit. With 15+ years of experience, he pioneers digital technologies in geo-energy systems, flow assurance, and data-driven decision support for real-time production enhancement across sectors like oil and gas and geothermal energy. Pejman leads national and European/international projects. Pursuing a Ph.D. at Wageningen University, Pejman holds a Master's degree from Delft University of Technology, wrote over 20 publications and received prestigious awards. He also actively engages in community service and holds key roles in SPE international, SPE Netherlands and Energy Reinvented Community.

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WEBINAR: Gerencia de proyectos | Ponente: PMP Héctor Martín.

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AI/ML Data-to-Decision: What’s Coming in 2026?

📅 When: 15th January 2026, 10:00 CST (UTC-6) 🎙️Dr. José Celaya Ph. D. – hashtag # SLB , Principal Scientist & Manager - Intelligence Systems Lab. He is an expert in Data Science, Machine Learning, and AI. He previously worked at the NASA Ames Research Center. 🎙️Dr. Mohamed Sidahmed – hashtag # ExxonMobil , Senior Digital Product Manager – AI. He is an expert in Applied R&D, architecting, and scaling enterprise AI solutions with a focus on commercializing AI. 🎙️ Prof. Sid Misra – hashtag # TAMU , Texas A&M University, Petroleum Engineering. Co-Author of the book, ‘Machine Learning for Subsurface Characterization’. He is about to publish his 3rd book! 🎙️Dr. Yingwei Yu – hashtag # AWS , Applied Science Manager - Generative AI Innovation Center. He works across industries to develop & deploy advanced RAG and agent-based Generative AI systems, intelligent document processing (IDP) platforms, time series analysis frameworks, and predictive maintenance technologies.

DL: Impulsando la productividad, la seguridad y la confiabilidad: protección contra rayos en el sect

¿Qué podemos esperar de este evento? Veamos el preliminar .. La presentación ofrece una visión integral sobre cómo el rayo impacta la continuidad operativa, la seguridad y la confiabilidad de las instalaciones petroleras. Se describen los mecanismos físicos que generan los daños más comunes, las limitaciones de las prácticas actuales y los vacíos regulatorios que afectan al sector. El objetivo es proporcionar criterios claros para identificar vulnerabilidades, evaluar riesgos mediante metodologías modernas y aplicar arquitecturas de protección que reduzcan fallas, incidentes de seguridad y pérdidas económicas. Finalmente, se muestran casos reales y estrategias de mitigación que permiten mejorar la productividad, optimizar la resiliencia y fortalecer la toma de decisiones en operaciones de petróleo y de gas. ¿Quién es nuestro ponente? Dr. Carlos T. Mata, director de Tecnología (CTO) de Scientific Lightning Solutions, con más de 20 años de experiencia en protección contra rayos, monitoreo transitorio y resiliencia operativa para sectores aeroespaciales, industriales y de energía. Ha colaborado con organizaciones como SpaceX, Blue Origin, Orbital ATK y múltiples empresas del sector eléctrico y petrolero. Su trayectoria incluye el desarrollo de sistemas avanzados de detección de rayos con alta eficiencia y precisión, análisis forense y mitigación de eventos que afectan infraestructura crítica. Fue seleccionado como SPE Distinguished Lecturer para el periodo 2025 a 2026. Es reconocido internacionalmente por su labor en física del rayo, protección de instalaciones y análisis de riesgos.

Ten Secrets of Production Optimization Using Artificial Intelligence (AI)

Don’t miss this SPE Distinguished Lecturer! Ten Secrets of Production Optimization Using Artificial Intelligence (AI) Sandy Williams ChampionX 📅Thursday, January 22, 2026 🕛 12:00 p.m 📍Big Gym at the Collaborative Energy Complex (CEC) 2844 Campus Rd, Grand Forks, ND 58202 Lunch Sponsored by Williston Basin Section Biography Alexander “Sandy” Williams has worked in the petroleum industry for 34 years. He founded Artificial Lift Performance Ltd. (ALP), which is now a part of ChampionX. ALP developed a software application to help operators monitor, analyze, and optimize wells using artificial lift. This software has empowered engineers to make decisions quickly to maximize production of more than 6,000 wells. Sandy began his career at Amoco, then worked at Phoenix Schlumberger Artificial Lift before becoming a consultant focused on artificial lift and production optimization. He has worked and lived in the USA, Oman, Venezuela, Ecuador, and Colombia, so he is fluent in Spanish. He has taught over 200 courses related to production optimization and artificial lift and has authored 15 technical papers on those subjects.

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Deep geothermal exploration in Singapore

Abstract Singapore’s first deep geothermal exploration campaign confirms the presence of a high-gradient, non-volcanic geothermal resource (40–44 °C/km), with temperatures exceeding 120 °C at depths below 2 km and projected to exceed 230 °C at 4–5 km. Techno-economic and life-cycle analyses indicate that next-generation Enhanced and Advanced Geothermal Systems (EGS/AGS) can deliver competitive baseload power and large-scale district cooling, achieving up to 61% cooling cost reduction and lifecycle emissions comparable to solar PV. These results position geothermal as a strategic, indigenous energy solution for Singapore’s net-zero transition, particularly for data centres and dense urban infrastructure. Bio – Prof. Alessandro Romagnoli Professor Alessandro Romagnoli is an energy systems engineer and technology leader at Nanyang Technological University, where he leads Singapore’s geothermal R&D from deep-subsurface exploration to pilot-scale power and cooling applications. He directed the nation’s first deep geothermal drilling campaign and develops integrated EGS/AGS, ORC, and geothermal cooling systems for urban microgrids and data-centre infrastructure. His work focuses on translating deep-tech innovation into deployable, low-carbon energy solutions for cities. Use the following QR code to complete registration with payment (35 SGD for SPE member; 50SGD for non-SPE member)

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Overlooking Value? An Optimized Approach to Revitalize Mature Fields

Mature fields may not make headlines but they still deliver a major share of global oil production. The real question now is how much value is still left on the table, and how smartly we manage these assets as they decline. Excited to share an upcoming SPE Asset Management Technical Section webinar featuring Indira Saripally (Reservoir Management Team Lead, Oxy ) on practical strategies to revitalize mature fields using the right technical + commercial decisions. Webinar: Overlooking Value? An Optimized Approach to Revitalize Mature Fields Date: Jan 28, 2026 | Time: 9:00 AM (CDT) 🔗 Register: https://bit.ly/3YA6mtJ You’ll learn: • Why mature fields remain one of the industry’s biggest value opportunities • How structured gap analysis reveals missed optimization potential • Lessons from waterfloods and brownfield redevelopment • How timing + execution discipline impact recovery and cash flow

Next-Gen Rock Characterization for Unconventional Reservoirs

📌Highlights: 👉 Conventional rock physics models, experimental techniques, and formation evaluation methods for unconventional reservoirs can lead to unreliable estimates of hydrocarbon reserves/production and fluid mobility. 👉 New expedited methods were developed to better describe the multi-phase fluid transport and enhance reservoir characterization in unconventional rocks with complex pore structure and composition, such as organic-rich mudrocks. 👉 This aids completion decisions to enhance hydrocarbon production and recovery factors. 🎙️ Prof. Zoya Heidari has published over 260 papers and conference proceedings. An expert in rock-fluid characterization, Formation Evaluation, and analysis of multi-scale formation, she has been the founder and director of the UT-Austin Industrial Affiliate Research Program on “Multi-Scale Rock Physics”. Among the many awards, she recently received the 2024 SPE Lester C. Uren Award for Technical Excellence. 🎙️ Aman Srivastava is a Product Manager at Landmark-Halliburton based in the Dallas, Texas area, where he drives innovation and operational excellence in cloud/ digital transformation for optimum drilling planning and monitoring. He serves as the chair of the webinars and virtual meetings at the SPE Research & Development Technical Section (RDTS) . Additionally, he is on the JPT editorial board, ATCE technical board. 📅 When: 29th January 2026, 09:00 CST (UTC-6)

WEBINAR: Aplicaciones y potenciales usos de la IA en el sector del Petróleo y de la Energía | Ponent

2026 Distinguished Lecturer - Carbon Storage Risks and Costs: Busting Perceptions and Myths

Abstract Carbon Capture and Storage (CCS) has historically faced challenges in achieving commercial-scale success across various regions globally. The conversation often circles back to pervasive beliefs regarding CCS, namely the assertion that it is excessively risky and costly. This presentation highlights a range of successful global CCS projects and the diverse business strategies they employ, some of which operate independently of governmental subsidies or carbon pricing. The adequate and proportionate understanding of the role of Geological CO2 Storage Regulations and Technical Standards is highlighted, as they are frequently perceived as the primary enablers of the CCS industry. This lecture will explore the crucial importance of selecting suitable geological sites for CO2 storage. It will also address operational challenges in managing fluids with unique thermodynamic properties and examine how existing legacy wells, whether repurposed or not, can affect the risk and cost aspects of CO2 storage projects. Adequate site selection, operational considerations and the impact of legacy wells are essential aspects associated with successful implementation of CCS at scale. Furthermore, the discussion concludes with reflections on Value generation beyond direct economic revenue, highlighting scalability and maturation time as key performance indicators for CO2 storage projects. Biography With two decades of energy sector experience, Diego Vazquez Anzola has worked on diverse projects, from hydrocarbon exploration to carbon capture and storage (CCS) and sustainable energy solutions. Diego's portfolio includes significant involvement in prominent commercial CCS projects like Northern Lights (Norway), Aramis and Porthos (Netherlands), Endurance (UK), Gorgon (Australia), Prinos (Greece), Lang-Lebah (Malaysia), and Arthit (Thailand). Diego specializes in translating CO2 storage regulations into detailed operational plans. He holds the role of Principal Advisor and CCS Practice Lead for the Eastern Hemisphere at Halliburton and is an advisory board member for a New York-listed startup focused on optimizing CC(U)S costs. Gathering around 6PM, delicious Italian food and networking Talk 6:45PM - 7:15PM Q&A and further networking till 8:30PM Cost (for registration in advance): Members $35 / Non-members $50 / Students-retired-unemployed $25 IMPORTANT: You will need to make a payment in advance. Please pay by Paynow using the UEN: S75SS0049A or the QR code below. Bank details: Account Name: S'PORE SECTION SOC PETROLEUM ENGINEERS Account No: 006-012393-7. Remember to indicate your name in the reference. Official receipt will be sent to your email after the event. Payment at the door is $75 for everyone. See you soon! Please feel free to contact us via WhatsApp or email for any questions or clarification.

The Evolution of the Texas Upstream Oil and Gas Economy

Texas has long been central to U.S. oil and gas activity, but the shape of its upstream economy has shifted as domestic energy markets and production patterns have evolved. Join Karr Ingham , Petroleum Economist and President of the Texas Alliance of Energy Producers , for an upcoming SPE Asset Management Technical Section (AMTS) webinar that examines these changes through a data-driven lens. Using the Texas Petro Index as the foundation of the discussion, Ingham walks through how employment, economic output, and industry activity have moved over time, and why those trends matter beyond Texas. What You’ll Learn: How changes in U.S. energy production have influenced Texas’s upstream economy What the Texas Petro Index reveals about industry activity, employment, and output How Texas’s role in the upstream sector has evolved over time Why these trends are relevant for investment decisions, policy discussions, and long-term energy planning Date: Wednesday, February 18, 2026 Time: 9:00 AM (CDT)

Application of Distributed Fiber Optic Sensing in Flowline Monitoring

Title : Application of Distributed Fiber Optic Sensing in Flowline Monitoring Date: Wednesday, 25 February 2026 Time: 8:00-9:30 AM CST Abstract: Distributed fiber optic sensing (DFOS) has demonstrated significant potential across various fields, such as hydraulic fracturing monitoring, injection and production profiling, and reservoir characterization. Dr. Fan’s research group is at the forefront of expanding DFOS applications to flowline and wellbore monitoring, particularly in multiphase flow monitoring and flowline defect assessment, which will be the focus of this presentation. Multiphase flow monitoring plays a critical role in multiphase flow metering, and flow assurance prediction, assessment, and management, such as liquid accumulation, gas hydrate, etc. This presentation will highlight recent advancement in distributed acoustic sensing applications for liquid loading detection, slug flow monitoring and characterization, using various fiber cable types and deployment methods. Multiphase flow metering and monitoring are highly valuable for production design and optimization, yet significant challenges remain in achieving accurate measurements with DFOS for multiphase flow, that Dr. Fan’s research group is actively addressing. Additionally, the presentation will discuss recent experimental investigations into flowline defect detection, comparing different fiber cable types and pipeline deployment techniques. DFOS surpasses traditional methods by providing non-intrusive, real-time, high temporal resolution, and long-distance measurements, while also withstanding harsh environments that often limit conventional measurement techniques. By leveraging a single sensing technology, DFOS can monitor multiple flowline challenges that traditionally require several different measurement techniques. This capability makes DFOS a more efficient and cost-effective solution for simultaneous flow monitoring and flowline integrity risk assessment. Yilin Fan is an Associate Professor in Petroleum Engineering at Colorado School of Mines, and the Director of the Carbon Capture, Utilization and Storage Interdisciplinary Graduate Program. She earned her B.S. in Oil & Gas Storage and Transportation Engineering from China University of Petroleum and both her Master’s and Ph.D. degrees in Petroleum Engineering from University of Tulsa. Dr. Fan’s research interests are multiphase flow in pipes, flow assurance, distributed fiber optic sensing, multiphase flow metering, etc. She currently serves as a member of the SPE Production and Facilities Advisory Committee and the SPE ATCE Program Committee. She also serves as an associate editor for several journals, such as SPE Production & Operations, SPE Journal, and Geoenergy Science and Engineering. Speaker : Dr. Yilin Fan is an Associate Professor in Petroleum Engineering at Colorado School of Mines, and the Director of the Carbon Capture, Utilization and Storage Interdisciplinary Graduate Program. She earned her B.S. in Oil & Gas Storage and Transportation Engineering from China University of Petroleum and both her Master’s and Ph.D. degrees in Petroleum Engineering from University of Tulsa. Dr. Fan’s research interests are multiphase flow in pipes, flow assurance, distributed fiber optic sensing, multiphase flow metering, etc. She currently serves as a member of the SPE Production and Facilities Advisory Committee and the SPE ATCE Program Committee. She also serves as an associate editor for several journals, such as SPE Production & Operations, SPE Journal, and Geoenergy Science and Engineering.

