HSE & Sustainability
The 2025 report confirms for the second year that the Appalachian Basin has the lowest methane intensity of any major oil and gas basin in the US.
The North Sea Transition Authority has advanced the UK’s plans for carbon storage by approving the drilling of a proposed appraisal well off the coast of Teesside.
Smart Seismic Solutions plans to use 50,000 nodes to examine storage potential for the Greenstore CCS project.
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Aurora Innovation and Detmar Logistics have inked a deal for 30 autonomous trucks that will begin hauling sand in the region next year. -
The 14 available locations are estimated to be able to provide up to 2 gigatonnes of additional carbon-dioxide storage capacity.
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Sustainability in reservoir management emerges not from standalone initiatives but from integrated, data-driven workflows, where shared models, closed-loop processes, and AI-enabled insights reduce fragmentation and make sustainable performance a natural outcome.
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This study presents the development of a biodegradable surfactant developed using principles of environmentally friendly chemistry from natural sources. The goal is to develop an effective and environmentally friendly surfactant that can emulsify and disperse oil to reduce its effects on marine environments.
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The authors state that issues faced by the Gorgon carbon capture and storage project primarily relate to risk and pressure management of the produced water from the Dupuy formation rather than from capture, transport, injection, and storage technologies.
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This paper describes a decision-support system that integrates field data, system specifications, and simulation tools to quantify system performance, forecast operational challenges, and evaluate the effect of system modifications in water management.
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If there is a key takeaway as 2025 comes to a close, it is the new level of diligence and depth in water-management planning, along with a growing recognition of the need to invest in more complex methods and sophisticated technologies.
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This paper demonstrates that high-purity salts of calcium, magnesium, strontium, sodium, and lithium can be recovered from produced-water brine using a chemical-reaction pathway followed by vacuum-driven crystallization and a lithium-extraction process.
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This study ascertains the capital expenditure and operating expenditure associated with the reuse of existing facilities, specifically regarding a carbon capture and storage project being prepared in South Korea.
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The authors of this paper aim to design, optimize, and evaluate a scalable and energy-efficient plasma-driven advanced-oxidative-process system for produced-water remediation, emphasizing regulatory compliance for safe discharge or reuse.
