Question.3535 - The guest speaker Jeffrey Baldwin 3 to 5 mins.
Answer Below:
Ndeye xxxxxxx Notes xxxxxxxxx Name xxx Title xxxxxxx Baldwin xxxxx Speaker xxxx September xx Title xxxxxxxxxxxx in xxx Oil xxx Gas xxxxxxxx and xxxxxx What xxxx of xxx Energy xxxxxxxx was xxxxxxxxx Majorly xxx guest xxxxxxx Jeffery xxxxxxxxxx the xxx and xxxxxxx gas xxxxxxxx from xxx experience xxxxxxxxxx within xxx scope xx petrophysics xxx rock xxxxxxx by xxxxxxxxxxxx certain xxxxxxxx areas xxxxxx critical xxxxx within xxx upstream xxxxxxxxxx sector xx the xxxxxx industry xxxxxxx - xxxxxxxxx Jeffery xxxxxxx with x background xxxxxxxxx Bachelor xx Science xx Physics xxxx California xxxxxxxxxxx State xxxxxxxxxxxxxx Luis xxxxxx possesses xxxxxxx experience xx oil xxx gas xxxxxxxx with xxxx years x particularly xxxxxxxxxxxx and xxxx physics xx sharing xxxxxxxxx about xxxxxxxx and xxxxxxxxxxxx reservoir xxxx including xxxxxxx technologies xx comprehend xxx improve xxx predictability xx reservoirs x from xxxxxxxxxx Energy xxx Petrophysics xx Fugro-Jason xx advisor xxx currently xxxxxxx as x petrophysics xxxx physics xxxxxxx at xxxxxx Rock xxxxx His xxxxxxxxx lies xx upstream xxxxxxxxxx and xxxxxxxxxx data xxxxxxxxx with xxx integration xx modern xxxxxxxxxxxx to xxxxxxxxx logs x he xxx able xx position xxx expertise xx improve xxxxxxx production xxxxxxxxx positioning xx sales xxx improve xxxxxxxx satisfaction xxxxxxx also xxxxxx his xxxxxxxxx to xxx public xx co-authoring x paper xxxx was xxxxxxxxx at xxxxx Symposium xxxxxxxx Impact- xxx this xxxxxxx inspire xxx or xxxxxxxx your xxxxxxxxxxxxx or xxxxxxxxx about xxx Field xxxxxxxxx Conversely xxx they xxxxxxxx you xxxx this xxxxxxxxxx branch xx work xxxxxxx I xxx no xxxx that xxxxxxxxxxxx existed xxxxx googling x was xxxx to xxxxxxxxxx that xxxx physics xxxxxxxx around xxxxxxx factors xxxx porosity xxxxxxxxxx and xxxxxxxxxxxx of xxxx and xxx datasets xxx primarily xxxxxxxx from xxxx logs xxxxx Jeffery's xxxxxxxxx studying xxx fluidic xxxxxxxxxx within xxx reservoir xxx an xxxxxxxxx over xxxxx Lucia xxx Kane xxxxxxxx Jeffery xxx not xxxxxxx it xxxxxxx petrophysics xx also xxxxxxxx to xxxxxxxxxx the xxxxxx interaction xxxx seismic xxxxx To xxxxxxxxx what x understood xxxxxxxxxxxxxx study xxx rock xxxxxxxxxx from xxxx logs xx Jeffery's xxxxxxxxx assessing xxxx factors xxxx permeability xxxxxxxx water xxxxxxxxxx and xxxxxxxxx - xx order xx characterize xxxxxxxxxx and xxxxx estimation x was xxxxxxxxxx in xxx topic xxx when xxxxxxxx I xxx able xx find xxx that xxx - xxxxxxxxxxx approach xxxxxxxxxxxx tends xx estimate xxxxxxxxxxx reserves xxx vulnerable xx sensitivity xx variations xxxxxxxxxxx the xxxx types xxxxxxx wireline xxxxxxx devices xxxx neutron xxx density xxx assumed xx order xx indicate xxx overall xxxxxxxx also xx reservoirs xxxx moldic xx sperate-vug xxxxxxxx exists xxxxxxx a xxxxxxxxxxx between xxxxxx and xxxxxxxxxxxxx porosity xxxx aid xx improving xxxxxxxx determining xxx petrophysical xxxxxxxxxx Lucia xxx Kane xxxxxxxx Review- xxx the xxxxxxx display xxx bias xxxxxxxxxxx or xxxxxx traits xx so xxxx were xxxx There xxxx no xxxxx of xxxx or xxxxxxxxxx of xxxxxxxxxxx it xxx basically xxxxxxxxxxx message xxxxx an xxxxxxx experience xxxxx is xxxxxxxxxxx information xx though xxxxxxx was xxxxxxxxx the xxxxx of xxxxxxxxxxxx Final xxxxxxxxx - xx a xxx sentences xxx up xxx presentation xxx your xxx three xxxxxxxxx a xxxxxx option xx the xxxxx of xxx and xxxxxxx gas xxxxxxxx b xxxxxx of xxxxxxxxx - xxxxxxxxxxxx and xxxx physics x Geo-science xxxxxxxxxxx References xxxxx F xxx Kane x Integrated xxxxxxxxxx and xxxxxxxxxxx Characterization xx Fullerton xxxxx Fork xxxxx in xxxxxxx County xxxxx utexas xxx https xxx beg xxxxxx edu xxxxxxx fullerton xxxxxxxxxxxxxx htm xxxx Reservoir xxxxxxxxxxxx amp xxxx Accurate xxxxxxxxxxxxxx of xxxxxxxxxxxxx properties xx variations xx pore xxxxx
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