Criticality of Underground Gas Storage – Technology, Economics & Energy Resilience

Underground natural gas storage serves as a critical pillar of U.S. energy reliability, balancing seasonal demand, moderating price volatility, and safeguarding supply during peak consumption, particularly in winter months. However, the U.S. gas storage system is under increasing strain. While natural gas demand is projected to grow by approximately 4.5 Bcf/d through 2030, storage capacity expanded by only 0.1% annually between 2014 and 2023, well below the 1% in the prior decade. As a result, several regions now operate storage utilization exceeding 90%, creating an urgent need for new storage facilities to meet expanding demand from industrial growth, LNG exports, data centers, and renewable energy backup needs. This webinar, the first in a three-part series , introduces the fundamentals of underground gas storage. Topics include storage reservoir types, key operational parameters, working gas and cushion gas concepts, and operating envelopes required to maintain reservoir and well integrity. This sets the stage for subsequent webinars covering the conversion of depleted oil and gas reservoirs to store gas and the application of underground gas storage and CO₂-EOR technologies to carbon capture and sequestration. Together, the series explores how underground storage plays a growing role in energy security, infrastructure planning, and long-term carbon footprint reduction. Speaker Bio: Dr. Tuba Firincioglu is the Managing Director at Nitec LLC. She is a career reservoir engineer and a numerical simulations expert. She has performed or managed reservoir studies involving dry gas, gas condensate, volatile oil, and black-oil fields, including modeling and design of many conventional and unconventional EOR applications. Her experience covers most geological environments from fluvial sands to carbonates. She has worked on all the major unconventional basins in the United States, including Bakken, Eagle Ford, Permian, and others. Dr. Firincioglu holds an M.S. degree from Stanford University and a Ph.D. degree from Colorado School of Mines, both in Petroleum Engineering.

Caracterización de yac. no convencionales: fuente estratégica de crudo liviano para Venezuela

Direct Mass Flow Measurement of CO₂ in CCUS Applications – Reducing System Uncertaint

As CCUS projects scale, measurement integrity and uncertainty control are critical for emissions accountability and regulatory compliance. CO₂ flows across gas, liquid, dense phase, and supercritical states, often near the critical point, where pressure and temperature sensitivity directly impact measurement performance. Join us for a focused technical discussion on: Direct mass flow measurement using Coriolis technology Key uncertainty drivers (pressure & velocity-of-sound effects) Impurity tolerance & diagnostics Transferability of water calibration to CO₂ service 🎤 Speaker : Yaser Alghanmi , Global Head of Metrology, Emerson 🎙 Moderator : Dr. Aziz Rahman , HBKU 🎛 Facilitator : Shahul Hameed , SPE FMTS Program Chair 📅 March 3, 2026 | 9:30 AM CST 🔗 Register here: https://events.teams.microsoft.com/event/9e3dfde5-0f67-4fcf-a21d-4f7358a1d802@dd63fb60-07f6-4d96-8d40-ebeca61a524e #SPE #FMTS #FlowMeasurement #CCUS #Metrology #Coriolis #CarbonCapture #MeasurementIntegrity

Technical Webinar_Optimizing Recovery in the Utica Shale through Technical Efficiency

Abstract The Utica Shale has moved beyond drilling speed; today, recovery efficiency is the key differentiator. As pressure depletion and parent–child interference shape well performance, value creation depends on disciplined execution. This session will highlight how integrating advanced diagnostics, geomechanics, and physics guided planning can unlock greater gas recovery per foot drilled. Attendees will gain actionable insights to optimize recovery, improve economics, and minimize environmental impact in mature shale plays. Bio Olu is a Principal Consultant at CentrivPetrologic Petroleum Engineering Consultants, where he leads innovative solutions in unconventional resource development. With over 26 years of experience in reservoir, production, and completion engineering, Olu excels at maximizing value from shale gas, tight gas, and tight oil across major U.S. basins. He is known for pioneering technical and economic strategies, disciplined execution, and effective cross-disciplinary collaboration— expertise that directly addresses today’s challenges in plays like the Utica Shale. Olu has held technical leadership roles at TotalEnergies, ConocoPhillips, and Halliburton, authored multiple technical papers, and holds degrees in chemical and petroleum engineering, as well as a project management certificate. He is a member of the SPE.

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Data, Simulations, and AI for Micro-Scale Flow and Transport

Speaker: Prof. Maša Prodanović – Frank W. Jessen Professor and Associate Department Chair, Petroleum Engineering, UT-Austin Moderator: Sriram Solairaj - Co-Founder and CEO of JGS Resources, 📌Highlights: 👉 Multi-scale imaging is now able to provide nanometer to millimeter resolution. This enables direct insight into pore-scale flow mechanisms that control large-scale transport in oil recovery and carbon sequestration. 👉 Computed tomography, X-ray microtomography, and SEM, integrated with numerical simulation and machine learning, allow the extraction of key transport properties even in highly complex materials. 👉 We developed the Digital Porous Media Portal as a source of high-quality, curated imaging data. This is hosted at the Texas Advanced Computing Center. This promoted faster learning and insight creation. 👉 We demonstrate how open datasets have enabled AI-driven prediction of permeability and electrical resistivity. 👉 We address the ongoing challenges in modeling complex fluid–solid coupling processes, where fully trained AI models are still emerging. 👉 High-resolution 3D simulations are presented that capture dynamic proppant transport and placement in realistic rough-walled rock microfractures under varying flow conditions, including both Newtonian and shear-thinning fluids. These results provide practical guidance for completion engineers in selecting proppant and fracturing fluids to optimize placement within complex fracture networks.

Taller práctico: De las emisiones globales a la huella de carbono personal. Dra. María Ángela Capell

Gas Hydrates in Transient Multiphase Flow: Application of Advanced Models to Field Cases and Improvi

Date: Wednesday, 25 March 2026 Time: 8:00-9:30 AM CST Abstract: Gas hydrates are crystalline solids that form when water and gas combine under high-pressure, low-temperature conditions, conditions commonly encountered in offshore and arctic oil and gas production systems. Gas hydrates remain one of the most significant flow assurance concerns, with severe negative economic and safety implications. This webinar presents recent advances in gas hydrate modeling integrated with transient multiphase flow simulations. It demonstrates how these tools can be used to analyze field cases and support improved hydrate management strategies. New modeling approaches are emerging to enhance predictive capabilities for gas hydrate in multiphase flow, especially during transient conditions such as shut-in and start-up, which pose the greatest risk of gas hydrate plugging. Understanding the fundamentals of gas hydrates and their interactions with multiphase flow is essential for flow assurance engineers, enabling more efficient and reliable gas hydrate management practices. Join us on 25 March at 0800am CST by registering for the webinar by going to https://mines.zoom.us/webinar/register/WN_L0g3Zg6zQUefWOqWm23GbQ After registering, you will receive a confirmation email containing information about joining the webinar. Speaker: Luiz Dalla is a petroleum engineer with 14 years of industry experience in flow assurance and artificial lift, developed during his work with offshore production systems at Petrobras in Brazil. His expertise spans multiphase flow, production optimization, and flow assurance challenges in offshore production systems. He holds a bachelor’s degree in environmental engineering and a master’s degree in mechanical engineering from Universidade Federal do Espírito Santo (UFES), Brazil. In 2022, he joined the Department of Petroleum Engineering at Colorado School of Mines and the Center for Hydrate Research to pursue a Ph.D. degree. The research focuses on developing advanced gas hydrate models integrated with multiphase flow to predict gas hydrate formation, transport, and plugging risk in pipelines. He has also presented research at the Offshore Technology Conference (OTC), one of the world’s largest energy industry conferences. His work and research interests include multiphase flow and flow assurance modeling, as well as the development and innovation of digital tools to improve decision-making and efficiency in oil and gas operations.

Calibration Transferability in Ultrasonic Gas Meters

Gas flow measurement in challenging conditions — such as high pressures, high CO₂ content mixtures, and the handling of highly explosive gases — is an increasingly critical requirement in offshore operations and CCUS projects. However, ensuring measurement integrity faces a severe practical and economic limitation: the impossibility of having calibration facilities capable of safely replicating the full diversity of fluids and extreme conditions. As a result, ultrasonic meters are frequently calibrated in controlled environments but must operate under completely different field conditions. Bridging this gap is exactly why calibration transferability becomes indispensable. Join us for a focused technical discussion on: The infrastructure bottleneck: the gap between laboratory conditions and field reality The concept and application of calibration transferability in ultrasonic meters How fluid composition and pressure changes affect acoustic properties and meter performance Strategies to ensure measurement reliability and reduce uncertainties in extreme applications. Presenter: Fábio Ouverney Costa , Research Technologist at INMETRO Moderator: Luiz Octavio Vieira Pereira , Research, Development & Innovation Leader at CENPES, Petrobras Facilitator: Shahul Hameed , VP - Oil & Gas Industry, Emerson

Energy Decision-Making Under Uncertainty

At SPE AMTS we are very excited to host Cedric Fraces , Co-Founder of TENOKONDA ®, for an insightful session on how uncertainty shapes value and decision-making in the energy sector. With over 20 years of experience as a reservoir engineer and data scientist, Cedric has developed advanced solutions for leading global operators such as Chevron, Total, KOC, CNPC, PEMEX, and Ecopetrol, and has contributed to large-scale carbon sequestration projects across the U.S. and Canada. In this session, he will explore how uncertainty and risk influence portfolio-level decisions, moving beyond traditional Excel-centric approaches to more advanced frameworks such as probabilistic graphical models, scenario-based portfolio construction, and the integration of Bayesian reasoning with Modern Portfolio Theory. The session will be structured across three parts—covering the current paradigm, uncertainty quantification techniques, and scenario-driven portfolio design—offering both foundational understanding and practical insights. Scheduled for March 25, 2026, at 7:30 PM IST. Joining Link: https://lnkd.in/gp85EXG6 This webinar is designed to be an engaging and thought-provoking discussion for both newcomers and experienced professionals looking to rethink decision-making under uncertainty.

Cement and Concrete with Reduced Carbon Footprint

Speaker: Dr. Ashok Santra – Sr. Research Science Consultant, Aramco Moderator: Dr. Thomas (TJ) Pisklak - R&D Advisor - Cementing at Halliburton 📌Highlights: 👉 Cement manufacturing accounts for approximately 7% of total anthropogenic CO₂ emissions. A meaningful reduction in this carbon footprint requires a comprehensive approach that combines: (1) carbon dioxide (CO₂) mineralization during the construction of oilwell and civil infrastructure, and (2) partial substitution—up to 50%—of ordinary Portland cement (OPC) with pozzolanic materials. 👉 During Portland cement hydration, approximately 15% calcium hydroxide [Ca(OH)₂] is generated, part of it can be directly mineralized into calcium carbonate (CaCO₃) through CO₂ blending. 👉 We developed a proprietary laboratory-scale high-pressure blender capable of introducing CO₂ at pressures up to 1,000 psi. Experimental results confirm the irreversible conversion of CO₂ into stable CaCO₃. 👉 Using this CO₂-blending technology, we successfully formulated oilwell cement slurries that remain fully pumpable while achieving a 15–20% increase in compressive strength. 👉 CO₂ acts as an effective setting accelerator, significantly reducing curing time and improving operational efficiency.

SPE Singapore_Webinar_Distributed Generation in APAC

Abstract Distributed Generation focuses on deploying smaller-scale solar assets close to consumption points, rather than centralized power plants, enabling tailored power solutions and onsite generation. These systems are typically installed on industrial and commercial rooftops, efficiently monetizing unused roof space without competing for land. They are particularly well suited to companies with large physical footprints and extensive surface area across factories, warehouses, or logistics facilities. From an investor’s perspective, distributed solar offers strong diversification, long-term contracted revenues, and predictable cash flows backed by credit worthy corporate customers. In APAC rising energy demand, rapid industrial growth, and increasing export-driven sustainability requirements continue to create a compelling opportunity for solar deployment. Bio Thibault has been working in Asia for 7 years in the renewable energy sector. He began his journey at TotalEnergies before joining Stonepeak’s renewable platform, Peak Energy, a fast-growing developer and owner of utility-scale and distributed renewable energy assets across APAC. At Peak Energy, he leads the investment team focused on distributed generation - developing, structuring and financing solar, storage and hybrid solutions that deliver clean, reliable power directly to industrial and commercial customers, helping them decarbonize while reducing their energy cost.

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Discussion with SPE President Jennifer Miskimins

This is a discussion with the 2026 SPE president Mrs Jennifer Miskimins. We will touch the following topics: Best practices for SPE Chapters Suggestions on how to improve the life of our section SPE role and relevance in the changing O&G landscape SPE membership services and how to make the most of it Vision for the role of SPE in the next 50 years How to make the most the SPE volunteering opportunities Bio: Jennifer L. Miskimins is a professor and the department head of the petroleum engineering department at the Colorado School of Mines (Mines), where she holds the F.H. Mick Merelli/Coterra Energy Distinguished Department Head Chair. She has kindly accepted to travel to Singapore to deliver a keynote at our 50th Anniversary Gala Dinner.

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*** *** SPE Singapore 50th Anniversary Gala Dinner *** ***

Dear SPE Members, We are excited to invite you to a landmark celebration: the 50 th Anniversary of the SPE Singapore Section Gala Dinner , commemorating five decades of technical excellence, community building, and industry leadership. Event Details Date: Monday, 6th of April , 18:00 – 21:00 Venue: Singapore Flyer Location: 30 Raffles Ave., Singapore 039803 (below the Singapore Flyer) Dress code: Black Tie recommended, Formal possible. Program Highlights: Keynotes from SPE International President Jennifer Miskimins Hibiscus Managing Director Kenneth Pereira Energy Market Authority Director of Emerging Energies Mr Toh Wee Khiang Networking gala dinner with industry peers and partners Cake sponsored by Azentiq and Fluxfill Petrochina/SPC Vice President, Mr Hou Fudou Gift Presentation Local Section Awards Quiz & prizes Entry Fees: 150 SGD Cash or paynow at the door get your SPE membership here . Note: SPE Singapore is working hard on supporting our members and the industry with knowledge sharing opportunities. Most organisations will allow employees to expense their entry fees to our events. If can, we ask you to consider paying the undiscounted entry fee. This will help us continue serving you. Sponsorship Opportunities We welcome corporate sponsors to support this milestone event and gain visibility across our vibrant community. As we print posters and goodies ahead of the Gala Dinner, this is the best time to confirm your sponsorship and be recognised on our promotional material and during the event. Let’s celebrate this milestone together and shape the future of energy in Singapore. How to register: 3 ways: 1. Pay by Paynow using the UEN: S75SS0049A or the QR code below. 2. Bank details: Account Name: S'PORE SECTION SOC PETROLEUM ENGINEERS Account No: 006-012393-7. 3. Using the Eventbrite platform . Remember to indicate your name in the reference. Send us an email with your name, membership number and company to get the receipt. Note that most companies will accept to expense your ticket to SPE events as it is part of your continuous education.

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Deep Learning for Seismic Interpretation: From CNNs to Foundation Models

From Convolutional Neural Networks (CNNs) to the latest Vision Transformers and foundation models, artificial intelligence is rapidly reshaping how geoscientists analyze seismic data and understand the subsurface. Speaker : Haibin Di Moderator : Yogashri Pradhan The evolution of deep learning architectures used in seismic interpretation Key challenges unique to seismic datasets and geoscience workflows Practical strategies for adapting modern AI models to seismic applications Recent progress toward seismic foundation models and their potential impact on subsurface analysis This webinar will provide valuable insights for geoscientists, data scientists, and engineers interested in the growing role of AI in geoscience and energy.

