Evolution and Movement of Source Kitchens and Their Control of Oil and Gas in the Tarim Cratonic Basin,China

Abstract

The cratonic region of the Tarim Basin contains two main Lower Paleozoic source rocks–the Middle-Upper Ordovician and Lower-Middle Cambrian. However, few research focus on the relation between the evolution of hydrocarbon kitchens and its role in controlling oil and gas. Based on previous research results, this paper applies geochemical parameters of rock pyrolysis, hydrocarbon expulsion threshold theory and hydrocarbon-generated potential methods to identify the effectiveness of source rocks from the Lower Paleozoic while quantitatively calculating the hydrocarbon expulsion intensities and amounts for the two sets of source rocks. The above result is used to analysis the distribution of the effective hydrocarbon kitchen in each primary history stage and the controls on oil and gas. This study shows multiple phases of oil and gas generation and expulsion from the Cambrian-Ordovician source rocks with four oil-generating peaks with large-scale oil migration and accumulation. According to the changes in hydrocarbon expulsion intensity within different stages, we can elucidate the evolution of the source kitchens, because the hydrocarbon kitchens from the two sets of source rocks migrated in time and space, and there are multiple hydrocarbon expulsion centers. Based on the concept of the oil/gas threshold distribution model, the relation between the quantitative characterization of the hydrocarbon kitchen controlling function, and quantitative prediction of reservoir formation probability is studied, and the result shows that oil and gas reservoirs are located in more than 50% probability of controlling area. However, different periods and different layers of stacked hydrocarbon kitchen is complex and causing the main mixing of oil and gas. All these hydrocarbon expulsion centers had control over the distribution of oil and gas in the basin. From a macro and quantitative point of view, this discovery will provide certain guide for oil and gas exploration.

Keywords

Tarim Cratonic Basin Hydrocarbon kitchens Source rocks Tectonic evolution Hydrocarbon-generated potential method Hydrocarbon expulsion threshold Hydrocarbon expulsion intensity Mixed-oil quantification

References

Baskin

D.K.

, 1997. Atomic H/C ratio of kerogens as an estimate of thermal maturity and organic matter conversion. AAPG Bulletin 81(9), 1437–1450.

Bethke

C.M.

Reed

J.D.

and Oltz

D.F.

, 1991. Long-range petroleum migration in the Illinois Basin. AAPG Bulletin 75(5), 925–945.

Cai

C.F.

K.K.

A.L.

Zhang

C.M.

Z.M.

Worden

R.H.

G.H.

Zhang

B.S.

and Chen

L.X.

, 2009. Distinguishing Cambrian from Upper Ordovician source rocks: Evidence from sulfur isotopes and biomarkers in the Tarim Basin. Organic Geochemistry 40(7), 755–768.

Cai

C.F.

Franks

Stephen G.

and Aagaard

Per

., 2001. Origin and migration of brines from Paleozoic strata in Central Tarim, China: Constraints from 87Sr/86Sr, δD, δ18O and water chemistry. Applied Geochemistry 16 (9–10), 1269–1284.

Catalan

X.W.

Chatzis

and Francis

A.L.D.

, 1992. An experimental study of secondary oil migration. AAPG Bulletin 76(5), 638–650.

Chen

J.P.

Deng

C.P.

Liang

D.G.

Wang

X.L.

Zhong

N.N.

Song

F.Q.

Deng

C.P.

Shi

X.P.

Jin

and Xiang

S.Z.

, 2003. Mixed oils derived from multiple source rocks in the Cainan Oilfield, Junggar Basin, Northwest China. Part II: Artificial mixing experiments on typical crude oils and quantitative oil-source correlation. Organic Geochemistry 34(7), 911–930.

Cooles

G.P.

Mackenzie

A.S.

and Quigley

T.M.

, 1986. Calculation of petroleum masses generated and expelled from source rocks. Organic Geochemistry 10 (1–3), 235–245.

J.M.

Dai

Y.D.

and Liu

D.H.

, 1984. Distribution and origin of hydrocarbons in carbonate rocks (Precambrian to Triassic) in China. In: Palacas

J G

, ed. Petroleum Geochemistry and Source Rock Potential of Carbonate Rocks. AAPG Studies in Geology No 18, AAPG, Tulsa, Oklahoma, pp. 1–12.

Graham

S.A.

Brassell

Carroll

A.R.

Xiao

Demaison

McKnight

G.L.

Liang

Chu

and Hendrik

M.S.

