Category Archive: Applications in Action

SEG Presentation: Predictive Analytics in Exploration

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The next presentation from our SEG Presentation Series is the narrated presentation: Predictive Analytics in Exploration. Sit back and relax, while you listen and discover how geostatisitical predictive analytic methods are successfully leveraged for superior understanding of subsurface conditions and reservoir performance as well as to support deeply integrated, highly-informed project decision-making. Click here or …

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SEG Presentation: Neuquén Basin Case Study

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The next installment in our SEG Presentation Series, is a narrated presentation on a NEOS Case Study in the Neuquén Basin. Tune in to discover how multi-measurement interpretation (MMI) has helped to highgrade Vaca Muerta shale acreage and identify prospective well locations in Argentina. Access the presentation by clicking here or on the image below. …

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SEG Presentation: An Introduction to NEOS and Multi-Physics Interpretation in Oil & Gas Exploration

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Last week, NEOS joined 350 other companies, government agencies, and research and educational institutions at the 84th Annual Meeting of the Society of Exploration Geophysicists (SEG).  NEOS exhibited from a new booth on the exhibition show floor featuring, for the first time ever, a booth theater. Various presentations were delivered within the theater on an …

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Case Study: MMI to Predict BTU Content of Marcellus Wells

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Out in the October AAPG Explorer – the Geophysical Review edition – an article on NEOS’ work in the Marcellus resource play over a roughly 2,500 square-mile area in northwestern Pennsylvania. Click here (or on the image above) for the full article. For more on NEOS’ work in the Marcellus, visit the Appalachian neoBASIN webpage.

The Importance of Basement (Narrated Slideshow)

Basement plays a key role in establishing geologic environments conducive to hydrocarbon generation. Learn more about how through a multi-physics approach in which gravity, magnetic and EM datasets are simultaneously integrated, inverted and interpreted, NEOS helps to illuminate the basement and reveal key drivers of reservoir performance beyond the shale. Click on the image below …

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Near Surface Geoscience – NEOS in First Break

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Given heightened environmental awareness among all key stakeholders involved in oil and gas exploration and development, generating insights about geologically associated features on the surface and in the near-surface are becoming nearly as important as insights about reservoirs themselves. In this month’s First Break, A Multi-Physics Approach to Near-Surface Characterization Over the Marcellus Shale – …

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NEOS Tech Series: Using Magnetic Data to Locate Abandoned Wellbores

The cultural grid is separated from the total magnetic intensity and then compared to mapped features, like wells and pipelines.

By: Maggie Baber, NEOS Geoscientist Magnetic interpretation is an integral component of NEOS’s multi-measurement interpretation methodology (MMI). Magnetic data measures changes in a rock’s magnetic susceptibility, or the degree of magnetization in response to earth’s magnetic field. Rocks or materials with high magnetite content have a high magnetic susceptibility. Magnetics, along with gravity and other …

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2014 Update: NEOS Corporate Slideshow (Narrated)

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To learn more about NEOS and our Multi-Measurement Interpretation methodology for oil & gas exploration, appraisal, and development, click on the image below to access our latest narrated slideshow. To learn more about NEOS GeoSolutions, click here to access the Resources page on our web site.

Unlock the Potential: Eco-Assurance

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For millions of years, Appalachian gas has migrated toward the surface along naturally occurring faults. Frequently, it gets trapped in shallow structures difficult to see on seismic images. Abandoned and undocumented wellbores, some a century old, compound the problem. Drilling into a shallow gas pocket en route to the Marcellus or Utica Shale can throw …

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Unlock the Potential: Tioga

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Thanks to unconventional drilling and extraction techniques, the Appalachian Basin has experienced a multi-billion dollar economic resurgence. In Tioga County, Pennsylvania, a methodology called Multi- measurement Interpretation (MMI) has been introduced by NEOS GeoSolutions to provide a better understanding of the basin. NEOS acquired airborne geophysical data – magnetic, electromagnetic (EM), radiometric, gravity, and hyperspectral …

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