Production
Energy security in today’s oil and gas industry goes beyond production—maritime logistics and resilient energy transport networks are emerging as the next critical competitive advantage.
More than 400 industry leaders convened in Mumbai to explore cutting-edge technologies, digital innovation, and EOR strategies aimed at revitalizing India’s mature hydrocarbon fields and strengthening national energy security.
This article from the SPE Integrated Reservoir Management Technical Section (IRMTS) addresses decision timing across the reservoir cycle.
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This article analyzes Nigeria’s deepwater fiscal framework by examining its legal foundations, the practical operation of production-sharing contracts, and the allocation of financial risk between the government and international oil companies. -
Gas chromatography is a proven tool supporting the safe, compliant, and optimal operation of operation of carbon capture, utilization, and storage processes.
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The Drilling Fluids Research and Innovation laboratory will study and develop drilling fluids solutions.
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Mark your calendars for the final SPE Live featuring the 2025 TWA Energy Influencers.
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The event which will take place from 31 March to 1 April will serve as a strategic industry platform dedicated to advancing well- intervention practices in support of Nigeria’s production growth and sustainability goals.
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Venezuela’s oil recovery will depend on restoring disciplined, reliable day-to-day operations by stabilizing existing assets, fixing operational failures, and using practical tools to rebuild predictable production.
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Venezuela shows that vast oil resources alone do not create value. Institutional and political constraints have driven production collapse, and recovery depends on governance reform, stability, and sustained investment.
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SPE President Jennifer Miskimins lent her expertise to Science Friday’s conversation about Venezuelan oil, explaining the reality of what it would take to extract and refine it.
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Allison Taylor, SPE, is studying whether nanogels can improve how gas, specifically CO2, is stored underground during CO2 flooding operations.
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Researchers at KAIST developed an integrated chemobiological platform that converts renewable feedstocks like glucose and glycerol into essential aromatic hydrocarbons (BTEX) using engineered E. coli strains and a solvent-integrated catalytic process, offering a sustainable alternative to petroleum-based production.
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