Energy Transition
Liu shares her career experiences as it spans biomedical engineering, multiphase flow measurement in oil and gas, and emissions quantification.
Geoscientists are shifting from primarily discovering and extracting resources to integrating knowledge, guiding sustainable decisions, and using Earth’s history to help balance resource development with long-term planetary health.
Mark your calendars for the final SPE Live featuring the 2025 TWA Energy Influencers.
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A team from UT Austin won the Blue Hydrogen Student Design Competition, where more than 200 students from three Texas universities designed sustainable hydrogen production processes. -
Organized by YPs for YPs, this initiative offers a safe and inspiring space where learning meets leadership, and where the future of energy is not only discussed, but co-created.
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Presented by the SPE German Section, the webinar will focus on how commercial extraction will require innovative approaches due to the depth and low permeability of key formations in the basin.
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The 3-Minute Thesis competition challenges grad students to ditch the jargon, simplify the science, and captivate a nonspecialist audience—with only one slide and a ticking clock.
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Natural gas has played a key role in reducing emissions and supporting renewable energy, but its continued use as a "bridge fuel" raises concerns about long-term climate impacts, especially due to methane leaks and potential carbon lock-in. Its future depends on context-specific policies, decarbonization incentives, and advances in carbon capture technologies.
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The university has created a unique center to consolidate the efforts of more than 60 researchers working across the hydrogen value chain, including production, storage, transportation, and utilization.
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Explore how the industry is measuring and reporting carbon intensity, the strategies being employed to reduce it, from operational efficiencies and electrification to cutting flaring, and the collaborative initiatives driving progress.
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Underground hydrogen storage is emerging as a vital element in the transition to a low-carbon hydrogen economy, offering a way to balance renewable energy supply. Its success depends on more than storage space—it requires a comprehensive understanding of geochemical, geomechanical, microbial, and economic factors.
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Integrating financial and HR expertise boosts profitability, reduces operational risks, and enhances long-term planning—empowering HR to tackle sector-specific challenges like budget constraints and talent shortages more effectively.
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The project will focus on converting natural gas into cleaner, more economically viable turquoise hydrogen in southwest Virginia from reserves including the Marcellus Shale and the Appalachian Basin.