The Paradigm Shifts in Recovery Productivity Enhancement Towards Sustainability

🌍 Abstract : As the energy industry advances toward a more sustainable future, enhancing recovery and productivity requires an integrated approach that combines reservoir management, stimulation innovation, and carbon solutions. This session brings together three complementary perspectives addressing key challenges in maturing and complex reservoirs. It explores advanced conformance control techniques for managing excessive water production through selective plugging while preserving hydrocarbon flow, alongside thermochemical stimulation technologies that generate in-situ heat and pressure to improve reservoir connectivity, mitigate formation damage, and enhance production efficiency. In parallel, the discussion highlights the evolution of Carbon Capture, Utilization, and Sequestration (CCUS) from research to large-scale field deployment, demonstrating its critical role in reducing emissions while enabling enhanced oil recovery. Together, these approaches illustrate a paradigm shift toward smarter, more efficient, and environmentally responsible reservoir development—where productivity enhancement and sustainability are no longer competing objectives, but aligned drivers of the industry’s future. 🎤 Featured Panelists & Topics 🔹 Professor Hussein Hoteit (KAUST) Conformance Control for Water Management As reservoirs mature, water management becomes one of the most critical challenges. This session will explore how advanced conformance control methods—particularly colloidal silica systems—can selectively block high-permeability zones while preserving oil flow. 🔹 Professor Mohamed Mahmoud (KFUPM) Thermochemical Stimulation for Productivity Enhancement What if stimulation didn’t rely on brute force? Thermochemical technologies are enabling in-situ heat and pressure generation to reduce breakdown pressure, enhance reservoir contact, and restore permeability—while also tackling condensate banking, water blockage, and wax deposition. A smarter, scalable alternative to conventional methods. 🔹 Dr. Almohannad Alghamdi (Aramco) CCUS: From R&D to Field Deployment From concept to reality: this talk highlights the journey of CCUS through the lens of the Uthmaniyah CO₂-EOR project. With ~800,000 tonnes/year capture capacity, it’s not just a project, it’s a blueprint for scaling carbon solutions and advancing toward net-zero goals. 🎙️ Moderator: Mohammad Al Kadem (Aramco)

DL: Considerations on high definition wellbore surveying trajectory. Ponente: M.Sc. Adrián Ledroz

Characterization of Gas-Liquid Downward Flow

Investigation of downward flow is relevant due to the downward inclination of transport lines, injection of chemicals and CO2 as part of Enhanced Oil Recovery (EOR) operations. Furthermore, carbon capture and underground storage often require transporting and injecting CO2 mixtures within two-phase flow regions. Despite its practical relevance, downward two-phase flow remains one of the least studied areas of multiphase flow with limited experimental data and modeling gaps. Available experimental data indicates that commonly used mechanistic models and commercial simulation tools often fail to accurately predict key flow parameters of interest. This presentation provides an experimental study of low-viscosity oil-air flow, with physical properties close to liquid and gas CO2, in downward inclined pipes. Experimental data covers a wide range of operational conditions and includes flow pattern, liquid holdup, pressure gradient and wall-liquid shear stress. Experimental results are compared with the commonly used commercial software, based on mechanistic models. A detailed analysis is presented for stratified flow, the most frequently observed flow pattern in downward inclinations. Speaker: Gulnur Uali, Researcher at the Tulsa University Fluid Flow Projects Moderated by Mark Zheng, Program Chair, SPE Flow Assurance Technical Section Hosted by SPE Flow Assurance Technical Section on 22 April 2026

From Reservoir to Reported Rates - How Fluid Properties Shape Measurement and Interpretation

Production data is often treated as a direct measurement, but in practice, it results from a chain of transformations linking reservoir conditions to reported flow rates. Fluid properties defined by pressure, temperature, and composition govern phase behavior and physical characteristics such as density and compressibility. These properties directly influence how flow measurement technologies respond under operating conditions, regardless of measurement principle. The same fluid description is then used to translate measured quantities into engineering outputs such as phase rates, allocation, and well performance. As a result, any inaccuracy or inconsistency in fluid properties propagates through both measurement interpretation and reservoir analysis. As production conditions evolve, changes in fluid behavior can simultaneously affect measurement response and reservoir conclusions, even when the measurement system itself remains unchanged. This panel will examine the chain from reservoir conditions to reported production data, focusing on how fluid properties influence each step and how inconsistencies propagate into engineering decisions. The objective is to clarify the sources of uncertainty and how to better align measurement and reservoir workflows in practice. Date/Time : Wednesday, April 29, 2026 | 09:00AM – 09:30AM CDT Registration : https://streaming.spe.org/spe-live-from-reservoir-to-reported-rates-how-fluid-properties-shape-measurement-and-interpretation-2 Moderated by: Lester Yi , Lead Instrumentation, Control, and Electrical (IC&E) Engineer at ExxonMobil; Vice-Chairperson of FMTS Speakers : Muhammad Navaid Khan : Senior Specialist in Reservoir Engineering at ADNOC, Chairperson of SPE Integrated Reservoir Technical Section (IRMTS). Amin Amin : Chief Operating Officer at Belsim Engineering; Past Chairperson of FMTS

WEBINAR: Sistema integrado de producción de subsuelo, SIPS. Ponente: Ing. Olegario Rivas

¿Qué podemos esperar de nuestro evento?, veamos el preliminar … El sistema SIPS es una alternativa innovadora a instalaciones convencionales de producción de petróleo y de gas, integrando múltiple de producción, separador y los sistemas auxiliares en una sola unidad compacta, permitiendo reducir los altos costos y largos tiempos para su fabricación e instalación. Esta integración combina los procesos de recolección, separación y bombeo de fluidos en un único sistema, facilitando la operación y el mantenimiento. ¿Quién es nuestro ponente? Olegario Rivas, Ingeniero Mecánico e Ingeniero de Petróleo, grados obtenidos en la Universidad del Zulia, LUZ, Venezuela. Se desempeñó como fiscal del MEM, Dirección de Reversión, área mantenimiento, de 1974 a 1977. Laboró en Intevep, de 1977 a 1997, en Ingeniería de Producción, desarrollando y adaptando tecnologías para PDVSA. Fue asesor de sistemas de LAG y reactivación de campos maduros, en la Costa Oriental del Lago, ex filiales Maraven y Lagoven. Su investigación en Intevep le permitió desarrollar varios equipos/sistemas de producción y LAG, con generación de 11 patentes de invención en EE UU., las cuales fueron registradas en más de 10 países adicionales, un equipo obtuvo licencia de comercialización otorgada por Intevep. Desde 1997 hasta el 2019 laboró para REDA, Schlumberger, desarrollando tecnologías para sistemas de LAG, con generación de 12 nuevas patentes de Invención en EE. UU. Desde el 2010 hasta el 2019, se desempeñó como Dir. de Currículo en LAG y Completación de Pozos, áreas de tutoría, mentoría y adiestramiento, incluyendo más de 250 cursos con alcance a más de 50 países. Actualmente es Dir. de Tecnología de la empresa FORCELIFT, dedicada a consultoría y adiestramiento, áreas Ingeniería de Producción y LAG. Es autor de más de 40 publicaciones, presentaciones y papers. Ha recibido numerosas Condecoraciones, otorgadas por su investigación en Intevep y en Schulmberger, y el Premio FUNDACITE a la Innovación tecnológica, entre otros. Es miembro y un excelente colaborador de la SPE Caracas Petroleum Section.

14th East Meets West Congress 2026

14 th East Meets West Congress 2026 Where Ideas Ignite Energy

SPE Gaia Talk - 𝗭𝗘𝗨𝗦: 𝗭𝗲𝗿𝗼 𝗘𝗺𝗶𝘀𝘀𝗶𝗼𝗻 𝗨𝗻𝗰𝗼𝗻𝘃𝗲𝗻𝘁𝗶𝗼𝗻𝗮𝗹 𝗦𝘁𝗮𝘁𝗶𝗼𝗻

Curious about new pathways for turning high-CO₂ gas streams into lower-carbon power? 𝗭𝗘𝗨𝗦 : 𝗭𝗲𝗿𝗼 𝗘𝗺𝗶𝘀𝘀𝗶𝗼𝗻 𝗨𝗻𝗰𝗼𝗻𝘃𝗲𝗻𝘁𝗶𝗼𝗻𝗮𝗹 𝗦𝘁𝗮𝘁𝗶𝗼𝗻 , an online webinar hosted by SPE Gaia and SPE Western Australia . 💻 Register here: https://lnkd.in/gFCjW2Ms This session will explore an emerging high-pressure oxyfuel power concept designed to process untreated gas, capture nearly all emissions, and create a potential pathway for dispatchable low-carbon electricity. We will hear from Muhammad Aqmal Ratasha , Technology Programme Manager at PETRONAS Upstream, who brings deep experience across technical operations, project execution, and low-carbon technology commercialization. Moderated by Claus Otto , Director at CCUS Technologies, SPE Gaia Asia Pacific (Oceania) Liaison. It is an interesting look at how innovation in combustion, carbon capture, and energy systems could help unlock value from challenging gas resources.

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SPE Workshop: Multiphase Metering Opportunities and Solutions

Join us for the SPE Workshop: Multiphase Metering Opportunities and Solutions 7–8 May 2026 | San Antonio, Texas As the energy landscape continues to shift, precise flow rate measurements in production accounting, maximizing recovery, and optimizing reservoir management remains paramount. Today’s digital oilfield demands continuous, accurate flow measurements that are cost-effective, adaptable to the dynamic nature of unconventional developments or conventional plays, and environmentally friendly. Multiphase metering technologies are evolving rapidly to meet these requirements, integrating seamlessly into innovative workflows. To support the evolving oil and gas industry and the imperative for a sustainable energy transition, this workshop will focus on the latest advancements and practical applications of multiphase metering in both conventional and unconventional fields. Industry leaders and experts will share their insights on: Multiphase Flow Metering Across Conventional & Unconventional Fields Innovations in Multiphase Flow Metering: Bridging Theory and Practice, AI and Real Measurements Challenges and Solutions for the Future From Flow Loop to Field: Ensuring Reliability and Accuracy in Deployment Technological Integration Sharing Successes from Discrete Implementations to Large Standardized Deployments Engaging Panels of User Group, Regulators, and Manufacturers More information

The Application of Diagnostics in Fluid Flow Measurements

Flow measurement systems are evolving beyond traditional measurement devices and increasingly becoming diagnostic platforms that support reliability, maintenance optimization, and operational decision-making. As the industry moves away from fixed maintenance schedules and reactive troubleshooting, diagnostics, Condition-Based Maintenance ( CBM ), and Condition-Based Calibration ( CBC ) are playing a growing role in improving measurement confidence, reducing downtime, and optimizing calibration intervals. The SPE Flow Measurement Technical Section ( FMTS ) invites you to attend our upcoming live webinar The Application of Diagnostics in Fluid Flow Measurements . This webinar will discuss the practical application of diagnostics in flow measurement systems, including: Condition-Based Maintenance (CBM) Condition-Based Calibration (CBC) Meter reliability and performance monitoring Real field experience with gas ultrasonic meter diagnostics Emerging AI/ML applications in diagnostics and maintenance workflows Presenter: Colin Lightbody , Head of Flow Measurement Consultancy, TÜV SÜD National Engineering Laboratory (NEL) Moderator: Luiz Octavio Vieira Pereira , Petrobras Facilitator: Katharine Moncada , SLB

Webinar: Gerencia de proyectos, parte 2 | Ponente: certificado PMP Héctor Martín.

SPE Singapore_Webinar_Carbon Pricing

Abstract: This presentation will provide an overview of carbon pricing as a key tool in climate policy. It will examine its role in reducing emissions and incentivizing sustainable practices. The discussion will highlight different approaches, including carbon taxes and emissions trading systems. It will also address how carbon trading helps to reduce emissions in a carbon‑constrained economy. Bio: Caspar is a Sustainability Specialist with broad experience in climate change consulting, working across diverse and complex environments. His expertise includes Clean Development Mechanism and Voluntary Emission Reduction projects, carbon asset management, and renewable energy investments. He has contributed to carbon finance, climate change mitigation and adaptation, and sustainability consulting, while also developing software and services in the sustainability field for BP, South Pole and currently for Glencore.

CO2 Flow Assurance: from laboratory studies to field applications

Abstract: As a leader in the energy transition, Equinor is committed to decarbonizing its oil and gas operations while developing commercial CO₂ transport and storage infrastructure. Pipeline transport of CO₂ streams plays a central role in this strategy. Building on its expertise as a frontrunner in multiphase flow transport technology for oil and gas production, Equinor has also taken a leading role in R&D activities focused on CO₂ flow assurance —initiating, leading, and actively participating in key research programs. To enable cost-effective and safe CO₂ transport and injection solutions, accurate assessment of CO₂ flow assurance is critical. Equinor employs a systematic app roach that integrates operational insights from existing CCS projects, fundamental understanding of relevant physical phenomena through dedicated experiments, technology gap analysis, and hands-on technology development. In this presentation, Dr. Yang will provide an overview of Equinor’s CCS status and ambitions, share operational experience with single-phase CO₂ pipeline transport, discuss fundamentals and potential risks of CO₂ two-phase flow in pipeline and well injection systems, and outline mitigation strategies. He will also review the current state of CO₂ flow assurance technology and illustrate potential field app lications . Dr. Zhilin Yang is currently a specialist researcher at Equinor, leading the CO₂ flow assurance research and development program. He earned his PhD in Nuclear Engineering, specializing in multiphase flow , boiling, and condensation, in 1993. After a decade of teaching and research in nuclear power safety, he transitioned to petroleum engineering in 2002. From 2002 to 2009, he led the development of the LedaFlow ID code at SINTEF, Norway. Since joining Equinor in 2009, Zhilin has managed R&D programs focused on heavy oil transport and production, encompassing internal experimental studies , model development, and coordination of external R&D activities. Since 2018, he has been leading Equinor’s CO₂ flow assurance R&D program. During this time, he has served as project manager for several joint industry projects addressing CO₂ flow challenges in pipeline transport and well injection systems, with a focus on mitigating risks associated with two-phase CO₂ flow .

