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[34] W. Song, L. Yao, Static 52-H1Z branch horizontal well drilling technology [J], Drilling Fluid
Completion Fluid 26 (3) (2009) 1 4.
[35] X. Xiang, X. Zhao, T. He, Research progress and development tendency of drilling cuttings re-
injection technology [J], China Offshore Oil Gas 21 (4) (2009) 267 271.
[36] M. Bai, J. Mclennan, Q. Guo, et al., Cyclic injection modeling of cuttings re-injection, AMRA
06-1021 (2006).
[37] S.M. Gumarov, T.A. Shokanov, S. Simmons, et al., Drill cuttings re-injection well design and
completion: best practices and lessons learned, SPE 167987-MS, 2014.
[38] R.I. Smith, The cuttings grinder, SPE22092 (1991).
[39] Ed Malachosky, B.E. Shannon, J.E. Jackson, et al., Offshore disposal of oil-based drilling-fluid
waste: an environmentally acceptable solution, SPE 23373, 1993.
[40] R.C. Mlnton, Seooy byron, annular re-injection of drilling wastes, SPE 25042 (1993).
[41] W. An, J. Chen, Drilling cuttings re-injection technology and the first application in domestic
oilfield [C], Petroleum Drilling Tech. 31 (1) (2003) 23 26.
[42] G. Xia, R. Bilakm, E. Marika et al., Performance Assessment of Cuttings Re-Injection (CRI)
Operations at the Manifa OilField, KSA, CBMR/ABMS and ISRM, 2014.
[43] D. Pierce, C. Graddis, D. Wood, et al., Lessons learned from Treating 500,000 tons of oil-
based drill cuttings on five continents, SPE 99027 (2006).
[44] J.E. Paulsen, T.H. Omland, N. Aas, et al., Drill cuttings disposal, balancing zero discharge
and use of best available technique, SPE 85296 (2003).
[45] R.L. Stephenson, S. Seaton, R. McCharen, et al., Thermal desorption of oil from oil-based
drilling fluids cuttings: processes and technologies, SPE 88486 (2004).
[46] D.P. Morrish, J.W.H. Kwant, M.J.M. Holgate, Drilling fluids: economics and planning to
achieve environmental targets, SPE 27112 (1994).
[47] H. Wei, H. He, X. Zhang, Cleaning and separation technology of oil-base drilling cuttings [J],
Inner Mongolia Petro Chem. Industry 18 (2012) 92 93.
[48] S. Zhao, J. Yan, X. Liu, Laboratory study on the cleaning method of oily cuttings of west afri-
can deepwater drilling wells [J], Drilling Liquid Completion Liquid 28 (4) (2011) 8 10.
[49] H. Wei, J. He, Z. Wang, Study on oil-based drilling cuttings cleaning technology using micro-
emulsion cleaner [J], J. Xian Shiyou Univ. (Ed. Nat. Sci.) 28 (4) (2013) 90 93.
[50] Z. Shen, Z. Fen, G. Zhou, Research on the extraction of source rock hydrocarbon by super
critical fluid [J], J. Nanjing Univ. 31 (4) (1995) 635 639.
[51] L. Tseng, L. Chen, D. Liu, Application of supercritical carbon dioxide extraction in the oil
industry [J], Guangdong Chem. Ind. 39 (5) (2012) 119 120.
[52] A.K. Wojtanowicz, Environmental control potential of drilling engineering: an overview of
existing technologies, SPE 21954 (1991).
[53] C.G. Street, S.E. Guigard, Treatment of non-aqueous drilling waste using supercritical carbon
dioxide [C], Petroleum Soc. (2006) 10 11.
[54] R.B. Eldridge, Oil contaminant removal from drillcuttings by supercritical extraction, Ind.
Eng. Chem. Res. (35) (1996) 1901 1905.
[55] C. Liu, Grading test research on the drilling liquid of horizontal screw centrifuge [J], China
Filtrat. Separation 1 (1995) 8 12.
[56] J. Zhu, D. Fan, Application of sealed cutting liquid taking-off centrifuge in drilling liquid
treatment [J], