... and souece potential index Hydrocarbon potentiality of shale facies were (SPI) were studied and favourable area of carried out using varies geochemical hydrocarbon generation and accumulation techniques in term of quality and maturation of were delineated on the basis of genetic source rock Upstream...

... is generating oil over all the study area except the central Ghadames and South part of Illizi where it is overmature (gas). The cycles of hydrocarbon generations were realised during the Jurassic to Tertiary/Present for upper Devonian and during the Carboniferous to Cretaceous period for Silurian. Oils from...

... additional information, and integration of all the data is conducive to a comprehensive analysis of basin evolution and processes. This provides a basis for the conceptual, large-scale understanding of hydrocarbon generation, migration and accumulation in a basin, which, in turn, could be used as a tool...

... Abstract. Phillips and Unocal formed an alliance to develop a 3D simulator to model the depositional, thermal, and fluid flow history of an evolving sedimentary basin. The basin-scale simulator can model multi-phase, multi-component, fluid flow, including hydrocarbon generation, expulsion...

... Abstract. The Probases system of 2-D basin simulation and evaluation is a multi-functional and integrated system in basin simulation. Its process for modelling couples the basinal processes including fault growth, sedimentary compaction, fluid flow, hydrocarbon generation and migration...

... large amounts of data; (2) processing large amounts of data into synthesized forms (maps, cross-sections, statistical characteristics and mathematical relations); and (3) modelling those processes related to hydrocarbon generation, migration and accumulation. The application of the Quantitative Basin...

... degradation. The latter is favoured under lacustrine conditions where the terrestrial source material may be supplemented by algal and bacterial biomass. High wax oils are formed in such environments. These differences lead to a hydrocarbon generation model based on the depositional conditions of the source...

... in the matrix of source rocks, the mechano-chemical processes promote kerogen generating potential. The additional amount of hydrocarbons generated may exceed expectations from the same source rocks in the process of subsidence and under the influence of deep thermal flow. This approach makes it possible...

... in understanding various aspects of hydrocarbon generation and accumulation, such as timing and efficiency of migration, and modelling of the related processes. Finally, the training of future ‘explorationists’ is an important problem, since the proper teaching of petroleum geochemistry is not commonly available...

... kerogen types (I, II, and III) and a wide range of maturation levels were analysed. Presumably due to the onset of hydrocarbon generation the fluorescence intensity of UV-irradiated particles increases or decreases for immature and mature samples respectively, with a distinct transitional stage in between...

... hydrogen-poor kerogen complex reservoir normal paraffin distribution hydrocarbon generation crude oil kerogen Upstream Oil & Gas intense oil generation present-day temperature principal phase triassic kerogen threshold hydrocarbon sediment CONTRIBUTION TO THE STUDY OF HYDROCARBON...