EU Methane Emissions Regulation and Implications for Offshore Producers

https://www.linkedin.com/events/7458124180350267392

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SPE Great Yarmouth AGM

The Section Board would like to invite you to the SPE Great Yarmouth Section Annual General Meeting to be held at the Imperial Hotel Great Yarmouth on Thursday 28th May 2026 commencing at 13:00hrs. If you would like to be involved with the Section and become a Board Member, then this is an excellent way to contribute and join in and shape the future of the Section. Agenda Chairman’s Report Treasurers Report Membership Update Resignation of 2025 - 2026 Board Members Election of Board Members for 2026 -2027 Any other business for which due notice has been received If you wish to join us, then please email bobb@modgy.co.uk or call on 01493 658488 Kind Regards SPE Great Yarmouth Section

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Managing offshore downtime due adverse weather conditions

Abstract: This presentation will begin by defining what constitutes adverse weather and its potential impact on offshore project delivery. We will then examine how adverse weather should be considered when developing a project programme to ensure realistic timelines. The discussion will highlight how contracts typically address adverse weather, including relevant clauses and obligations. Attention will be given to commercial and contract management aspects, with a focus on dispute avoidance and resolution. We will also explore the mechanisms available for contractual suspension in cases of severe weather disruption. The session aims to provide practical insights into integrating weather considerations into project planning and contract management. Ultimately, the objective is to equip participants with strategies to mitigate risks and maintain project resilience in the face of adverse weather. Biography: Jeremy Peirani is an Associate Director at Diales, a consultancy firm providing advisory and expert witness services to the construction and engineering industry. He has over 15 years of experience in commercial management, dispute avoidance and resolution in arbitration, litigation and mediation, on international projects across various sectors including water treatment plants, nuclear plants, interconnectors, offshore oil and gas facilities and wind farms, metros, hospitals and fit-out. Jeremy holds a Msc degree in Construction and Engineering and a LLM degree in Construction Law and Arbitration; he is a CMAP/ESCP Accredited Mediator and a member of the Chartered Institute of Arbitrators (CIArb), the Royal Institute of Chartered Surveyors (RICS), the French Society of Construction Law (French SCL) and the Institute of Contract Management (ICM). Quentin is Senior Consultant in Contract & Claim management at Diales. He has over 15 years of experience spanning international energy projects (oil & gas, LNG, offshore wind) and civil infrastructure in France (underground civil infrastructure, hospitals). Quentin holds a Msc degree in Mechanical Engineering and is a member of the French Society of Construction Law.

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Estrategia digital del subsuelo venezolano con aplicaciones de ML e IA en la Ingeniería Petrolera

Rethinking Wax Risk in Gas Condensate Systems: A Full Field Life Perspective

Abstract: Wax deposition is a well-understood challenge in oil-dominated production systems, supported by decades of laboratory testing, modeling, and field experience. In gas condensate systems, however, wax risk is frequently dismissed early in development due to low liquid volumes, limited fluid sampling, and assumptions rooted in bulk fluid composition. This presentation examines why conventional approaches to wax risk screening can fall short for gas condensate fields, particularly as reservoir and fluid conditions evolve over the life of a development. Through a combination of thermodynamic analysis and field observations, the discussion highlights how changes in produced fluid character over time can shift the wax deposition risk profile in ways that are not captured by traditional early-life assessments. The talk will also address practical considerations for designing mitigation strategies under uncertainty, including a tiered approach to primary, secondary, and tertiary intervention methods. Attendees will gain a deeper understanding of the factors that drive wax risk in gas condensate systems and a framework for evaluating that risk across the full production lifecycle. Bio: Andrew Yule is a co-founder and managing partner of Pontem Analytics, a global consulting company in the energy industry specializing in combining domain expertise with data-driven solutions. Andrew has 15 years of experience in the energy industry, where he has contributed to a diverse range of projects spanning both offshore and onshore. He has been a member of SPE since he began his career in 2011 and is currently a contributor for SPE’s The Way Ahead magazine as well as a board member for the Fort Worth SPE chapter. His technical background includes a bachelor’s degree in Chemical Engineering from the Colorado School of Mines and a master’s degree in data science from Southern Methodist University.

SPE Flow Assurance Technical Section In-Person Lunch & Learn with Professor S. Lisa Biswal

Physicochemical Characterization of Asphaltenes Using Microfluidic Porous Media Prof. S. Lisa Biswal Chemical and Biomolecular Engineering (CHBE) Rice University, Houston, TX Abstract: Asphaltenes constitute the heaviest, most polar, and most chemically complex fraction of crude oil. Often referred to as the “cholesterol of petroleum,” they can aggregate, precipitate, and deposit under changes in pressure, temperature, composition, or flow conditions, leading to severe clogging challenges in wellbores, near-wellbore regions, pipelines, and production facilities. Despite their industrial importance, the pore-scale mechanisms governing asphaltene aggregation, deposition, and remediation remain difficult to resolve using conventional bulk characterization methods. Microfluidic porous media provide a powerful platform for investigating these processes under well-controlled, optically accessible, and dynamically flowing conditions. By mimicking key features of reservoir rock geometries, microfluidic devices enable direct visualization of asphaltene transport, deposition, and interactions with oil, water, mineral surfaces, and chemical additives at the pore scale. When combined with complementary physicochemical characterization methods, these platforms provide new insight into the coupled effects of fluid composition, interfacial properties, wettability, confinement, and flow on asphaltene behavior. In this presentation, I will describe how microfluidic porous media can be used to obtain new physical, chemical, and dynamic information on asphaltene aggregation and deposition. I will highlight examples in which in situ imaging and microscale analysis reveal mechanisms of asphaltene accumulation and evaluate emerging remediation strategies. These studies demonstrate how pore-scale understanding can inform the development of more effective approaches to mitigate asphaltene-related flow assurance problems in the oil and gas industry. Biography: Dr. Lisa Biswal is the William M. McCardell Professor and Chair of the Department of Chemical and Biomolecular Engineering at Rice University in Houston, Texas. She received her B.S. in Chemical Engineering from the California Institute of Technology and her Ph.D. in Chemical Engineering from Stanford University. At Rice, she leads the Soft Matter Engineering Laboratory, where her research focuses on understanding the rheological behavior of particulate and multiphase systems and connecting these macroscopic properties to the underlying physics of colloidal assemblies, surfactant-stabilized foams and emulsions, and energy-storage composites. Her research aims to generate fundamental insights that enable the design of innovative materials and processes for a broad range of challenges in energy, sustainability, and advanced materials. She is an elected Fellow of the American Physical Society and the American Institute of Chemical Engineers. Note: At the check-out, proceed with PayPal check-out even if you don’t have a PayPal account and subsequently use the guest check-out option to pay with credit/debit card. SPE Member, please sign in your SPE account to check out. Non-SPE Member, please use guest check-out.

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Managing Well Integrity for Gas Storage Wells at Storengy

https://www.linkedin.com/events/7458138315842719744

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Registration - E3S Energy Economics & Evaluation Symposium UK 2026

NO refunds are allowed if cancelled within one week of the event

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Registration - E3S Energy Economics & Evaluation Symposium UK 2026- London Section Members

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AI in the Oilfield: Completions in the Age of Autonomous Operations

Desde la 𝗦𝗣𝗘 𝗣𝗮𝘁𝗮𝗴𝗼𝗻𝗶𝗮 𝗦𝗲𝗰𝘁𝗶𝗼𝗻 los invitamos a nuestro próximo encuentro técnico: “𝗔𝗜 𝗶𝗻 𝘁𝗵𝗲 𝗢𝗶𝗹𝗳𝗶𝗲𝗹𝗱: 𝘊𝘰𝘮𝘱𝘭𝘦𝘵𝘪𝘰𝘯𝘴 𝘪𝘯 𝘵𝘩𝘦 𝘈𝘨𝘦 𝘰𝘧 𝘈𝘶𝘵𝘰𝘯𝘰𝘮𝘰𝘶𝘴 𝘖𝘱𝘦𝘳𝘢𝘵𝘪𝘰𝘯𝘴”: ✅ Bloque 1: Keynote de Apertura – Contexto Global e Integración de IA en la industria Oil&Gas ✅ Bloque 2A: Every Frac Tells a Story — But Most of It Is Invisible ✅ Bloque 2B: Impacto y evaluación de Fracture Driven Interactions: Casos de estudio ✅ Bloque 3A: Closed Loop Fracturing Enabled by Acoustic Friction Analysis ✅Bloque 3B: Real-Time acoustic measurements for design evaluation and optimization in the Vaca Muerta Basin ✅Bloque 4: Mesa Redonda de Operadoras – La Experiencia del Usuario en Vaca Muerta

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Sismotectónica de los recientes terremotos en Venezuela Norcentral | Ponente: Ph.D. Franck Audemard

SPE & AADE Alaska Sporting Clays Tournament

Entry Fee: $1000 member and $1200 non-member per team if you register two or more teams $799 per team. Fee includes 5 boxes ammo, Breakfast snacks, lunch, and non-alcoholic beverages. Tournament is open to all interested parties. Birchwood Recreation and Shooting Park Personnel will manage the stations and scoring. Prizes awarded to the top 3 teams, top shooter, top senior shooter, top junior shooter. Award ceremony and door prizes following lunch.

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Webinar SPE: "De la idea al impacto: Experiencias aplicando IA en diversas industrias"

AMTS ANNUAL Sponsorships

The Society of Petroleum Engineers’ Asset Management Technical Section (AMTS) is requesting annual sponsorships to support its annual webinars and other events. Our sponsorship tiers: Platinum Tier (Select Sponsorship Package “A” Below) - $3000 · Sponsor logo on AMTS webinars and Marketing materials for 12 months · Sponsor’s logo on all promotional materials and AMTS websites · ZOOM Licence recognition · Technology Live event with the Sponsor Gold Tier (Select Sponsorship Package “B” Below) - $1500 · Sponsor logo on AMTS webinars and Marketing materials for6 months · Sponsor’s logo on all promotional materials and AMTS websites · ZOOM Licence recognition Silver Tier (Select Sponsorship Package “C” Below) - $500 · Sponsor logo on AMTS webinars and Marketing materials for 2 months · Sponsor’s logo on all promotional materials and AMTS websites

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V WSOP-Workshop de Segurança Operacional de Poços (2026)

O propósito desse evento é lançar luz sobre os desafios associados a nossos paradigmas, com maior ênfase nas áreas de Fatores Humanos, Riscos e Barreiras de Segurança, Reguladores e Operadoras, Sustentabilidade e Inovação. https://wsop.spemacae.org More information

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Reconstrucción emocional después de los sismos | Ponentes: Alberto Lovera y Dalexa Fernández

Webinar SPE: "Inteligencia artificial y derechos humanos"

Conversatorio: De la macrozonificación a la microzonificación sísmica

Oilmenaá: simulador de flujo, diseño y optimización del SLA | Ponente: Ph.D. Richard Márquez

SPE GABON - CAMPAGNE ADHESION - SEPTEMBRE 2026

Distinguished Lecturer - Tim Benish

Topic Accelerated learning in the unconventionals through integrated field experiments with instrumented monitor wells

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Distinguished Lecture - Gang Han

Topic Geomechanics Connects and Integrates "Geo" (Geosciences) with "Mechanics" (Engineering)

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Endorsed Event: World Offshore Week

Join the Offshore Oil, Energy & Marine Community at World Offshore Week 20,000+ Industry Leaders within the Global Oil & Gas community for connecting, learning, and shaping the future of the industry. 2,500+ On-Floor Attendees with every 1 in 5 attendees holding senior level job profiles 300+ Delegates attending the premium FPSO World Congress, the World's leading & longest platform for FPSO Innovation and Leadership 20,000+ Qualified Exhibitors dedicated in showcasing top-notch innovative solutions 42+ Countries represented at the event spanning across the globe

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Fronteras petrolíferas inexploradas de Venezuela en tierra y en costa afuera | Ph.D. Jairo Lugo.

AI4Energy Americas 2026

AI4Energy Americas 2026 Scaling AI and Proving ROI in Energy Early Bird Pricing ends August 31st, 2026 Join us for an immersive two-day symposium that convenes decision-makers and industry leaders to confront the questions that now separate AI leaders from laggards in energy: how to move beyond proofs-of-concept, deploy agentic AI at scale, and demonstrate measurable return on investment. Building on the momentum of AI4Energy Americas 2025, this year's program shifts from exploring what AI can do to making the hard calls about what it should do, where it creates durable value, and how to govern autonomous systems operating across the energy value chain. Day two culminates in a hands-on agentic AI workshop, giving attendees direct experience building and deploying autonomous systems. Who Should Attend This event is designed primarily for decision-makers — executives, VPs, and senior leaders who own AI strategy, budgets, and outcomes. AI and technical leaders, managers, thought leaders, professionals, and subject matter experts across the energy domain who are shaping how AI transforms operations and strategy are also encouraged to attend. The program is built to give those who fund and direct AI initiatives the frameworks, benchmarks, and peer insight they need to make better bets. Day One (September 28th, 2026) — Strategy and Scale Day Two (September 29th, 2026) — From Strategy to Hands-On About SPE DSEATS The SPE Data Science and Engineering Analytics Technical Section is a global community of over 14,000 SPE professionals and students across four regions (Europe, Middle East, Americas, and Africa) dedicated to sharing knowledge and best practices to foster value creation from data and information for strategic energy transformation programs. Don't miss this opportunity to be part of the conversation shaping the future of AI in energy. Cancellation Policy Registration and payment must be completed in full to guarantee attendance. An individual with an incomplete or unpaid registration will be considered as a walk-in attendee and only admitted as space permits. No refunds will be processed if an attendee does not attend the event. No refunds will be issued if the request for cancellation is sent within 21 days of the event.

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VIOGS 2026

* La SPE Caracas Petroleum Section te invita al VIOGS 2026 * Como Socio Institucional , nos complace invitarte a la Cumbre Internacional de Petróleo y Gas de Venezuela (VIOGS 2026) . Este encuentro reúne a actores clave de los sectores de petróleo, gas, GNL, infraestructura, finanzas y servicios energéticos para analizar, desde una perspectiva práctica, cómo avanzar en la siguiente fase de desarrollo del país. * La cumbre desarrollará una agenda de alto nivel con paneles ejecutivos, mesas redondas y debates liderados por la industria. Se abordarán temas clave como la reactivación del upstream, los marcos de inversión, las oportunidades en GNL y gas regional, las necesidades de infraestructura, la ejecución operativa y la colaboración entre países. * Para detalles visita la página web del evento: VIOGS 2026