, 1990. Characteristics of selected petroleum source rocks, Xianjiang Uygur autonomous region, Northwest China. AAPG Bulletin 74(4), 493–512.

10.

Chou

and Yan

, 1994. Sedimentary Facies and Petroleum Accumulations: The Petroleum Exploration in the Tarim Basin. Petroleum Industry Press, Beijing (in Chinese).

11.

Hanson

A.D.

Zhang

S.C.

Moldowan

J.M.

Liang

D.G.

and Zhang

B.M.

, 2000. Molecular organic geochemistry of the Tarim Basin, northwest China. AAPG Bulletin 84(8), 1109–1128.

12.

D.F.

Jia

C.Z.

Liu

S.B.

Pan

W.Q.

and Wang

S.J.

, 2002. Dynamics for multistage pool formation of Lunnan low uplift in Tarim Basin. Chinese Science Bulletin 47 (S1), 128–138.

13.

C.Y.

, 1982. Source bed controls hydrocarbon habitat in continental basins, east China. Acta Petrolei Sinica 14(2), 9–13 (in Chinese).

14.

Huang

D.F.

Liu

B.W.

Wang

T.D.

Y.C.

Chen

S.J.

and Zhao

M.J.

, 1999. Genetic type and maturity of Lower Palaeozoic marine hydrocarbon gases in the eastern Tarim Basin. Chemical Geology 162(1), 65–77.

15.

Jia

C.Z.

and Wei

G.Q.

, 2002. Structural characteristics and petroliferous features of Tarim Basin. Chinese Science Bulletin 47 (S1), 1–11.

16.

Jiang

and Li

, 2002. Bakken/Madison petroleum systems in the Canadian Williston Basin. Part 4: Diphenylmethanes and benzyl-cyclohexanes as indicators for oils derived from the Madison petroleum system. Organic Geochemistry 33(7), 855–860.

17.

Jiang

F.J.

Pang

X.Q.

Meng

Q.Y.

and Zhou

X.H.

, 2010. A method of identifying effective source rocks and its application in the Bozhong Depression, Bohai Sea, China. Petroleum Science 7(4), 458–465.

18.

Jiao

W.W.

Yang

H.J.

Zhao

Zhang

H.Z.

Zhou

Y.Y.

Zhang

and Xie

Q.L.

, 2010. Application of trace elements in the study of oil-source correlation and hydrocarbon migration in the Tarim Basin, China. Energy Exploration & Exploitation 28(6), 451–466.

19.

Kang

Y.Z.

and Kang

Z.H.

, 1996. Tectonic evolution and oil and gas of Tarim Basin. Journal of Southeast Asian Earth Sciences 13(3), 317–325.

20.

Lan

X.D.

Lü

X.X.

Zhu

Y.M.

and Ran

Q.G.

, 2011. Characteristics and models of hydrocarbon accumulation in Eastern Tarim Basin, China. Energy Exploration & Exploitation 29(5), 559–574.

21.

D.S.

Liang

D.G.

Jia

C.Z.

Wang

Q.Z.

and He

D.F.

, 1996. Hydrocarbon accumulations in the Tarim Basin, China. AAPG Bulletin 80(10), 1587–1603.

22.

S.M.

Pang

X.Q.

Jin

Z.J.

Yang

H.J.

Xiao

Z.Y.

Q.Y.

and Zhang

B.S.

, 2010. Petroleum source in the Tazhong Uplift, Tarim Basin: New insights from geochemical and fluid inclusion data. Organic Geochemistry 41(6), 531–553.

23.

S.M.

Pang

X.Q.

and Yang

H.J.

, 2009. Petroleum source and fluid charge models in the Tazhong Uplift, Tarim Basin: New insights from geochemical and fluid inclusion data. Journal of Geochemical Exploration 101, 61.

24.

Liang

Zhang

, and Zhang

, 2000. Marine oil generation in the Tarim basin, NW China. In: Proceedings of the Fifth International Conference and Exhibition on Petroleum Geochemistry and Exploration in the Afro-Asian Region. B. R. Publishing Corporation, India, pp. 155–168.

25.

Liu

J.Y.

Lin

C.S.

Cai

Z.Z.

Zhu

Y.F.

Yang

Y.H.

Peng

B.L.

Huang

H.P.

Y.C.

and Su

Z.Z.

, 2010. Palaeogeomorphology and its control on the development of sequence stratigraphy and depositional systems of the Early Silurian in the Tarim Basin. Petroleum Science 7(3), 311–322.

