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The AAPG/Datapages Combined Publications Database
AAPG Special Volumes
Abstract
Chapter from:
Black
Sea and
Surrounding Region
Black
Sea and
Surrounding Region. Chapter 19: Stratigraphic and Structural Development of the Gulf of
Odessa, Ukrainian
Black
Sea: Implications for Petroleum Exploration
Chapter 19
Stratigraphic and Structural Development of the Gulf of
Odessa, Ukrainian
Black
Sea: Implications for Petroleum Exploration
Andrew G. Robinson
JKXOil
& Gasplc
Guildford, Surrey, United KingdomEdward Kerusov
Chernomorneftegas
Simferopol, Ukraine
ABSTRACT
Black
Sea. The prerift comprises the Scythian Proterozoic to
Triassic platform in the north (which dips gently southward) and, in the south, a
Triassic-Early Jurassic back-arc basin that closed during the Middle Jurassic (Tavric-Kure
Series). Both of these units were covered by a Late Jurassic carbonate platform prior to
the Aptian-Albian doming and rifting that preceded the opening of the Western
Black
Sea
(Cenomanian). During the late Eocene to Oligocene, Aptian-Albian half-grabens suffered
limited inversion related to closure of the Tethyan Ocean in Central Anatolia. The main
play in the Gulf of Odessa has involved Lower Paleocene chalk in inversion-related
anticlines formed during the late Eocene to Oligocene. The chalks are not significantly
fractured, and permeabilities are of the order of a few millidarcys. The source rock for
the wet gas has not been positively identified, but may be Paleozoic, possibly Devonian,
or Albian in age. Extensional structures that formed prior to inversion may still contain
the early
oil
charge from such a source. Adjacent to the deep
Black
Sea Basin, there is an
east-west-trending extensional high (Kalamit Ridge) that extends into Romania and includes
the Lebada
oil
field. The Lebada play, transgressional Albian sandstones draped over
partly inverted extensional fault blocks and charged by a Tertiary (Upper Eocene?) source
rock in the deep
Black
Sea Basin, extends into Ukrainian waters.
End page 369 ----------------
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