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Ysgol Bro Pedr pupils discover the right Phormula!

OVER 400 pupils from Lampeter’s Ysgol Bro Pedr have participated in workshops with Ed Holden (aka Mr Phormula), a pioneering beat-boxer and live…

COTI members learn of activities, elect board members | News, Sports, Jobs - SANIBEL-CAPTIVA

On March 17, President Larry Schopp welcomed attendees to the Committee of the Islands annual meeting at The Community House on Sanibel. He provided a look bac

Thaxton news for aug 4

Thaxton news for aug 4
djournal.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from djournal.com Daily Mail and Mail on Sunday newspapers.

Machine learning for predicting stochastic fluid and mineral volumes in complex unconventional reservoirs

Machine learning for predicting stochastic fluid and mineral volumes in complex unconventional reservoirs A machine learning workflow can quickly, and accurately, predict mineralogy, porosity and saturation in multiple wells to better understand productive layers in unconventional oil reservoirs. Fred Jenson, Chiranjith Ranganathan, Shi Xiuping, Ted Holden, CGG Determination of mineralogy is a critical step in the petrophysical analysis of many types of reservoirs. Changes in volumes of minerals indicate changes in geological deposition, diagenesis, reservoir quality and brittleness. Particularly in shale plays, success depends on selecting leases, based on identification of hydrocarbons-in-place within potentially productive layers. Potentially productive layers in a shale play are defined as layers that are sufficiently brittle to respond to hydraulic fracture treatments. A layer’s brittleness is determined predominately by its relative mineral rat

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