26.

Lü

X.X.

Jin

Z.J.

Liu

L.F.

S.L.

Zhou

X.Y.

X.J.

and Yang

H.J.

, 2004. Oil and gas accumulations in the Ordovician carbonates in the Tazhong Uplift of Tarim Basin, West China. Journal of Petroleum Science and Engineering 41 (1–3), 109–121.

27.

Lü

X.X.

Jin

Z.J.

X.J.

and Li

Q.M.

, 2000. Hydrocarbon accumulation and distribution in lower paleozoic carbonates in Tarim Basin. Science in China (Series D) 43(10), 501–506.

28.

A.L.

Zhang

S.C.

Zhang

D.J.

Jin

Z.J.

X.J.

and Chen

Q.T.

, 2005. Rutheniumion-catalyzed oxidation of asphaltenes and oil-source correlation of heavy oils from the Lunnan and Tahe oilfields in Tarim Basin, NW China. Chinese Journal of Geochemistry 24(1), 28–36.

29.

Pang

X.Q.

, 1995. Theory of Expulsion Threshold Controlling Oil Distribution and Its Application. Petroleum Industry Press, Beijing. pp. 234 (in Chinese).

30.

Pang

X.Q.

Gao

J.B.

Lü

X.X.

Meng

Q.Y.

Wang

Y.M.

Jiang

Z.X.

and Liu

L.F.

, 2008. Reservoir accumulation pattern of multi-factor recombination and procession superimposition and its application in Tarim Basin. Acta Petrolei Sinica 29(2), 159–166.

31.

Pang

X.Q.

M.W.

S.M.

and Jin

Z.J.

, 2005. Geochemistry of petroleum systems in the Niuzhuang South Slope of Bohai Bay Basin: Part 3. Estimating hydrocarbon expulsion from the Shahejie formation. Organic Geochemistry 36(4), 497–510.

32.

Peng

P.A.

and Lu

X.X.

, 2002. Diversity of sources, reservoir formation periods and crudes in Lunnan area. Study report of the project on “Formation, distribution and enrichment rules for oil and gas in superimposed basins in China” for the state 973 project. Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, pp. 126–128.

33.

Pilaar

W.F.H.

and Wakefield

L.L.

, 1984. Hydrocarbon generation in the Taranaki Basin, New Zealand. In: Demaison

Murris

R.J.

(Eds.). Petroleum Geochemistry and Basin Evaluation, AAPG Memoir 35, pp. 405–423.

34.

Santos

N.E.V.

and Hayes

J.M.

, 1999. Use of hydrogen and carbon stable isotopes characterizing oils from the Potiguar Basin (On-shore), northeastern Brazil. AAPG Bulletin 83(3), 496–518.

35.

George

S.C.

Volk

Liu

K.Y.

and Ping

A.P.

, 2007. Petroleum charge history in the Lunnan Low Uplift, Tarim Basin, China-Evidence from oil-bearing fluid inclusions. Organic Geochemistry 38(8), 1341–1355.

36.

Sun

Y.G.

S.P.

and Chai

P.X.

, 2003. Source facies of the Paleozoic petroleum systems in the Tabei uplift, Tarim Basin, NW China: Implications from aryl isoprenoids in crude oils. Organic Geochemistry 34(4), 629–634.

37.

Sun

Y.Z.

Wang

J.X.

Liu

L.F.

and Chen

J.P.

, 2005. Maturity Parameters of Source Rocks From the Baise Basin, South China. Energy Exploration & Exploitation 23(4), 257–266.

38.

Tang

L.J.

Huang

T.Z.

Jin

W.Z.

Z.Z.

C.B.

Ning

Wang

P.H.

and Chen

, 2009. Differential deformation and hydrocarbon accumulation in the superimposed basins. Earth Science Frontiers 16(4), 13–22.

39.

Thomas

B.M.

Moller

P.P.

and Whitaker

M.F.

, 1985. Organic facies and hydrocarbon distributions in the Norwegian North Sea In: Petroleum Geochemistry in Exploration of the Norwegian Shelf, Graham and Trotman. London, pp. 3–26.

40.

Tissot

B.P.

and Welte

D.H.

, 1984. Petroleum Formation and Occurrence: A new approach to oil and gas exploration. Springer-Verlag, Berlin/Heidlberg/New York, pp. 1–699.

41.

Van Aarssen

B.G.K.

Bastow

T.P.