⚡Energize the Future 2026

⚡ 𝐄𝐍𝐄𝐑𝐆𝐈𝐙𝐄 𝐓𝐇𝐄 𝐅𝐔𝐓𝐔𝐑𝐄 𝟐𝟎𝟐𝟔 🌎 𝐇𝐢𝐠𝐡 𝐒𝐜𝐡𝐨𝐨𝐥 𝐄𝐧𝐞𝐫𝐠𝐲 𝐄𝐬𝐬𝐚𝐲 𝐂𝐨𝐦𝐩𝐞𝐭𝐢𝐭𝐢𝐨𝐧 Presented by SPE Dallas Section in partnership with The University of Texas at Arlington (UTA) . Students in Grades 9–12 are invited to research a real-world energy challenge, develop an original perspective, and communicate their ideas through a well-researched essay. The Top 5 students will receive cash prizes and an opportunity to present their work at UTA before university professors, researchers, and energy industry professionals. 🎯 𝐖𝐡𝐲 𝐏𝐚𝐫𝐭𝐢𝐜𝐢𝐩𝐚𝐭𝐞? ✅ Develop real-world research skills ✅ Strengthen critical thinking and problem-solving abilities ✅ Practice professional technical writing ✅ Explore energy, sustainability, technology, and innovation ✅ Experience a university-level research environment ✅ Present ideas to professors and industry professionals ✅ Earn recognition from SPE Dallas Section ✅ Compete for cash prizes ✅ Explore future careers in energy, engineering, science, and technology ⚡ 𝐂𝐡𝐨𝐨𝐬𝐞 𝐎𝐍𝐄 𝐨𝐟 𝐅𝐨𝐮𝐫 𝐄𝐬𝐬𝐚𝐲 𝐓𝐨𝐩𝐢𝐜𝐬 🔹 𝐏𝐨𝐰𝐞𝐫𝐢𝐧𝐠 𝐓𝐨𝐦𝐨𝐫𝐫𝐨𝐰 What should the world's energy system look like in 2050? 🔹 𝐓𝐡𝐞 𝐄𝐧𝐞𝐫𝐠𝐲 𝐂𝐡𝐚𝐥𝐥𝐞𝐧𝐠𝐞 How can we provide more energy while protecting our planet? 🔹 𝐀𝐈 & 𝐭𝐡𝐞 𝐅𝐮𝐭𝐮𝐫𝐞 𝐨𝐟 𝐄𝐧𝐞𝐫𝐠𝐲 Can artificial intelligence help build a smarter energy system? 🔹 𝐈𝐧𝐧𝐨𝐯𝐚𝐭𝐢𝐨𝐧 𝐈𝐬 𝐭𝐡𝐞 𝐊𝐞𝐲 If you could solve one energy problem, what would you solve and how? 📝 𝐒𝐮𝐛𝐦𝐢𝐬𝐬𝐢𝐨𝐧 𝐑𝐞𝐪𝐮𝐢𝐫𝐞𝐦𝐞𝐧𝐭𝐬 Each student must submit: • Essay Title • Abstract (200–300 words) • Essay (1,500–2,000 words) • References and Citations 📌 One student may submit only one essay . 📌 All submissions must be the student's original work. 📌 Essays must be submitted in PDF format. 📅 𝐂𝐨𝐦𝐩𝐞𝐭𝐢𝐭𝐢𝐨𝐧 𝐓𝐢𝐦𝐞𝐥𝐢𝐧𝐞 📢 Competition Opens: October 1, 2026 📝 Submission Deadline: November 30, 2026 🏆 Winners Announced: January 31, 2027 🎓 Finalist Presentations at UTA: February 2027 (TBD) 🏆 𝐀𝐰𝐚𝐫𝐝𝐬 & 𝐑𝐞𝐜𝐨𝐠𝐧𝐢𝐭𝐢𝐨𝐧 The Top 5 Finalists will receive: 💰 Cash Prize 📜 Certificate of Recognition 🎓 Opportunity to Present at The University of Texas at Arlington 🎤 Interaction with University Professors, Researchers, and Energy Professionals 🌟 Recognition through SPE Dallas Section communications 🚀 𝐑𝐞𝐚𝐝𝐲 𝐭𝐨 𝐄𝐧𝐞𝐫𝐠𝐢𝐳𝐞 𝐭𝐡𝐞 𝐅𝐮𝐭𝐮𝐫𝐞? Whether your interests are in renewable energy, artificial intelligence, sustainability, engineering, climate solutions, or breakthrough technologies, this competition is your opportunity to explore big ideas and make your voice heard. Research. Think. Innovate. Write. Present. Your ideas could help shape the future of energy. 📖 Download Student Guidebook SPE_Dallas_Section-Energize_the_Future_-_Student_Guidebook.pdf 📥 𝐒𝐮𝐛𝐦𝐢𝐭 𝐘𝐨𝐮𝐫 𝐄𝐬𝐬𝐚𝐲 Submit Your Entry Here For any questions email us at: energize.spedallas@gmail.com

October General Meeting

Meal headcount DEADLINE IS WEDNESDAY, OCTOBER 7TH. David Lawler, Chief Executive Officer - Caturus October 13, 2026 Noon – 1 PM CST 11:30 AM Lunch served Petroleum Club of Lafayette - 111 Heymann Blvd, Lafayette, LA Abstract Overview of Caturus' integrated wellhead to water platform highlighting both the upstream and LNG aspects of the business Biography David C. Lawler is the Chief Executive Officer of Caturus, an integrated Gas and LNG company. With over 34 years in the energy sector, Lawler previously served as the Chief Executive Officer of Kimmeridge Texas Gas and Director of Commonwealth LNG beginning in 2024. Prior to joining Kimmeridge Texas Gas, Lawler served as Chairman and President of BP America from 2020 to 2023. As the chief representative in the United States, Lawler led the collective efforts of bp’s businesses, representing 30,000 employees and capital deployed of $150+ billion since 2005. This role included the formation and implementation of the integrated US strategy to achieve net zero by 2050 in collaboration with the US Leadership Team, along with the oversight of the resilient hydrocarbons, convenience and mobility, and low carbon energy business units. In addition to his role as Chairman and President of BP America, Lawler also served as Chief Executive Officer of bpx energy, bp’s onshore unconventional and midstream business from 2014 to 2023. In 2018, Lawler led the $10.5 billion acquisition of BHP’s onshore assets, the largest acquisition for bp in more than 20 years. Lawler built a world class team to operate and grow BHP’s assets, delivering significant year-on-year improvements in process safety, emissions, operating cost, capital efficiency, free cash flow, and increased production from 180 kboepd to 420 kboepd in 5 years. Lawler joined bpx in 2014 from SandRidge Energy, a US-based oil and gas independent, where he served as Executive Vice President and Chief Operating Officer for three years. For four years prior to SandRidge, Lawler was Chief Executive Officer and President of PostRock Energy Corporation and its predecessor entities. Prior to PostRock, he worked for Shell E&P Company for 10 years in leadership and technical assignments within the deepwater and gulf coast business units and provided business planning and support to the CEO of Shell Americas. Lawler began his career as a Production Engineer with Conoco and as a Drilling Engineer with Burlington Resources. A Denver native, Lawler graduated from the Colorado School of Mines with a Bachelor of Science in Petroleum Engineering in 1990 before earning an MBA from Tulane University in 2003. He is also a Trustee of the Colorado School of Mines, appointed by Colorado Governor Jared Polis in 2022. Lawler is also a Director of the American Petroleum Institute and served on the Executive Committee from 2020-2023. An Extra 45 Minutes Can Provide a World of Knowledge! Any feedback will be welcome for the Evangeline Section meeting: SPEEvangelineSection@gmail.com ****************************** *************************** *Note Pricing Details SPE Members: $30 if paid by Wednesday, October 7, 2026 $35 if registered by October 7, 2026, and select Pay at Door. Note the email invoice will show $30, but $35 will be charged at the door. $35 if no pre-registration. NON-SPE Members: $40 if paid by Wednesday, October 7, 2026 . $45 if registered by October 7, 2026, and select Pay at Door. Note the email invoice will show $40, but $45 will be charged at the door. $45 if no pre-registration. NOTE: The Petroleum Club of Lafayette will no longer allow PC members to use their personal PC accounts to pay for outside organizations' meetings/events' meals held at The Petroleum Club. This decision was made by The Petroleum Club's senior management. Students/Faculty : First ten (10) are free; >10 then $10 / $15 at the door. Students/Faculty must email Grant Trahan for lunch vouchers by Wednesday, October 7, 2026, and there is no need to register on the SPE website. Valid for current SPE Evangeline Section SSPE Chapter members only. Members in Transition (looking for work) $0 in-person if pre-registered by Wednesday, October 7, 2026 . Join us to network and keep your industry knowledge current at no cost if you are not currently employed. To receive a lunch voucher, you must email Grant Trahan . Valid for current SPE Evangeline Section members only. To receive a Continuing Education Certificate by email, please email your SPE.Evangeline.CEU@gmail.com by October 13th or sign the roster at the meeting. You will be emailed after our meeting. Monthly Meeting = 1 CEU. **** For questions: SPEEvangelineSection@gmail.com or Grant Trahan or 713-876-0299 .

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SPE Tech Night: New rotary steerable system (RSS) with integrated high frequency torsional oscillati

SPE Delta Monthly Luncheon - Lee Hyson on Open Hole Wireline

Society of Petroleum Engineers Distinguished Lecturer Program Modern Open Hole Wireline Operations: Safer, More Efficient Outcomes with Proactive, Holistic Planning Lee Hyson Gaia Earth Group Abstract: Open hole wireline logging continues to be the preferred, cost-effective method of formation evaluation in our industry. But as wellbore geometry, trajectory, and logging objectives become more complex, the longer and heavier logging tool strings introduce greater deployment risks, operational uncertainty, and costs. Traditional wireline logging job planning based on tension simulations is no longer sufficient because other hazards can be left undetected with potentially costly consequences. This lecture presents a modern-holistic methodology, already widely adopted, that integrates wellbore geometry, trajectory, formation properties, operational requirements, and insights from databases of historical wireline jobs that include well designs and operational outcomes. Attendees will gain understanding of a data-driven framework for evaluating deployment risks, including quantifying differential and mechanical sticking, along with practical guidance for safer and more reliable wireline operations. Biography: Lee holds a bachelor’s degree in Mechanical Engineering from Case Western Reserve University and has completed the Stanford Graduate School of Business LEAD program. He began his career as a wireline engineer and has spent more than two decades supporting operations globally, including the Rocky Mountains, Southeast Asia, the Marcellus, the Gulf of America, Mexico, the Caribbean and the North Sea. Since joining Gaia in 2011, his work has focused on strengthening wireline job design and execution by developing practical frameworks, modeling approaches, and field methods for challenging wells. He has provided wellsite QA/QC support on more than 175 field operations and has contributed to the creation and refinement of several of the planning and risk-assessment workflows highlighted in this talk. Lee has authored technical papers and frequently delivers in-house training on applying systematic, model-based strategies to improve wireline performance.

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Petrofísica de RMN con IA y patrón referencial | Ponente: Dr.-Eng. Pedro A. Romero Rojas

SPE Thailand Monthly Technical Meeting - Oct 2026

Topic: TBC Speaker: Chevron Thailand

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🚀 SPE Gabon Section présente : DINGÉNIEURS À LEADERS

🚀 SPE Gabon Section présente : DINGÉNIEURS À LEADERS Parce que le leadership ne sapprend pas seulement dans les livres. Il se forge au fil des défis, des décisions, des expériences vécues et de limpact que nous créons autour de nous. Le 17 octobre 2026, à Port-Gentil, la SPE Gabon Section réunira des leaders de lindustrie énergétique pour une conversation inspirante autour du leadership, du développement professionnel et des parcours qui transforment lexpertise technique en influence durable. Que vous soyez étudiant, jeune professionnel ou professionnel confirmé, cet événement sera une occasion unique dapprendre, déchanger et de vous inspirer auprès de dirigeants dont les parcours illustrent lévolution de lingénieur vers le leader. 🎙️ Les panélistes seront dévoilés dans les prochains jours. Restez connectés. Nous avons hâte de vous accueillir pour ce qui sannonce comme lun des rendez-vous marquants de la communauté énergétique gabonaise en 2026. Trois leaders. Trois parcours. Une source dinspiration. 📅 17 octobre 2026 📍 Port-Gentil #SPEGabon #DIngenieursALeaders #Leadership #ProfessionalDevelopment #EnergyIndustry #OilAndGas #Gabon #PortGentil #YoungProfessionals #FutureLeaders #WomenInEnergy #SPEInternational

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In Person Registration - SPE Low carbon Cement Symposium, Low Carbon Cement and Concrete for Oil Wll

Low-carbon cement turns one of the industry’s biggest hidden emitters into a decarbonization lever by cutting CO₂ without compromising well integrity. Decarbonizing cement systems requires both chemistry insight and implementation discipline. For more details, please visit https://connect.spe.org/rdts/events/cement-202602 . The SPE Research and Development Technical Section (RDTS) is hosting the SPE Low Carbon Cement Symposium , Low Carbon Cement and Concrete for Oil Well and Concrete Construction on October 20, 2026 at University of Houston. Join SPE for an exciting one-day in-person Symposium to gain: A systems-level understanding of low-carbon cement across policy, materials, and applications Insight into emerging cement technologies and their real-world performance Practical guidance on designing for oil wells and infrastructure under carbon constraints Exposure to carbon accounting, circularity, and digital LCA tools Testing, validation, and QA/QC — ensuring performance and reliability of sustainable binders from lab to field Direct engagement through interactive exercises and expert panel discussions Don't miss this opportunity to join us! This registration site is for in-person participation only. For virtual participation, please register at HERE .

Org Committee Registration - SPE Low carbon Cement Symposium, Low Carbon Cement and Concrete for

Low-carbon cement turns one of the industry’s biggest hidden emitters into a decarbonization lever by cutting CO₂ without compromising well integrity. Decarbonizing cement systems requires both chemistry insight and implementation discipline. For more details, please visit https://connect.spe.org/rdts/events/cement-202602 . The SPE Research and Development Technical Section (RDTS) is hosting the SPE Low Carbon Cement Symposium , Low Carbon Cement and Concrete for Oil Well and Concrete Construction on October 20, 2026 at University of Houston. Join SPE for an exciting one-day in-person Symposium to gain: A systems-level understanding of low-carbon cement across policy, materials, and applications Insight into emerging cement technologies and their real-world performance Practical guidance on designing for oil wells and infrastructure under carbon constraints Exposure to carbon accounting, circularity, and digital LCA tools Testing, validation, and QA/QC — ensuring performance and reliability of sustainable binders from lab to field Direct engagement through interactive exercises and expert panel discussions Don't miss this opportunity to join us! This registration site is for Organization Committee Members only. For in-person participation, please registe r HERE . For virtual participation, please register at HERE .

Virtual Registration - SPE Low carbon Cement Symposium, Low Carbon Cement and Concrete for Oil Wll a

Low-carbon cement turns one of the industry’s biggest hidden emitters into a decarbonization lever by cutting CO₂ without compromising well integrity. Decarbonizing cement systems requires both chemistry insight and implementation discipline. For more details, please visit https://connect.spe.org/rdts/events/cement-202602 . The SPE Research and Development Technical Section (RDTS) is hosting the SPE Low Carbon Cement Symposium , Low Carbon Cement and Concrete for Oil Well and Concrete Construction on October 20, 2026 at University of Houston. Join SPE for an exciting one-day in-person Symposium to gain: A systems-level understanding of low-carbon cement across policy, materials, and applications Insight into emerging cement technologies and their real-world performance Practical guidance on designing for oil wells and infrastructure under carbon constraints Exposure to carbon accounting, circularity, and digital LCA tools Testing, validation, and QA/QC — ensuring performance and reliability of sustainable binders from lab to field Direct engagement through interactive exercises and expert panel discussions Don't miss this opportunity to join us! This registration site is for virtual participation only. For in-person participation, please register HERE .

