The facies distribution of a reservoir is one of the biggest concerns for geologists,geophysicists,reservoir modelers,and reservoir engineers due to its high importance in the setting of any reliable decisionmaking/op...
financially supported by oil and gas accumulation patterns,key technologies and targets evaluation of Lower Paleozoic-Precambrian carbonate rocks(No.2016ZX05004)。
The sedimentary facies/microfacies,which can be correlated with well logs,determine reservoir quality and hydrocarbon productivity in carbonate rocks.The identification and evaluation of sedimentary facies/microfacies...
jointly funded by the National Science and Technology Major Project of China (Grant No. 2016ZX05003-005);National Natural Science Foundation of China (Grant Nos. 41472100 and 41322017)
Carbonates have been known to act as hydrocarbon source rocks, but their basic geochemical and associated hydrocarbon generation characteristics remain not well understood as they occur with argillaceous source rocks ...
This paper proposes a novel approach for generating 3-dimensional complex geological facies models based on deep generative models.It can reproduce a wide range of conceptual geological models while possessing the fle...
supported by Korea Institute of Geoscience and Mineral Resources(Project No.GP2017-024);Ministry of Trade and Industry [Project No.NP2017-021(20172510102090)];funded by National Research Foundation of Korea(NRF)Grants(Nos.NRF-2017R1C1B5017767,NRF-2017K2A9A1A01092734)
Most inverse reservoir modeling techniques require many forward simulations, and the posterior models cannot preserve geological features of prior models. This study proposes an iterative static modeling approach that...
supported by the National Major Science and Technology Project (No.2016ZX05030002)
This paper discusses the reservoir space in carbonate rocks in terms of types,combination features,distribution regularity,and controlling factors,based on core observations and tests of the North Truva Oilfield,Caspi...
funded by National Natural Science Foundation Programs of China(Grant No.40802029 and No. 41072100);973 Program(Grant No.2006CB209108)
Exploration practices show that the Silurian hydrocarbon accumulation in the Tazhong Uplift is extremely complicated.Our research indicates that the oil and gas accumulation is controlled by favorable facies and low f...
funded by the National Key Basic Research Program (973) (No. 2006CB202302);National Natural Science Foundation Program (No. 40372056);Fundamental Research Funds for the Central Universities(2010ZD07);the Frontier Research Project of Marine Facies (Evolution of the Tarim Basin and Surrounding Areaand Petroleum Resource Prospecting)
The Silurian in the Tarim Basin was deposited on the basement deformed by the Caledonian tectonic movements at the end of the Late Ordovician. The development and distribution of sedimentary sequences of the Early Sil...
The formation and distribution of hydrocarbon accumulations are jointly controlled by "stratigraphic facies" and "fluid potential", which can be abbreviated in "control of facies/potential on hydrocarbon accumula...
This paper studies the alluvial fan facies characteristics and distribution in the Lower Talang Acar Formation in the Northeast Betara Oilfield. The conglomerate sedimentary characteristics and its distribution were s...