PETROPHYSICS Pty Ltd provides petrophysical training and consulting expertise to the oil and gas ind

Petrophysicist's who search to future-proof their livelihood with an important comprehension of the petrophysics of unconventional sources. Fundamental logs and core evaluation, fracking and analyzing have been assessed, nevertheless a familiarity with them is desired. Bring your notebook with MS Excel. IPUR slide illustration | Testimonials This class will teach you how you can acquire and assess the essential information for every significant unconventional reservoir kind and also to evaluate whether petrophysical results are appropriate for purpose. Equipped with this understanding the petrophysical data collections and integration methods necessary to estimate reservations and producibility are clarified. The class covers Quick Appearance to complete mainstream incorporated techniques including how to recognise and avoid the usual issues of petrophysical interpretation in unconventional reservoirs. Examples of the frequent log investigation failings and the comprehe...

The operations petrophysicist confronted with the daunting task of generating fit-for-purpose Quick-Look benefits from the freshwater, piled shaly areas of S.E. Asia will feel challenged. The approaches he/she adopts typically don't offer the essential information to differentiate hydrocarbon zones and permeability. As opposed to utilizing porosity/conductivity log evaluation -- a instrument unsuited to the job at hand -- that paper sets out easy, cross-disciplinary methods which cross-check and harden Quick-Look log investigation. Commonly available specific log, non-log and generic information are used to the end. To begin with, a density-neutron complete porosity, mostly resistant to ordinary lithology and fluid consequences is calculated. In case NMR, rotary sidewalls or cancel core can be found these data are utilized to calibrate and supplement the fluid density enter. Instead PetroDB's* default driven fluid density equations are utilized. Porosity is currently utili...