Underground Hydrogen Storage in the North German Basin: Geological Assessment and Challenges

Webinar on " Advancing Underground Hydrogen Storage in the North German Basin: Geological Assessment and Challenges at the Ketzin-Roskow Site " Abstract: Underground hydrogen storage (UHS) in geological formations can play a key role in enabling a resilient, large-scale hydrogen economy and supporting future energy systems. Porous formations, particularly saline aquifers, represent a promising option for large-scale hydrogen storage. However, their development faces several technical, geological, and operational challenges and requires a comprehensive understanding of the geological setting, reservoir and caprock properties, and hydrogen behavior under subsurface conditions. The North German Basin provides a promising scenario for exploring UHS opportunities. In particular, the Ketzin–Roskow anticline represents a unique case study, building on decades of knowledge and experience from natural gas and CO 2 storage. Today, the site is being further investigated for the development of an H 2 storage demonstrator in a saline aquifer. The webinar will present results from the Ketzin–Roskow case, starting with the geological assessment of the area and progressing to ongoing petrological, petrophysical, and geochemical investigations. These studies aim to further characterize potential reservoir and caprock in the study area and improve our understanding of H2–rock–fluid interactions during storage operations. Together, the results provide new insights into the potential for UHS in the North German Basin, while highlighting the key challenges and uncertainties that need to be addressed as hydrogen storage in porous formations moves toward field-scale implementation. Biography: Dr. María Belén Febbo is a postdoctoral researcher at the GFZ Helmholtz Centre for Geosciences. Her research focuses on reservoir and caprock characterization and H 2 –rock–fluid interactions to better understand subsurface processes associated with underground hydrogen storage (UHS). She also works on geological modelling and site assessment to evaluate the suitability of potential sites for development of UHS projects in porous formations. She holds a PhD in Geology from Universidad Nacional del Sur, Argentina, and completed a research internship at the University of Geneva, Switzerland. Her broader expertise includes basin analysis, sedimentology, geological and thermal modelling, petroleum systems characterization, and reservoir and caprock assessment, with applications in oil and gas exploration and CO 2 and H 2 storage. Her career also spans industry experience in the mining and oil and gas sectors, including work at Schlumberger on oil and gas projects in Argentina. Linked In: María Belén Febbo

October 2026 Monthly Meeting - From One Chokepoint to Another: Rethinking Global Energy Landscape

Abstract: From One Chokepoint to Another: Rethinking Global Energy Landscape The closure of Strait of Hormuz created an energy shock throughout Asia, Europe and elsewhere that depend on imported energy. This was preceded by an earlier shock in 2022 when Russia invaded Ukraine. As a result, the energy market has been shifting, the energy mix is changing and the hunt for alternatives such as solar and wind has accelerated. China seems to be a major beneficiary of this transition to renewables. However, with their dominant position on rare earth minerals, it seems like the world is moving from one chokepoint to another. So, how do we ensure global energy accessibility? Beginning with the UN Sustainable Development (SD) goals and the evolution of energy sources in meeting them over the past century, I will discuss the pentalemma facing the future of energy and the environment: Flexibility, Affordability, Conservation, Transition, and Sustainability. I will then rank energy sources against the UN SD goals. Finally, I will present a few case studies on the social dimensions of different energy sources and the importance of public awareness. Speaker Bio: Dr. M. Reza Fassihi is a Research Visitor at the University of Calgary in Canada and a BHP Distinguished Advisor Emeritus and Founder of Beyond Carbon, LLC. His interests include: reservoir management, carbon capture and storage, and low ‑ carbon energy technologies. With more than 45 years of experience in the Energy industry across major oil companies, Arco, Amoco, BP and BHP, he has led many technical and engineering teams with a focus on energy extraction, technology development and field applications. His most recent focus areas have been in situ hydrogen generation, CO₂ sequestration, geothermal energy, and mineral extraction. He is widely recognized for his influential publications (more than 50 papers) and three books, Low-Energy Processes for Unconventional Oil recovery ( 2017), Integrated Aquifer Characterization and Modeling for Energy Sustainability , (2023) and F.A.C.T.S., Flexibility, Affordability, Conservation, Transition and Sustainability (2026). Reza is a SPE Distinguished member and has received the SPE IOR Pioneer award. Reza holds A BSc degree from Abadan Institute of Technology (AIT) in Iran and a PhD degree in Reservoir Engineering from Stanford university in CA (USA).

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DL Luncheon: Operational Excellence: How to Increase Profits at Any Oil Price

Operational Excellence: How to Increase Profits at Any Oil Price A higher level, deep dive into sucker rod pumping fundamentals Mike Poythress ConocoPhillips Production and Operations Abstract: When many horizontal wells are converted from ESP or Gas Lift to Sucker Rod Pump (SRP), there is an expected and unfavorable step change in production, along with a predictable season of repeat downhole failures. Most SRP wells struggle to produce the rates calculated with the current design programs. As pump intake pressure decreases, gas interference becomes a greater issue in the pump. This situation decreases daily run times as the controller identifies these low fillage events and puts the well into a temporary Idle Time, completing a run/stop cycle. Many Operators increase Idle Times to reduce the number of cycles each day, expecting a higher number of cycles will lead to more failures. This results in wells with high fluid levels on the backside, running less than 24 hours per day. This situation also happens with vertical wells when the fear of failure, and perceived lack of time to optimize a well, becomes the standard. When horizontal wells slug, gas interference becomes an even larger issue. Wells can experience hours of what appears to be no fluid at the pump, which limits run times and production. The author believes it is imperative that Operators and Suppliers partner together to develop technology that will accurately identify failure risks when operating under the volatile slugging conditions that horizontal wells present in a rod pump application. All while identifying optimum operating practices during the ever-changing conditions to maximize production in both horizontal and vertical wells. Biography: Mike Poythress is a Principal Production Engineer at ConocoPhillips, where he provides technical support to the Global Engineering and Operations teams in the sucker rod pumping arena. Design, optimization, troubleshooting, failure analysis and training – with a focus on the sucker rods, pump and SCADA system. In 11 years at ConocoPhillips, Mike has received 6 awards in the annual Top Instructor program. Mike is the recipient of the SWPSC’s 2025 J.C. Slonneger award, and he was the 2024 Permian Basin AL Conference Chairman. Prior to joining ConocoPhillips, Mike worked 35 years for four companies that make pumps and sucker rods.

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SPE NCS October 2026 Monthly Meeting (October 21st)

FROM PRICE TO PRODUCTION: INSIDE EIA's LOWER 48 SUPPLY MODEL Most of us have used the oil and gas production outlook in the U.S. Energy Information Administration's Annual Energy Outlook, but few have seen how it's built. EIA's Hydrocarbon Supply Module (HSM) is the part of the National Energy Modeling System that turns oil and natural gas prices into a U.S. production outlook through 2050. It covers the Lower 48 onshore, Lower 48 offshore, Alaska, and Canada. This talk opens up the largest piece: the Lower 48 onshore. The onshore model works like an investment committee for the Lower 48. Each year it builds a representative well for every candidate project, runs a full after-tax cash flow at recent prices, and ranks the projects. It then drills down the list until rigs, footage, or capital run out. We'll go through each step: type wells, fiscal terms, price expectations, how projects are ranked, the drilling constraints, and how activity responds to price. Along the way, we'll pause on a few of the model's key assumptions and invite discussion. Our Guest Speaker: Andrew Smiddy, Industrial Economist U.S. Energy Information Administration, Office of Markets Analysis and Statistics Andrew Smiddy is Lead Modeler for the Hydrocarbon Supply Module at the U.S. Energy Information Administration, directing the projections of U.S. crude oil and natural gas supply for the Annual Energy Outlook. Andrew is leading the model's modernization, including updating methods for decline-curve fitting, type-well construction, and resource characterization. Before taking over HSM in 2024, Andrew worked on EIA's international oil supply and trade models. Previously, Andrew spent five years at ExxonMobil and SeaRiver Maritime in Houston, working in fuels logistics, pricing and freight, and marine planning. Andrew holds B.S. degrees in Industrial Engineering and Economics from Penn State.

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OKC SPE October Monthly Luncheon - "An Update on Mid-Continent Activity - What's Old is New Again an

Bryan Bottoms Director of Geology at Detring Energy Advisors Abstract: The dynamic landscape of activity in the Mid-Continent continues to shift in a variety of ways. The Western Anadarko has reemerged as the most active play area of the Mid-Continent, something that hasn’t occurred since 2014. The shift in activity is driven largely by increased operator focus on the Cherokee and Red Fork plays. Consequently, the Pennsylvanian section of the stratigraphic column has reemerged as the predominant horizontal target, surpassing the Mississippian and Woodford – another trend not last observed since 2014. Renewed interest in the Mid-Continent has spurred numerous transactions in recent years and the landscape of operates across the region has changed. Horizontal activity is now dominated by a variety of private operators, many of which have long ties to the region. The renewed interest in the Mid-Continent is driven by the immense amount of play variety found throughout the area. Many new plays continue to be delineated while more mature plays continue to expand and provide further opportunities. Elsewhere in the Lower 48, similar play concepts to those being exploited in the Mid-Continent are being extrapolated to other basins with many predominant Mid-Continent operators playing a significant role in that exploration. Biography: Bryan joined Detring Energy Advisors in August 2019 and currently serves as Director of Geology for the firm. He has worked on numerous deals in the middle market across every basin and play in the lower 48. Prior to joining Detring Energy Advisors, Bryan worked as a geologist for Tapstone Energy and Chesapeake Energy where he evaluated both conventional and unconventional plays of the Mid-Continent. Bryan holds a B.S. (2012), B.A. (2012), and M.S. (2017), all from the University of Arkansas. Bryan is a registered Professional Geologist in the state of Texas.

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Operational Excellence: How to Increase Profits at Any Oil Price - A Higher Level, Deep Dive into Su

Our fall speaker series continues with Mike Poythress, retired Principal Production Engineer from ConocoPhillips and an SPE Distinguished Lecturer, at our October 2026 luncheon. This talk is a higher level, deep dive into sucker rod pumping fundamentals, focused on why most SRP wells underperform their design rates and what operators can do about it in both horizontal and vertical wells. Biography Mike Poythress is a retired Principal Production Engineer from ConocoPhillips, where he provided technical support to the Global Engineering and Operations teams in the sucker rod pumping arena, covering design, optimization, troubleshooting, failure analysis, and training with a focus on sucker rods, pumps, and SCADA systems. Over 11 years at ConocoPhillips, Mike received 6 awards in the annual Top Instructor program. He is the recipient of the SWPSC's 2025 J.C. Slonneger award and served as the 2024 Permian Basin AL Conference Chairman. Prior to joining ConocoPhillips, Mike worked 35 years for four companies that make pumps and sucker rods. Abstract When many horizontal wells are converted from ESP or gas lift to sucker rod pump (SRP), there is an expected and unfavorable step change in production, along with a predictable season of repeat downhole failures. Most SRP wells struggle to produce the rates calculated with the current design programs. As pump intake pressure decreases, gas interference becomes a greater issue in the pump. This situation decreases daily run times as the controller identifies these low fillage events and puts the well into a temporary idle time, completing a run/stop cycle. Many operators increase idle times to reduce the number of cycles each day, expecting that a higher number of cycles will lead to more failures. This results in wells with high fluid levels on the backside, running less than 24 hours per day. This situation also happens with vertical wells when the fear of failure, and the perceived lack of time to optimize a well, becomes the standard. When horizontal wells slug, gas interference becomes an even larger issue. Wells can experience hours of what appears to be no fluid at the pump, which limits run times and production. The author believes it is imperative that operators and suppliers partner together to develop technology that will accurately identify failure risks when operating under the volatile slugging conditions that horizontal wells present in a rod pump application, all while identifying optimum operating practices during ever-changing conditions to maximize production in both horizontal and vertical wells.

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42nd Annual Fort Worth SPE Golf Tournament

SAVE THE DATE! The SPE Fort Worth Chapter will be hosting our 42nd Annual Golf Tournament on Friday, October 23, 2026, to raise money for SPE scholarships. This tournament will generate scholarship funds used to encourage and support students pursuing careers in Oil and Gas. The golf tournament will be held at Squaw Creek Golf Club in Willow Park, TX. Participants are encouraged to arrive by 7:00 AM for breakfast and registration. The tournament will begin with a shotgun start at 8:00 AM. Registration opens on July 1st! Please use the following guidelines for registration: Sponsorship Package A: 4-person team Sponsorship Package B: 2-person team Sponsorship Package C: Individual We need Sponsors to make this tournament a success! Platinum: $3,500 Includes 3 team entries Recognition at Registration, Holes #1 and #10, Golf Carts, and during Awards Ceremony Gold: $2,500 Includes 2 team entries Recognition at Registration, Hole #1, and during Awards Ceremony Silver: $1,500 Includes 1 team entry Recognition at Registration and during Awards Ceremony Hole Sponsor: $500 First-come, first-served for hole selection Door Prize Sponsor: Door prize donations welcomed. Food and Beverage Sponsor: Breakfast and lunch Merchandise Sponsor: Price varies depending on item (hats, golf balls, shirts, etc.) To register, make payment arrangements, inquire about sponsorship opportunities, or volunteer for the event committee, please email Logan Vitello at Logan.Vitello@levare.com . Pricing Registration Type Regular Package A (4-Person Team) $1,000.00 Package B (2-Person Team) $500.00 Package C (Individual) $250.00

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Technical Luncheon: InSAR Introduction and Alaska Case Studies

Please join us on October 27th in-person at Hilcorp for a technical luncheon presented by Courtney Lucente with TRE ALTAMIRA: InSAR Introduction and Alaska Case Studies. Interferometric Synthetic Aperture Radar (InSAR) is a satellite-based remote sensing technique that measures ground deformation with millimeter-scale precision. This technology is particularly effective over vast, geographically isolated regions. By analyzing phase differences between radar images acquired at different times, InSAR facilitates continuous, all-weather monitoring of ground displacement resulting from both natural geohazards and anthropogenic activities. Such capabilities are uniquely suited to Alaska, a region defined by extreme environments, dynamic permafrost, and isolated industrial infrastructure. This presentation reviews a series of Alaskan case studies to demonstrate InSAR's versatility, operational scale, and utility in risk mitigation. Additionally, an introductory overview will explain the fundamental principles and operational limitations of the technology in sub-arctic environments. Please check in with reception on the 14th floor before heading to the meeting room. Lunch will be provided with $25 registration.

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OKC SPE Engineer for a Day 2026

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Festejo para celebrar el Día del Ingeniero

Charla magistral: M.Sc. Claudio Martiinez.

October 2026 Professional Networking Event

🌟 SPE Networking Evening: Bring a Coworker Edition 🌟 at Yard House Sponsored by Integrity BioChem 🍻 Same great networking—with a twist: This time, bring a coworker! Invite someone from your team, another department, or someone new to SPE who would enjoy connecting with fellow industry professionals. 📍 Where: Yard House – 5100 Belt Line Rd, Dallas, TX 75254 🗓️ When: Thursday, October 29, 2026 | 5:30 – 7:30 PM Event Highlights ✨ Expand your professional network 🤝 Introduce a coworker to the SPE Dallas community 🥂 Enjoy complimentary refreshments 💬 Connect with professionals across disciplines and experience levels 👉 RSVP: Bring a coworker and join us for a great evening of networking.

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SPE Young Professionals Stavanger Section Halloween Cocktail Night.

