Defense Advanced Research Projects Agency (DARPA)’s Post

New publication on Underground Hydrogen Storage (UHS) simulation is Out Now! Dive into our comprehensive field-scale simulation study utilizing actual field data. We explored hydrogen recovery variability across diverse saturation function experiments conducted under various reservoir conditions utilizing different injection-production schemes. Our findings underscored the minimal variation in recovery observed across different saturation function and its implication in field scale UHS implementation. This paper was co-authored by Siddharth Misra and Albertus Retnanto Explore the full publication at: https://lnkd.in/gng3TCPy

The technique for locating hydrocarbon reserves employs vector analysis of comprehensive three-dimensional microseismic data. This approach utilizes the drop-bubble field model, wherein hydrocarbon deposits emit characteristic low-frequency sounds when stimulated by artificial or natural external vibrations. By applying artificial intelligence, it becomes feasible to identify the unique low-frequency signals produced by hydrocarbons buried as deep as 7 kilometers, amidst the background microseismic activity at the earth’s surface.

1500 reads! Discover more about the first LNG tanks in Italy, seismically isolated with curved surface sliders!

AP14871472 ИРН: AP14871472 Исследование воздействия высоковольтных электрических разрядов на пластовые флюиды и конкреции в лабораторных условиях. № Наименование критериев оценки Средний балл (от 0 до 9) Комментарии всех экспертов с ответами на наводящие вопросы 1 Новизна, актуальность и перспективность проекта 3 The main object of the proposed project is to develop a technology for the transformation of reservoir fluids in the Earth's crust with the formation of plasmoids (ball lightning), as well as the production of ball nodules and areas with unique geological properties and the development of an alternative methods of energy production for the Republic of Kazakhstan. The scientific novelty of the proposed project is to create new methods of energy production based on electrical and plasma data on the structure of the planet earth and to reduce the intensity of hydrocarbon production. In the given project some of the items are not clear how to accomplish this. From the point view of industrial production, some of the items needs additional explanations. From this point of view, it is not easy to say that object of the project and the approaches explains the novelty and importance of the proposed project. On the other hand, the literature proposed in the project is partially new and relevant This project is vey highly novel and prepresents a fully new approach to address to characterise the Earth´s deep core. Beyond the simple idea there is basically very little literature on this subject and it would be considered a excessively unconventional idea to describe the Earth´s interior. This is "thinking outside the box" carried to the extreme.

New Publication. I would like to invite you to read our new paper titled " Disparate Fluid Distributions of Stacked Gas-Washed Reservoirs Are Successfully History-Matched via Forward Modeling of Fluid Mixing Processes" which presents a way for modeling gas washing process for the first time. Our method is applied to a reservoir in the deepwater Gulf of Mexico. The paper was presented during the #SPWLA 65th Annual Logging Symposium that was held in Rio de Janeiro, Brazil from 18-22 May; co-authored by myself, Morten Rode Kristensen, Carlos Torres-Verdin, I. Yucel Akkutlu, and Oliver Mullins, representing a successful collaboration among The University of Texas at Austin, SLB, and Texas A&M University, and can be accessed through the following links. OnePetro: https://lnkd.in/dewTkcwT ResearchGate: https://lnkd.in/dFTx7daT

This paper by Peter Niemz et al., recently published in Geothermics, describes seismic observations from the circulation tests at FORGE using only the regional (near-)surface network of the UUSS. https://lnkd.in/gJaG3DA4

Using a model of the Zengwen reservoir, researchers with National Cheng Kung University and Feng Chia University simulated turbidity current flushing to analyze the effects of the Sediment–Sluice Tunnel. https://lnkd.in/gKs54ed6 #hydraulicmodeling #surfacewatermodeling #civilengineering

* slb - Isotope Logging: https://lnkd.in/dDYRa9db > Continuous δ13C–CH4 measurements in real time.

Confronting the Elephant in the room... PGS scientists are searching for very large carbon storage sites. This and the dataset are the 'elephants' in question🐘 @Nick Lee and @Bill Powell have been using the PGS GeoStreamer data library in the Norweigan Sea to reveal the #GigatonneCCS opportunities the world needs🙌 Follow the journey in this series of articles that brings together work from geoscientists, petrophysicists, and QI specialists in the search for these CO2 elephants 👇 https://ow.ly/8MqB50Qsupc