Originally presented at the SEG Denver 2010 Annual Meeting, ffA developed a white paper examining seismic attributes in the emerging Eagle Ford shale play.

Initially presented at EAGE Barcelona 2010, ARKeX developed an abstract outlining best practices and lessons learned while conducting a study on linking gravity gradiometry with complex subsurface structures. To read more, click here .

Jack Dvorkin of Ingrain discusses several examples that validate the company's computational rock physics data.

Energy Ventures' portfolio company Ingrain is advancing the upstream industry by analyzing critical flow factors including porosity and permeability digitally. This means faster and more accurate results than those achieved through traditional core analysis. Download this white paper to learn more about how their work applies specifically to carbonates.

Ingrain's Elizabeth Diaz provides comparisons of data from the company's digital rock physics lab to data obtained from physical lab measurements on identical or highly similar rock samples.

Authored by Henning Hansen, Terje K. Wilberg and Kaj Stokkeland of Ziebel , as well as Peter T. Male of Petroleum Development Oman and Richard J. Kluth of Sensornet, this paper discusses and demonstrates a patented new wellbore intervention solution that can be deployed in long horizontal wells holding Fibre Optic Sensing devices.

It was originally prepared for presentation at the 2009 SPE/ICoTA Coiled Tubing and Well Intervention Conference and Exhibition, held in The Woodlands, Texas, March 31st through April 1st, 2009.

Mostyn Wall,* Joe Cartwright,* Richard Davies† and Andrew McGrandle‡
(* Cardiff University, † University of Durham ‡ ARKeX Ltd)
Published in Basin Research (2009)

The nano-CT scanners at Ingrain can resolve features as small as internal micrite pores as such features become salient for computing the physical properties of carbonate.

Ingrain's technology leads the industry in providing advanced rock properties analysis for shale, carbonates, tight gas sands and oil sands.

Ingrain complements and vastly expands laboratory permeability data sets by numerically simulating fluid flow through a direct digital representation of a real pore space obtained by high-resolution 3D imaging.