SPE Young Professionals Stavanger Section welcomes all Young Professionals to join us for our Halloween Cocktail Night 🎃 👻 30 October 2026 | 19:00 LOFT, Valberget 3, Stavanger Expect an evening with great company, networking, food, drinks, games, and prizes. And of course, dress up for Halloween! Bring your most creative costume and you could walk away with amazing gifts. Limited spots available, grab yours here: https://lnkd.in/eZerFNYR Asiya Abbasi ALI ABU IKHZAM Huseyn Farajli Oana Alexandra Corlean Maxim Boreiko Ndeye Maguette Seye Karoline Nyhus Mohammad Khan Lewaa Hmadeh, Ph.D. Madeleine Beathard

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Annual SPE Dallas Golf Tournament

Annual SPE Dallas Golf Tournament It's FORE the Kids! Petroleum Engineering Scholarship Fundraiser The biggest oilfield golf tournament of the year takes place again this November 2nd at Gleneagles Country Club! This year, SPE is taking over BOTH courses with a scramble format 4-player team registration —perfect for bringing out customers, colleagues, and friends for a fun and competitive day on the course. This is your chance to enjoy and give back in support of the SPE Dallas Scholarship Fund. All proceeds benefit students in our region as they set out on their college journey in the oil patch. Bring your customers out to play and enjoy the great food, drinks, and prizes. Put your company name on one of our sponsorship packages to show that you care about the future of this great industry. However you choose to support SPE, don't miss out on Dallas's best annual golf experience! For additional questions, please contact Dan Wilczynski, DanW@DWRCompany.com Date: November 2, 2026 Location: Gleneagles Country Club Plano, TX REGISTER HERE

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SPE Brazil Flow Assurance Technology Congress 2026

Flow assurance is a technical discipline focused on safety and efficient transportation of fluids to their destination. The flow assurance activities involve managing and mitigating many issues that might happen in the field. To promote the exchange of experience among professionals, the Flow Assurance Technical committee of SPE Brazil section organized the 1st Flow Assurance Technology Congress (FATC) in November 2022.The event was a huge success, with more than 230 professionals (20 countries) from industry and academia, over 100 abstracts received and 13 sponsoring companies supporting the event. The FATC second edition will cover traditional topics in flow assurance as well as its connection with digital transformation and energy transition. Flow assurance provides a set of technologies to support reducing carbon footprint in offshore operations by allowing for example long tiebacks to existing facilities. It also supports Carbon Capture Storage and Utilization (CCUS) operations by ensuring safety and efficient transport of CO2 streams from any industrial source. Effective flow assurance practices are essential for ensuring the reliability, safety, and efficiency of energy production and transportation systems, and this will drive innovations such as smart sensors, predictive analytics, and special materials to improve the efficiency and sustainability of energy transportation systems. We are excited to invite you to the 2nd edition of FATC, taking place in November 2024 in Rio de Janeiro, Brazil. The event will bring together professionals, students, experts, and innovators in the field, offering knowledge exchange and networking, to create the new flow assurance technology solutions of today and tomorrow.

SPE Vietnam Technical Workshop 2026

SPE Vietnam 2026 Technical Workshop | Call for Submissions Dear SPE Vietnam Section Members, We are pleased to announce the upcoming SPE Vietnam Section Technical Workshop , held in conjunction with our annual Golf & Pickleball Networking Event on Friday, 6th November 2026 . This unique gathering offers industry professionals and experts an exceptional platform to exchange cutting-edge technical knowledge and build valuable connections in an engaging, relaxed environment. We are now officially inviting abstract submissions for workshop presentations. Important Dates: Abstract Submission Deadline: 30 th September 2026 Notification of Acceptance: 14 th October 2026 Workshop & Networking Event: 6 th November 2026 Workshop Focus Areas: We welcome abstract submissions covering a broad range of technical, economic, and sustainable topics relevant to the oil and gas industry in Vietnam. Submissions are categorized into the following, which include, but are not limited to: 1. Subsurface, Reservoir Engineering & Management · Enhanced Oil Recovery (EOR) & Improved Oil Recovery (IOR) strategies. · Characterization and development strategies for Tight Oil, Tight Gas and HPHT reservoirs. · Advanced reservoir simulation, history matching, and complex drive mechanism management. 2. Drilling, Well Completion & Well Intervention · Drilling, completion, workover, and advanced well intervention workflows. · Well Stimulation methods (Matrix acidizing, hydraulic fracturing). · Zonal water and gas shut-off techniques. · Sand control, sand management, and Well Integrity Management Systems (WIMS). 3. Production Optimization, Enhancement & Flow Assurance · Production Enhancement workflows, and artificial lift systems. · Flow assurance challenges (Wax, scale, and asphaltene mitigation). · Topside facility debottlenecking and modification. 4. Digital Transformation, AI & Machine Learning · Data-driven field development and reservoir performance analytics. · Applications of AI and ML in subsurface and production workflows. · Automated workflows and digital oilfield solutions to improve engineering efficiency. 5. Project Management, Economics & Business Strategy · Project Economics, CAPEX/OPEX optimization, and commercial viability of marginal fields. · Risk Management, subsurface uncertainty mitigation, and decision analysis under uncertainty. · Field Development Planning (FDP) for mature assets and near-field exploration. 6. Green Energy & Sustainable Operations · Carbon Capture, Utilization, and Storage (CCUS). · Routine flaring reduction, methane emissions tracking, and energy efficiency. · Asset Decommissioning and Plug & Abandonment best practices. Submission Guidelines: Interested experts and professionals are invited to submit a concise abstract outlining the proposed presentation's objectives, methodologies, key findings, and industry impact . Note: Upon abstract acceptance, authors will be expected to deliver a technical presentation during the workshop. No registration fee is required to attend or present at this technical workshop. How to Submit Inquiries: Please email your abstract directly to Ms. Lan Vuu at: assistant.spevietnam@gmail.com For any further questions or clarifications regarding the technical program, please do not hesitate to contact Ms. Lan Vuu. We highly encourage you to seize this valuable opportunity to showcase your technical achievements, learn from industry peers, and network with fellow professionals. We look forward to receiving your insights and welcoming you to this event. Sincerely, Technical Program Committee SPE Vietnam Section #workshop

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OKC SPE Awards Banquet

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SPE Well Integrity Workshop (Coffee Break Sponsor)

Coffee break sponsorship (special package) Event web page

SPE Well Integrity Workshop (Lanyard Sponsor)

Lanyard Sponsor ~$1,000 Event Page

SPE Well Integrity Workshop (Registration)

It is NOT necessary to log into PayPal. Click on Check Out with PayPal link and select pay with credit card, continue as guest options. Event Page

SPE Well Integrity Workshop (Sponsors)

Display Sponsor (Package A): $2,500 Lunch/Breakfast Sponsor (Package B): $3,500 Reception Sponsor (Package C): $5,000 Event Page

Evento Técnico 2026: De las Reservas a los Procesos de Producción en los Campos Venezolanos

Distinguished Lecturer: Gas lift tricks you can use: Innovation adventures in gas lifting

Agenda • Bienvenida • Inicio de presentación • Apertura de sesión de preguntas y respuestas • Comentarios finales • Cierre de la sesión​​ ¡No faltes! ​#SoySPE

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Technical Luncheon: Detection and Quantification of Heavy Oil Tar (HOT) in the KRU and PBU Fields

Please join us for a technical luncheon covering: Detection and Quantification of Heavy Oil Tar (HOT) in the Kuparuk River and Prudhoe Bay Fields Via Analysis of Subsurface Volatile Fluids in Unpreserved Cuttings and Core. This session will be presented by Christopher Smith, PHD Senior Chemist, Advanced Hydrocarbon Stratigraphy. This session will be held in-person at ConocoPhillips ATO-01-1 and online via TEAMS. Lunch is provided courtesy of Baker Hughes to the first 40 in-person attendees. Christopher Smith, PhD, Senior Chemist Christopher Smith has been a Senior Chemist with Advanced Hydrocarbon Stratigraphy (AHS) since January 2019 and recently moved to Midland working on data analysis, instrumentation, client engagements, and business development. Most of his analysis work focuses on the North Slope in Alaska, the Delaware Basin, the Anadarko and Arkoma basins in Oklahoma, and the Marcellus. Prior to working for AHS, he received his PhD in analytical chemistry from the University of Arizona in the Winter 2018 term with focuses on instrumentation, data analysis programing, spectroscopy, electrophysiology, surfactants, and surface modification chemistries. He also completed a MA in history at the University of Tulsa as a Henneke Research Fellow in 2012. He completed his undergraduate work cum laude in 2011 with degrees in chemistry, history, and biochemistry also from the University of Tulsa.

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SPE OKC November Monthly Luncheon

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20th Annual Shoot For Your School Sporting Clays Tournament (A. GOLD SPONSORSHIP + TEAM)

**THIS LISTING IS TO REGISTER A TEAM WITH GOLD SPONSORSHIP. ALL SPONSORSHIP PACKAGES INCLUDE 4-PERSON TEAM WITH CART AND LUNCH** We are excited to announce our upcoming SPE “Shoot for your School” Sporting Clays Tournament - 100 Bird Event! Win a gun or other door prizes! The goal for 2026 is to give $5,000 to 5 Student SPE Chapters & $5,000 to the Dallas SPE Scholarship program – Your sponsorship and participation can make that possible! The tournament is limited to the first 50 teams. Participants must be an Oil & Gas employee (or former) to shoot this tournament. To Register or Sponsor, pay online or checks payable to “Dallas SPE” and fill out and return registration form to P.J. Edsall edsallpatrick@gmail.com 2026 Clay Shoot Registration Form *Includes lunch, door prizes, team prizes and golf cart use) Does not include ammo Gold Sponsor : $2,000 (Includes 4-person team with cart) *Station Sponsorship on the course, Cart and Corporate logo on the event banner REGISTRATION: 10:30 AM – 12:00 PM LUNCH: 11:30 AM – 12:30 PM TOURNAMENT ROUND: 1:00 PM – 3:30 PM DOOR PRIZES & AWARDS: 3:30 PM – 5:00 PM

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20th Annual Shoot For Your School Sporting Clays Tournament (B. SILVER SPONSORSHIP + TEAM)

**THIS LISTING IS TO REGISTER A TEAM WITH SILVER SPONSORSHIP. ALL SPONSORSHIP PACKAGES INCLUDE 4-PERSON TEAM WITH CART AND LUNCH** We are excited to announce our upcoming SPE “Shoot for your School” Sporting Clays Tournament - 100 Bird Event! Win a gun or other door prizes! The goal for 2026 is to give $5,000 to 5 Student SPE Chapters & $5,000 to the Dallas SPE Scholarship program – Your sponsorship and participation can make that possible! The tournament is limited to the first 50 teams. Participants must be an Oil & Gas employee (or former) to shoot this tournament. To Register or Sponsor, pay online or checks payable to “Dallas SPE” and fill out and return registration form to P.J. Edsall edsallpatrick@gmail.com 2026 Clay Shoot Registration Form *Includes lunch, door prizes, team prizes and golf cart use) Does not include ammo Silver Sponsor: $1,750 (Includes 4-person team with cart) *Cart Sponsorship and Corporate logo on the event banner REGISTRATION: 10:30 AM – 12:00 PM LUNCH: 11:30 AM – 12:30 PM TOURNAMENT ROUND: 1:00 PM – 3:30 PM DOOR PRIZES & AWARDS: 3:30 PM – 5:00 PM

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20th Annual Shoot For Your School Sporting Clays Tournament (C. BRONZE SPONSORSHIP + TEAM)

**THIS LISTING IS TO REGISTER A TEAM WITH BRONZE SPONSORSHIP. ALL SPONSORSHIP PACKAGES INCLUDE 4-PERSON TEAM WITH CART AND LUNCH** We are excited to announce our upcoming SPE “Shoot for your School” Sporting Clays Tournament - 100 Bird Event! Win a gun or other door prizes! The goal for 2026 is to give $5,000 to 5 Student SPE Chapters & $5,000 to the Dallas SPE Scholarship program – Your sponsorship and participation can make that possible! The tournament is limited to the first 50 teams. Participants must be an Oil & Gas employee (or former) to shoot this tournament. To Register or Sponsor, pay online or checks payable to “Dallas SPE” and fill out and return registration form to P.J. Edsall edsallpatrick@gmail.com 2026 Clay Shoot Registration Form *Includes lunch, door prizes, team prizes and golf cart use) Does not include ammo Bronze Sponsor: $1,500 (Includes 4-person team with cart) * Corporate logo on the event banner REGISTRATION: 10:30 AM – 12:00 PM LUNCH: 11:30 AM – 12:30 PM TOURNAMENT ROUND: 1:00 PM – 3:30 PM DOOR PRIZES & AWARDS: 3:30 PM – 5:00 PM

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20th Annual Shoot For Your School Sporting Clays Tournament (TEAM REGISTRATION ONLY)

**THIS LISTING IS FOR TEAM REGISTRATION ONLY** We are excited to announce our upcoming SPE “Shoot for your School” Sporting Clays Tournament - 100 Bird Event! Win a gun or other door prizes! The goal for 2026 is to give $5,000 to 5 Student SPE Chapters & $5,000 to the Dallas SPE Scholarship program – Your sponsorship and participation can make that possible! The tournament is limited to the first 50 teams. Participants must be an Oil & Gas employee (or former) to shoot this tournament. To Register or Sponsor, pay online or checks payable to “Dallas SPE” and fill out and return registration form to P.J. Edsall edsallpatrick@gmail.com 2026 Clay Shoot Registration Form Registration BEFORE 11/09/2026 = $1,300 per team Registration AFTER 11/09/2026 = $1,400 per team *Includes lunch, door prizes, team prizes and golf cart use). Does not include ammo. REGISTRATION: 10:30 AM – 12:00 PM LUNCH: 11:30 AM – 12:30 PM TOURNAMENT ROUND: 1:00 PM – 3:30 PM DOOR PRIZES & AWARDS: 3:30 PM – 5:00 PM

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EOR is Gaining New Interest in Unconventional Basins as Economic Methods Emerge

Our fall speaker series continues with Dr. Stuart L. Scott, the Herald W. Winkler Chair and Professor of Petroleum Engineering at Texas Tech University, at our November 2026 luncheon. This talk explores the renewed interest in Enhanced Oil Recovery (EOR) in unconventional basins, the Huff & Puff methods being investigated, how their economics compare, and what operators need to consider for artificial lift across repeated injection cycles. Biography Dr. Stuart L. Scott is the Herald W. Winkler Chair and Professor of Petroleum Engineering at Texas Tech University (TTU). Prior to joining TTU, he was the Principal Artificial Lift Advisor for ConocoPhillips in the Permian. Before rejoining ConocoPhillips, Scott founded EOR ETC. From 2008 to 2016, he managed the deepwater artificial lift technology program for Shell Oil and served several years as Shell's Global Artificial Lift/Pumping Principal Technical Expert (PTE). Before joining Shell, Scott held the Bethancourt Professorship of Petroleum Engineering at Texas A&M University, was a faculty member at Louisiana State University, and worked for Phillips Petroleum Company in a variety of roles. He is a Distinguished Member of the Society of Petroleum Engineers (SPE) and a Fellow of the American Society of Mechanical Engineers (ASME), and served as Chair of the ASME Petroleum Division Executive Committee from 2022 to 2023. Scott holds a B.S. in Petroleum Engineering, an M.S. in Computer Science, and a Ph.D. in Petroleum Engineering, all from the University of Tulsa. Abstract Over half of US oil production comes from low permeability sand and shale plays in the Permian, Williston and Eagle Ford Basins with an estimated original-oil-in-place (OOIP) of over 3 trillion barrels. So far, this production has been limited to "drill and drain" methods with the associated rapid decline and meager oil recoveries, leaving well over 90% of the OOIP in the reservoir. Recently, Enhanced Oil Recovery (EOR) has been gaining attention as a possible way to boost recovery and production from existing wells using existing infrastructure. However, EOR projects have traditionally been hindered by both economic and technical challenges. All the while the EOR window is closing, as thousands of horizontal wells in US basins have aged, are producing at low rates and are moving toward plugging and abandonment (P&A). This presentation discusses the potential of EOR in unconventional reservoirs and highlights Huff & Puff (HnP) methods that recently have been investigated. These methods include gas injection, surfactant injection, y-grade injection, gas-surfactant co-injection and other methods. Recently the DOE has challenged industry to double recoveries in unconventional reservoirs. A "Stacked Mechanism" EOR approach is presented as a possible path forward to achieve this 2X improvement. Rather than a multi-well EOR pattern flood of the reservoir matrix rock, as seen in conventional reservoirs, a new "Frac Flood" idea is emerging that uses multiple HnP injection cycles repeated across multiple wells. A comparison of the economics of the various methods is presented, with some adding reserves at a cost of less than $20/BO. Finally, artificial lift considerations for repeated HnP cycles are discussed, as wells must be set up for repeated EOR injection cycles as well as AL production over multiple years.

