URTeC 2025:第一天

奥利维亚·卡贝尔,《世界石油》副主编 ,2025年6月10日

URTeC 2025 大会第一天在休斯顿乔治·R·布朗会议中心拉开帷幕,首先举办了一场小组讨论会,探讨非常规能源面临的一些主要挑战和机遇。小组成员探讨了非常规资源在波动的石油市场中脱颖而出的可能性,以及将致密油气技术和开发应用于非常规资源的新途径,这也成为了本次大会的明确主题。

Pickering Energy Partners 创始人兼首席执行官丹·皮克林(Dan Pickering ) 在全体会议开幕式上指出,油价走低和欧佩克石油供应增加,为其他能源(从广泛分布的天然气到新兴的地热能)的认真考虑创造了机会。他预测,尽管油价最终会回升,但预计会在 50 美元/桶左右达到低点。页岩油对价格的敏感性更高,产量可能会下降,但并非没有后继者。皮克林预测:“电力是新的页岩热潮”,而需求的上升在很大程度上受到围绕数据中心及其可能在美国各地即将建设的讨论的推动。他很快强调说:“好消息是,在能源方面,我们无法像市场希望的那样快速加速,从而导致所谓的持续的“缓慢繁荣”。

在市场氛围不那么友好的情况下,URTeC 第一天的讨论主要围绕两大挑战:继续降低页岩油气的成本和其他痛点,以及拓展页岩技术和经验在其他领域的应用方式。前者被巧妙地概括为:正如 Pickering 所指出的,“美国页岩是一种巨大的资源;我们只采收了相当少的资源。” Hess 公司巴肯地区资产的代表在第一天的另一个小组讨论中也表达了同样的观点,重点介绍了额外的压裂方法、使用新技术对老井进行再增产以及采用延长水平段。在题为“巴肯地区的价值流管理”的小组讨论中,代表们指出,利用新技术对于公司巴肯地区资产从良田转向劣田至关重要。

正如首日另一场专题讨论会所强调的那样,其中一些新技术并不局限于石油和天然气的应用。美国  高级研究计划署能源项目主任乔茨纳·夏尔马博士强调了致密油气与地热能等应用领域的重叠。由于电力需求短期内不会放缓——尤其是在数据中心建设加速之后——地热能已成为备受关注的话题,亚马逊等非能源行业的公司已采取行动,就地热能项目展开合作。除了地热能之外,致密油气技术还与原地开采技术重叠,据夏尔马称,原地开采技术占美国国内铀产量的95%。考虑到铀的大部分依赖进口,成熟的致密油气技术的应用,不仅有望应用于石油和天然气,还可能应用于核能领域。

原文链接/WorldOil

URTeC 2025: Day One

OLIVIA KABELL, Associate Editor, World Oil June 10, 2025

URTeC 2025’s day one kicked off at the George R. Brown Convention Center in Houston with a panel on some of the major challenges and opportunities facing unconventional energy resources.  In what became a clear theme for the conference, the panelists discussed the possibility for unconventional resources to shine amidst a fluctuating market for oil, as well as new ways to apply technology and development from tight oil and gas to unconventional resources.

Softening oil prices and increased oil supply from OPEC has created a window for other energy sources—from widespread natural gas to emerging geothermal—to see serious consideration, as Founder and CEO of Pickering Energy Partners, Dan Pickering, noted during his opening in the plenary session.  His predictions suggested that while oil prices will eventually recover, they are slated for a low point in the $50/bbl range.  Shale, with its much more “price sensitive barrels,” is likely to decline in terms of production, but it is not without a successor. “Power is the new shale boom,” Pickering predicted, and the demand is driven in no small part by the discussions surrounding data centers and their potential impending construction across the United States.  “The good news is,” he was quick to emphasize, “we can’t accelerate as quickly as the market would like, on the energy side,” leading to what calls an ongoing, “slow-moving boom.”

Within a less friendly market, discussions for URTeC day-one centered around two challenges: continuing to reduce costs and other pain points for shale oil and gas and expanding the ways technology and learnings from shale can be applied to other sectors.  The former was summed up neatly As Pickering noted, “[U.S. shale] is a huge resource; we’ve recovered a fairly small amount of it.”  Representatives from Hess’s Bakken assets echoed this point in another day-one panel, highlighting additional fracturing methods, restimulation of older wells using new techniques and adoption of extended laterals.  In that panel—titled “Value Stream Management in the Bakken”—Hess representatives noted leveraging new techniques is critical in the shift from more to less favorable acreage within the company’s Bakken assets.

Some of these new techniques, as highlighted in yet another day-one panel, are not restricted to oil and gas applications.  Dr. Jyotsna Sharma, a program director at the Advanced Research Projects Agency-Energy (ARPA-E), highlighted an overlap in tight oil and gas and geothermal power, among other applications.  With power demand not looking to slow down anytime soon—particularly once data center construction ramps up—geothermal has been the subject of serious discussion, as non-energy sector companies like Amazon have made moves to collaborate on stimulation projects to that end.  Beyond geothermal, tight oil and gas technologies also overlap with in-situ mining techniques, which according to Sharma, compose 95% of U.S. domestic uranium production.  Considering that a large majority of uranium is imported, the application of well-developed tight oil and gas techniques and technology hold the opportunity go beyond oil and gas, to forward nuclear power sources as well.