Energy transition
The DOE-backed EGS-Twin project aims to simulate geothermal production systems, helping operators better predict performance and maximize output.
New geothermal technical content and programming will highlight knowledge transfer among oil and gas and geothermal professionals.
The challenge is to ensure that changes to major accident hazards are properly managed, whether the changes occur by adapting conventional industry operations to lower carbon or by introducing innovative technologies.
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This paper describes modeling work performed to design fracturing treatment and spacing for wells in the Project Cape enhanced geothermal system in Utah. -
This paper provides an account of the design, implementation, and operational insights from an enhanced geothermal system proppant stimulation targeting a volcanic, dry rock setting with an approximately 330°C bottomhole temperature.
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Geothermal development is gaining steam and entering a transformative era, driven by breakthroughs in adapting and improving on engineering, drilling, completion, and production technologies to the efficient extraction of heat from the Earth.
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From its origins running just a few light bulbs in Tuscany in 1904 to supporting baseloads on national power grids today, geothermal power generation has been driven by technological advancements. Many of these advancements stem from oil and gas exploration and production efforts.
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The appraisal well in Utah confirmed a geothermal resource exceeding 555°F at a depth of approximately 11,200 ft.
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The NLR has released its 2025 US Geothermal Market Report, documenting 4 years of industry growth and providing policymakers and stakeholders with an updated overview of the US geothermal market.
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The report says the capacity of renewables in the region is set to grow tenfold by 2040 as electricity demand and new sectors drive rapid solar and wind expansion.
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This study identifies critical knowledge gaps in wellbore integrity and underscores areas that require further investigation, providing insights into how wellbores must evolve to meet the technical demands of the energy transition.
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This paper explores the evolving role of the digital petroleum engineer, examines the core technologies they use, assesses the challenges they face, and projects future industry trends.
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This study illustrates the new capabilities, tailored for carbon-dioxide storage applications, of a modeling framework that provides a quantitative, risk-based assessment of the long-term integrity of legacy plugged and abandoned wells.