Alexander

and Kagi

, Distributions of methylated naphthalenes in crude oils: Indicators of maturity, biodegradation and mixing. Organic Geochemistry 30(10), 213–228.

42.

Wang

F.Y.

Zhang

B.M.

and Zhang

S.C.

, 2002. Anoxia vs. Bioproductivity Controls on the Cambrian and Ordovician Marine Source Rocks in Tarim Basin. China AAPG Annual Meeting.

43.

Wang

F.Y.

Zhang

S.C.

and Liang

D.G.

, 2005. Source Kitchen Characterization and Petroleum System History in Tarim Cratonic Basin, China. AAPG Calgary Alberta, June 16–19.

44.

Wang

H.J.

Pang

X.Q.

Wang

Z.M.

and Yu

Q.H.

, 2010. Multipe-Element Matching Reservoir Formation and Quantitative Prediction of Favorable Areas in Superimposed Basins. Acta Geologica Sinica 84(5), 1035–1054.

45.

Wang

Yang

R.Z.

Liu

Chen

S.Y.

and Li

C.C.

, 2011. Reservoir characteristics and favorable area prediction of Devonian Kizirtag formation in Bashituo area, Tarim Basin. Energy Exploration & Exploitation 29(5), 575–596.

46.

Wang

Nishidai

and Coward

M.P.

, 1992. The Tarim basin, NW China; formation and aspects of petroleum geology. Journal of Petroleum Geology 15(1), 5–34.

47.

Wang

T.G.

S.M.

and Zhang

S.C.

, 2004. Oil migration in the Lunnan region, Tarim Basin, China based on the pyrrolic nitrogen compound distribution. Journal of Petroleum Science and Engineering 41 (1–3), 123–134.

48.

Wang

T.G.

Wang

C.J.

and Zhang

W.B.

, 2008. Oil filling history of the Ordovician oil reservoir in the major part of the Tahe Oilfield, Tarim Basin, NW China. Organic Geochemistry 39(11), 1637–1646.

49.

Wang

W.J.

Song

Jiang

N.H.

and Song

F.Q.

, 1999. The mixture laboratory experiment of immature oils and mature oils, making and using the mixture source theory plat and its application. Petroleum exploration and development 26(4), 34–37 (in Chinese with English abstract).

50.

Xiao

X.M.

Liu

D.H.

and Fu

J.M.

, 1996. Multiple phases of hydrocarbon generation and migration in the Tazhong petroleum system of the Tarim Basin, People's Republic of China. Organic Geochemistry 25(3), 191–197.

51.

Xiao

X.M.

Song

Z.G.

Liu

D.H.

Liu

Z.F.

and Fu

J.M.

, 2000. The Tazhong hybrid petroleum system, Tarim Basin, China. Marine and Petroleum Geology 17(1), 1–12.

52.

Xiao

Z.Y.

Y.H.

Sang

Pan

Z.Z.

and Li

Y.F.

, 2005. A typical Cambrian oil reservoir: Origin of oil reservoir in well TZ62, Tarim Basin. Geochimica 34(2), 155–160.

53.

T.G.

, 2007. Tarim Basin, NW China: Hunting Elephants. AAPG Annual Convention and Exhibition.

54.

Yang

Huang

H.P.

Zhang

S.C.

and Chen

F.J.

, 2003. Semiquantitative evaluation of mixed oil in northern uplift of the Tarim basin. Geochimica et Cosmochimica Acta 32(2), 105–111.

55.

Zhang

S.C.

and Huang

H.P.

, 2005. Geochemistry of Palaeozoic marine petroleum from the Tarim Basin, NW China: Part 1. Oil family classication. Organic Geochemistry 36(8), 1204–1214.

56.

Zhang

S.C.

Hanson

A.D.

Moldowan

J.M.

Graham

S.A.

Liang

D.G.

Chang

and Fago

, 2000. Paleozoic oil-source rock correlations in the Tarim Basin, NW China. Organic Geochemistry 31(4), 273–286.

57.

Zhao

J.Z.

and Li

Q.M.

, 2002. Timing and history of marine hydrocarbon accumulation in Tarim craton. Chinese Science Bulletin 47(12), 120–127.

58.

Zhao

M.J.

Xiao

Z.Y.

and Peng

, 1997. New advances in organic geochemical research concerning Tarim Basin. Report of Exploration and Research Center Under the Headquarters for Petroleum Exploration in Tarim Basin, pp. 20–85.