The Continental Incised Valley Filling Architecture in#br#
Qinhuangdao H Oilfield，Bohai Bay

doi:10.11885/j.issn.1674-5086.2013.10.16.07

Abstract

Abstract:

The continental incised valley is a kind of U topography with strong erosion，and filling sandbody is good reservoir.
According to the analysis of cores，seismic interpretation and well-logging，the authors have thoroughly studied the sedimentary
facies characters of the Neogene Minghuazhen Formation of Qinhuangdao H oilfield in the Bohai Bay Basin with grain size
analysis and a great deal of laboratory testing data. The authors propose that the sedimentary facies type of NmII and NmIV of
Minghuazhen Formation lies incised valley. Detailed studies have been made on the rock types and sedimentary structures of
incised valley，and relevant sedimentary models have been established. Incised valley water power suddenly increased，which
is dominated by medium and fine sandstone，grain size is relatively big. The sandbody transports on certain direction，cutting
and stacking each other，which presents the imbricated structure. The study demonstrates that the falling of relative lacustrine
level and the strong hydrodynamic conditions are the major causes of incised valley.

Key words: Bohai Bay Basin, Qinhuangdao H Oilfield, Minghuazhen Formation, incised valley, filling architecture

CLC Number:

TE132
P618

Chen Fei1*, Hu Guangyi1, Fan Ting′en1, Sun Lichun1, Zhao Chunming2. The Continental Incised Valley Filling Architecture in#br# Qinhuangdao H Oilfield，Bohai Bay[J]. 西南石油大学学报(自然科学版), DOI: 10.11885/j.issn.1674-5086.2013.10.16.07.

