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The major difference between a conventional reservoir and an unconventional reservoir is the addition of organic matter in the unconventionals. Organic matter consists of kerogen (~90%) and bitumen (~10%). When the kerogen matures, it initially produces oil, and then gas. There is still some residue leftover in the form pure carbon (graphite). To better understand the hydrocarbon production from shales, a multi-disciplinary approach between geology, geomechanics, geochemistry, geophysics, petrophysics, and rock physics play an important role.

Produktbeschreibung
The major difference between a conventional reservoir and an unconventional reservoir is the addition of organic matter in the unconventionals. Organic matter consists of kerogen (~90%) and bitumen (~10%). When the kerogen matures, it initially produces oil, and then gas. There is still some residue leftover in the form pure carbon (graphite). To better understand the hydrocarbon production from shales, a multi-disciplinary approach between geology, geomechanics, geochemistry, geophysics, petrophysics, and rock physics play an important role.
Autorenporträt
Malleswar Yenugu arbeitet derzeit als unabhängiger Berater für Geowissenschaften. Er promovierte in Geophysik an der University of Houston. Er erwarb einen BS (Physik) und einen MS (Geophysik) an der Andhra University in Indien. Er sammelte Erfahrung in der Analyse seismischer Attribute und der Charakterisierung von Lagerstätten.