Affiliation:
1. Independent Consultant, London, UK
Abstract
AbstractExploration of the Jurassic hydrocarbon system in the Arabian Intrashelf Basin area is in a mature state. Given the scale of the present day anticlinal structures and the adjacent synclines, all of the supergiant conventional fields trapped in huge anticlines have already been discovered. The theme throughout this Memoir has been to present the evolution of the self-contained Callovian–Tithonian Arabian Intrashelf Basin hydrocarbon system. Its size, c. 1200 × 450 km, is greater than that of the UK, larger than the Black Sea and almost as large as Turkey or the area of Texas and New Mexico in the USA. It is geologically much simpler than these regions, both in the exceptionally remarkable continuity of facies within the sequences that developed and filled the intrashelf basin and its relative tectonic simplicity, including up to the present day. The cross-sections, facies maps, depositional profiles and other data and interpretations presented in this Memoir have documented this remarkable continuity. The source rock interval is well-defined everywhere it occurs and is mature; enough oil has been generated and migrated so that every sealed trap with reservoir facies will have oil. Around and within the basin, shallow water ramp facies in each sequence are in the reservoir facies and the early-formed porosity has been preserved. The carbonate seals and, even more so, the evaporite seals are remarkably laterally continuous. Therefore the big issue in future exploration is finding a sealed trap with potential reserves large enough to be worth drilling when compared to known reserves and estimates of future production. This chapter discusses some possibilities for stratigraphic traps and unconventional plays. Potential plays have been and/or can be identified, but finding them in the present day structural setting is likely to be very difficult.
Publisher
Geological Society of London
Reference43 articles.
1. ADPC Staff 1984. Geochemical studies, source rock determination and migration of oil in the U.A.E. In: Seminar on Source and Habitat of Petroleum in the Arab Countries. Organization of Arab Petroleum Exporting Countries, Kuwait.
2. Al-Hawaj H. , Al-Sinan A. , Al-Fuhaid T.I. , Al-Hamad J. and Mansour M.N. 2016. Callovian-aged debris flow stratigraphic play in northeastern Saudi Arabia. Abstract presented at Geo2016, the 12th Middle East Conference and Exhibition, Bahrain.
3. Depositional environments and sequence stratigraphy of carbonate mudrocks using conventional geologic observations, multiscale electrofacies visualization, and geochemical analysis: The case of the Tuwaiq Mountain and Hanifa Formations in a basinal setting, Saudi Arabia
4. Al-Mulhim N.I. , Al-Saihati A.H. , Al-Hakami A.M. , Al-Harbi M.M. and Al-Asiri. K.S. 2015. First successful proppant fracture for unconventional carbonate source rock in Saudi Arabia. Saudi Aramco Journal of Technology, Winter, 62–72.
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