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References

[1] Fisk R，Mc Falan Jr E. Late quternary deltaic deposits
of the Mississippi River[C]//Poldervaart Aire. Crust Earth
Symposium. Geologic Society of America Special Paper，
1995，67：297 302.
[2] Zaitlin B A，Dalrymple R W，Boyd R. The stratigraphic
organization of incised valley systems associated with relative
sea-level changes[C]//Dalrymple R W，Boyd R，Zaitlin
B A. Incised valley systems：Origin and sedimentary
sequence. SEPM Sepcial Publication，1994，51：45 60.
[3] Gaeumana D，Schmidtb J C，Wilcock P R. Complex channel
responses to changes in stream flow and sediment supply
on the lower Duchesne River，Utah[J]. Geomorphology，
2005，64：185 206.
[4] Ardies G W，Dalrymple R W，Zaitlin B A. Controls of the
geometry of incised valley in the Basal Quartz unit（Lower
Cretaceous），western Canada Sedimentary Basin[J]. Journal
of Sedimentary Research，2002，72：602 618.
[5] Dilce F，Rossettia，Antoˆnio E，et al. Facies architecture
in a tectonically influenced estuarine incised valley fill of
Miocene age，northern Brazil[J]. Journal of South American
Earth Sciences，2004，17：267 284.
[6] 李从先，范代读，杨守业，等. 中国河口三角洲地区
晚第四纪下切河谷层序特征和形成[J]. 古地理学报，
2008，10（1）：87 97.
Li Congxian，Fan Daidu，Yang Shouye，et al. Characteristics
and formation of the Late Quaternary incised-valley
sequences in estuary and delta areas in China[J]. Journal
of Palaeogeography，2008，10（1）：87 97.
[7] 辛仁臣，李桂范，向淑敏. 松辽盆地盆西斜坡白垩系姚
家组下切侵蚀河谷充填结构[J]. 地球科学中国地
质大学学报，2008，33（6）：834 842.
Xin Renchen，Li Guifan，Xiang Shumin. The incised valley
filling architecture of Cretaceous Yaojia Formation in
the western Clinoform of Songliao Basin[J]. Earth Science：
Journal of China University of Geosciences，2008，
33（6）：834 842.
[8] Lyell C，Dawson J W. On the remains of a reptile
（Dendrerpeton acadianum，Wyman and Owen）and of a
land shell discovered in the interior of an erect fossil tree
in the coal measures of Nova Scotia[J]. Quarterly Journal
of the Geological Society，1853，9（1 2）：58 67.
[9] Van Wagoner J C，Mitchum R M，Campion K M，et al.
Siliciclastic sequence stratigraphy in well logs，cores，and
outcrops: concepts for high-resolution correlation of time
and facies[M]. Tulsa：AAPG，1990.
[10] Bowen D W，Weimer P. Reservoir geology of Morrow
Formation，eastern Colorado and western Kansas：Implications
for CO2 sequestration and EOR[J]. AAPG Bulletin，
2003，87（5）：781 815.
[11] 葛丽珍，张鹏. 秦皇岛32 6 油田含水率上升快原因分
析[J]. 中国海上油气（地质），2005，17（6）：394 397.
Ge Lizhen，Zhang Peng. An analysis of causes for rapidlyincreasing
water cut in QHD32-6 Oilfield[J]. China Offshore
Oil and Gas（Geology），2005，17（6）：394 397.
[12] 王建平，樊太亮，高志前，等. 辽河滩海西部海南仙
鹤地区古地貌特征及其控砂作用[J]. 现代地质，2012，
26（2）：333 341.
Wang Jianping，Fan Tailiang，Gao Zhiqian，et al. The
paleogeomorphology features and its controlling effects
on sandstone distribution in Hainan–Xianhe Zone of
the Western Beach Area of Liaohe Depression[J]. Geoscience，
2012，26（2）：333 341.
[13] Posamentier H W，Allen G P. Silicidastic sequence
stratigraphy-concepts and applications[M]. Tulsa: SEPM
（Society for Sedimentary Geology），1999.
[14] 李从先，张桂甲. 下切古河谷高分辨率层序地层学研
究的进展[J]. 地球科学进展，1996，11（2）：216 220.
Li Congxian，Zhang Guijia. Progress on high resolution
sequence stratigraphy in incised peleovalley[J]. Advance
in Earth Sciences，1996，11（2）：216 220.
[15] 成都地质学院陕北队. 沉积岩（粒度）分析及其应
用[M]. 北京：地质出版社，1978.
[16] 鲜本忠，姜在兴，杨林海，等. 测井约束反演在泌阳凹
陷下切谷储层预测中的应用[J]. 石油大学学报：自然
科学版，2003，27（5）：8 11.
Xian Benzhong，Jiang Zaixing，Yang Linhai，et al. Reservoir
prediction of incised valley in Biyang Depression
with logging constrained seismic conversion method[J].
Journal of the University of Petroleum，China，2003，27
（5）：8 11.
[17] 李庆忠. 近代河流沉积与地震地层学解释[J]. 石油物
探，1994，3（2）：26 41.
Li Qingzhong. Recent river sediments and seismic stratigraphic
interpretation[J]. Geophysical Prospecting for
Petroleum，1994，3（2）：26 41.
[18] Willis B J. Architecture of fluvial-dominated valley-fill
deposits in the Cretaceous Fall Rive Formation[J]. Sedimentology，
1997，44，735 757.
[19] 陈飞，胡光义，孙立春，等．鄂南地区上三叠统延长组
层序地层特征及其控藏因素分析[J]. 西安石油大学学
报：自然科学版，2012，27（1）：27 34.
Chen Fei，Hu Guangyi，Sun Lichun，et al. Sequence stratigraphic
characteristic and control function of reservoir
forming at the Yanchang Formation of upper Triassic in
southern Ordos Basin[J]. Journal of Xi′an Shiyou University：
Natural Science Edition，2012，27（1）：27 34.
[20] Wescott W A. Channel and valley：Defferance in words
or meaning?[J]. Journal of Sedimentary Research，1994，
64（2）：90 98.
[21] 龚再升. 中国近海含油气盆地新构造运动和油气成
藏[J]. 石油与天然气地质，2004，25（2）：133 138.
Gong Zaisheng. Neotectonic movemet and hydrocarbon
accumulation in petroliferous basins，offshore China[J].
Oil and Gas Geology，2004，25（2）：133 138.
[22] 朱伟林，江文荣，成鑫荣. 中国北部近海沉积盆地形成
时期的古地形与盆地的含油气性[J]. 中国海上油气（地
质），2000，14（1）：9 14.
Zhu Weilin，Jiang Wenrong，Cheng Xinrong. The
palaeotopography of peripheral areas of north china offshore
sedimentary basins and their petroliferous characteristics[
J]. China Offshore Oil and Gas（Geology），2000，
14（1）：9 14.
[23] Schumm M，Berger E，Monkewitz P A. Self-excited oscillations
in the wake of two-dimensional bluff bodies and
their control[J]. Journal of Fluid Mechanics，1994，271：
17 53.
[24] Thoren T，Holmström B，Rawal N，et al. Sequential combined
spinal epidural block versus spinal block for cesarean
section：Effects on maternal hypotension and neurobehavioral
function of the newborn[J]. Anesthesia & Analgesia，
1994，78（6）：1087 1092.
[25] 贾承造，何登发，石昕，等．中国油气晚期成藏特征[J].
中国科学D 辑：地球科学，2006，36（5）：412 420.
Jia Chengzao，He Dengfa，ShiXin，et al. Late-stage hydrocarbon
accumulation characteristic of China[J]. Science
in China（Series D：Earth Sciences），2006，36（5）：
412 420.
[26] 林畅松，郑和荣，任建业，等. 渤海湾盆地东营、沾化凹
陷早第三纪同沉积断裂作用对沉积充填的控制[J]. 中
国科学D 辑：地球科学，2003，33（11）：1025 1036.
Lin Changsong，Zheng Herong，Ren Jianye，et al. Its
controlling on sedimentary of syndeposition faulting of
paleogene at Dongyin and Zhanhua sag in Bohai Bay
Basin[J]. Science in China（Series D：Earth Sciences），
2003，33（11）：1025 1036.
[27] 汤良杰，万桂梅，周心怀，等. 渤海盆地新生代构造演
化特征[J]. 高校地质学报，2008，14（2）：191 198.
Tang Liangjie，Wan Guimei，Zhou Xinhuai，et al. Cenozoic
geotectonic evolution of the Bohai Basin[J]. Geological
Journal of China Universities，2008，14（2）：191 198.
[28] 韦红，陈强，廖伟，等. 车排子地区头屯河组古地貌与
油气分布[J]. 西南石油大学学报：自然科学版，2013，
35（3）：9 21.
Wei Hong，Chen Qiang，Liao Wei，et al. Palaeogeomorphology
and the rule of oil and gas distribution of Toutunhe
Formation of Jurassie in ChePaizi Area[J]. Journal of
Southwest Petroleum Universty：Science & Technology
Edition，2013，35（3）：9 21.

The Continental Incised Valley Filling Architecture in#br# Qinhuangdao H Oilfield，Bohai Bay

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