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SPE Thailand Monthly Technical Meeting - Nov 2026

Topic: TBC Speaker: SPE DL

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Drilling for White Hydrogen: Global Prospects and Emerging Frontiers

Abstract: White hydrogen—naturally occurring geologic hydrogen—is gaining momentum as a clean energy source. Recent discoveries in Albania, France, Mali, and the U.S. underscore its global potential. This presentation explores subsurface mechanisms, drilling strategies, and key geologic formations hosting hydrogen reserves. Special focus is given to tectonic settings, ultramafic rock zones, and rift basins favorable for hydrogen generation. The talk highlights emerging exploration efforts, regulatory frameworks, and the role of hydrogen in national energy strategies. Biography: Bez is Vice President of Energy Security in Government Contracts for CyberWorX Energy, focused on national security intelligence and strategic consulting for implementing energy technology. Bez has 15 years of experience in the energy sector – from hydrocarbons to renewables. Previously, Bez has worked as a consultant, energy technologist, and strategist for market research firms, service companies, and oil/gas operators. Additionally, Bez has experience as a Sr. Researcher in academia (over 50 publications, 4 patents, 1 book). Bez is active in SPE as a committee member for ATCE and ADIPEC. Bez has a master’s degree in petroleum engineering and a PhD Candidate in Management in Energy Sustainability.

SPE OKC December Workshop

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Compartir Navideño y cierre anual de las actividades de nuestra Seccional

Charla magistral: Ing. Jorge Zajia

SPE/AADE Christmas Party

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Fort Worth SPE Happy Hour (details TBD)

We will be doing our annual Happy Hour in December instead of a speaker luncheon. Details are still being confirmed.

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Distinguished Lecture Series: Ruth Thomas - The Subsurface Secret to Optimized Well Abandonment

Come join us for another interesting Distinguished Lecture on a topic important to everyone in the upstream oil and gas community. This was one of the top picks, chosen by SPE-Alaska members, out of 20+ topics for the 2026/2027 Distinguished Lecturer series. Please come out and support the local chapter. All proceeds go toward SPE-Alaska scholarships. The Subsurface Secret to Optimized Well Abandonment Ruth Thomas Well-Safe Solutions Abstract: The fundamental principles of zone permeability, fluid content, formation pressure (including reservoir recharge prediction), and caprock integrity underpin subsurface isolation requirements and drive decisions regarding abandonment barrier placement. A comprehensive understanding of these elements is essential, as they not only shape the overall well abandonment design but also ensure that well duty holders remain compliant with regulatory requirements for long-term containment integrity. As a subsurface community, we are highly skilled in quantifying the subsurface for exploration, appraisal, and development drilling, with a strong emphasis on reservoir-level characterisation. However, well abandonment presents a unique set of technical and operational challenges that require a shift in both mindset and approach. How do we define key isolation parameters when data is limited, particularly in the overburden? With aging well infrastructure, what happens when a seemingly “perfect-on-paper” abandonment plan proves unworkable in practice? What are the cost implications and where do the most significant optimisation opportunities lie? Through a series of case studies demonstrating collaboration between subsurface specialists, well engineers, and Operators, this presentation will showcase industry best practice for developing a robust subsurface basis of design for abandonment. By addressing specific subsurface and engineering challenges encountered in well abandonment projects, it will provide insights into effective decision-making and risk-mitigation strategies and illustrate the benefits of engaging a subsurface team throughout the entire well abandonment process, from project conception through to execution. What is the one idea you would like the members to take away from this lecture? By embracing a data-driven, risk-based approach to well abandonment, we can shift the industry’s mindset from reactive problem-solving to proactive planning - ensuring that subsurface expertise plays a central role in shaping the future of well decommissioning. 􀀔􀀚 Biography: Ruth Thomas is a geoscientist with 24 years’ experience in delivering subsurface projects for operators such as CNR International, Apache, Talisman Energy, and Repsol Sinopec. She holds a first-class Bachelor of Engineering honours degree in Industrial Geology; an MSc in Geology, and after earning her MSc in Decommissioning from the University of Aberdeen in 2022, she joined Well-Safe Solutions as their Subsurface Manager, responsible for the company’s global subsurface portfolio. Ruth is a strong advocate for the role of geoscience in cost-effective well abandonment, and she actively promotes technical excellence and industry best practice through regular regulator and industry engagement, conference presentations, and training initiatives. She is an active board member of the SPE P&A Technical Section, and co-founder and current chair of the Offshore Energies (UK) Geoscience Excellence in Decommissioning workgroup.

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SPE Delta Monthly Luncheon - Sanjay Vitthal on Completions Technology

Society of Petroleum Engineers Distinguished Lecturer Program From land to sea: Successful completions technology transfer from onshore to offshore wells (past, present, and future?) Sanjay Vitthal Retired from Shell in March 2025 Abstract: Offshore and deepwater field developments have historically in higher permeability (100+ md) reservoirs. So, what interest should offshore completion engineers have in completion practices in wells in onshore shale reservoirs that are in 1/1000th to 1/millionth the permeability? More than we think! This presentation will start with the past and illustrate via case histories of how innovations/practices initially developed for onshore wells have helped unlock and improve the economics of offshore wells. This talk will also show examples of how practices originally deployed in darcy shales are continuing to improve today's offshore completions. Finally, we will explore how shale-based technology can help unlock some of the future economic challenges associated with brownfields and also some of the recent deepwater discoveries in lower permeability reservoirs. The talk will also illustrate, with an example, the risks of blindly copying onshore completion technology without considering the unique challenges of offshore wells. Guidelines on how to transfer completion technologies from shales to offshore are provided “What is the one idea you would like the members to take away from this lecture? We should pay attention to developments in reservoirs (such as shales) that may appear to be completely different to offshore reservoirs but offer opportunities to improve economics. Keep an open mind and stay connected via SPE and other avenues to ideas and practices. Biography: Dr Sanjay Vitthal recently retired from Shell as the Principal Technical Expert for Hydraulic Fracturing Design and Analysis. He has 33 years of industry experience in Hydraulic Fracturing, Sand Control and Stimulation. His interests are in hydraulic fracturing, sand control, fluids, diagnostics, formation damage, and well performance. He has written 35 papers on the above topics and holds 10 patents. He been active in the SPE as a technical editor, contributing editor on 2 monographs, and as member of conferences, workshop, and forum committees. He is currently the Vice Chairman of the SPE Offshore Completions Technical Section.

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Save the date - SPE HUN WS

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Log-Based Permeability: What Are We Measuring?

Log-Based Permeability: What Are We Measuring? Chiara Cavalleri SLB Reservoir Abstract: The estimation of rock permeability is essential for modeling reservoir performance and production history in oil and gas fields, as well as supporting reservoir management and development across various sectors, including geothermal and underground storage projects. Despite decades of research, accurately determining true permeability remains a challenge. The results are often marked by significant uncertainty. Effective permeability and flow potential in new wells are typically assessed using core and well testing. Advancements in logging technology and data analytics have expanded log evaluation techniques, enabling the development of innovative interpretation workflows, which allow for more representative calculations of permeability from logs. This lecture first reviews and compares existing permeability prediction methods and log-based typing approaches, emphasizing their advantages, applicability, and limitations when applied to heterogeneous rock systems. Apparent discrepancies in computed permeability profiles derived from various log data sources and domains are examined collaboratively, serving as a learning tool to enhance the understanding of heterogeneous pore connectivity and the distribution of flow pathways. Subsequently, integration of the latest advancements in hardware and evaluation techniques is introduced through a field example that provides a comprehensive multi-scale workflow to deliver understanding of the permeability field, connectivity, well deliverability, and recovery. I would like the audience to take away the idea that permeability is a critical parameter throughout all stages of reservoir management; being pertinent to a broad spectrum of disciplines and energy sectors. While predicting rock permeability remains challenging, significant progress can be achieved by integrating measurements and expertise through a collaborative approach. Biography: Chiara Cavalleri is a Petrophysics Advisor at SLB in Saudi Arabia, where she brings extensive expertise in wireline logging, formation evaluation, and well data interpretation. Her work is centered on leveraging advanced technologies, implementing multidisciplinary workflows, delivering integrated solutions, and coaching. With years of field logging experience, Chiara transitioned into petrophysics, holding key technical roles across West Africa, Europe, and Southeast Asia before establishing herself in the Middle East. Chiara holds a master’s degree in environmental engineering from the University of Pavia, Italy. She has contributed to the industry through numerous technical publications on reservoir characterization across diverse applications, including oil & gas, UGS, CCS, and geothermal energy. She is also a patent holder and actively shares her expertise through industry technical events and workshops.

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Distinguished Lecturer Luncheon

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Distinguished Lecture Series: John Howard - Casing Design for a New Era: Historical Insights and Fut

Please join the SPE Alaska section for another great in the Distinguished Lecture Series. This is the second of two DLs presenting in Alaska in the 2026/2027 season. SPE Alaska members voted for the DL's most relevant and interesting to you as Alaskan engineers in the upstream oil & gas industry. This was one of our top picks. Hope to see you all there! Casing Design for a New Era: Historical Insights and Future Challenges John A. Howard President Altus Well Experts Abstract Understanding how casing design theory and practice have evolved over time is more than a historical exercise. It provides essential context for recognizing where traditional tubular stress analysis – even those developed for High-Pressure/High-Temperature (HPHT) wells – struggles to meet the demands of today’s far more complex environments. Modern wells – including Extended-Reach Drilling (ERD), multistage-fractured unconventionals, subsea wells with sealed annuli and trapped annular risk, Carbon Capture and Storage (CCS) injecting CO2 with impurities, and the new generation of super-hot geothermal wells – introduce load conditions that fall well outside the assumptions that shaped the previous casing design models. This presentation follows the journey of the evolution of casing design from the early load-case framework of the 1960s to the far more demanding wells we design today, showing how assumptions and design logic have had to evolve along the way. Yet even with powerful computational tools now available, many tubular failures still trace back to the same root cause: incomplete or inaccurate load descriptions, optimistic, or based on oversimplified pressure and temperature assumptions. Although the industry has never had a single universal standard, a consistent design process tends to emerge once the load cases are defined with enough rigor and realism. By connecting the foundational practices of casing design with the realities of modern wells, this session offers practical insights into engineering judgment, innovation, and model selection. It shows how core design principles continue to adapt to HPHT, ERD, CCS, geothermal, and other lifecycle load requirements. Casing design remains a living discipline: its success relies on continually improving tools, more realistic load modeling, and engineers who are willing to challenge assumptions in an increasingly complex energy landscape. Bio John A. Howard is a board-certified petroleum engineer specializing in tubular design, well integrity, and applied engineering. As Co-Founder and President of Altus Well Experts, Inc., he has led the company to global recognition, supporting more than 80 major oil and gas operators. During his tenure at Enertech as Worldwide Sales Manager and Board Director, he helped develop WellCat™ into the industry benchmark for casing and tubing thermal analysis, significantly shaping modern well design practices. John combines deep technical experience with a strong commitment to knowledge sharing. He speaks frequently at conferences and universities, bridging theory with field application. John has taught casing design courses in more than 30 countries across six continents. He has been an active member of the SPE for 45 years and has attended over 100 SPE Conferences, Forums, and Workshops around the world. John has served in numerous SPE leadership roles and currently serves as Technical Program Chair for SPE ATCE 2026 and sits on the ATCE 2026 Executive Committee.

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SPE DL_Log-Based Permeability: What Are We Measuring?

Abstract: The estimation of rock permeability is essential for modeling reservoir performance and production history in oil and gas fields, as well as supporting reservoir management and development across various sectors, including geothermal and underground storage projects. Despite decades of research, accurately determining true permeability remains a challenge. The results are often marked by significant uncertainty. Effective permeability and flow potential in new wells are typically assessed using core and well testing. Advancements in logging technology and data analytics have expanded log evaluation techniques, enabling the development of innovative interpretation workflows, which allow for more representative calculations of permeability from logs. This lecture first reviews and compares existing permeability prediction methods and logbased typing approaches, emphasizing their advantages, applicability, and limitations when applied to heterogeneous rock systems. Apparent discrepancies in computed permeability profiles derived from various log data sources and domains are examined collaboratively, serving as a learning tool to enhance the understanding of heterogeneous pore connectivity and the distribution of flow pathways. Subsequently, integration of the latest advancements in hardware and evaluation techniques is introduced through a field example that provides a comprehensive multi-scale workflow to deliver understanding of the permeability field, connectivity, well deliverability, and recovery. I would like the audience to take away the idea that permeability is a critical parameter throughout all stages of reservoir management; being pertinent to a broad spectrum of disciplines and energy sectors. While predicting rock permeability remains challenging, significant progress can be achieved by integrating measurements and expertise through a collaborative approach. Biography: Chiara Cavalleri is a Petrophysics Advisor at SLB in Saudi Arabia, where she brings extensive expertise in wireline logging, formation evaluation, and well data interpretation. Her work is centered on leveraging advanced technologies, implementing multidisciplinary workflows, delivering integrated solutions, and coaching. With years of field logging experience, Chiara transitioned into petrophysics, holding key technical roles across West Africa, Europe, and Southeast Asia before establishing herself in the Middle East. Chiara holds a master’s degree in environmental engineering from the University of Pavia, Italy. She has contributed to the industry through numerous technical publications on reservoir characterization across diverse applications, including oil & gas, UGS, CCS, and geothermal energy. She is also a patent holder and actively shares her expertise through industry technical events and workshops. Use the following QR code to complete registration with payment (35 SGD for SPE member; 50SGD for non-SPE member)

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Congreso Mexicano del Petróleo 2027

Conocimiento y tecnología para el desarrollo de México El Congreso Mexicano del Petróleo es el encuentro más importante de la industria energética en México, un espacio donde convergen conocimiento, innovación, tecnología y talento para impulsar el futuro del sector.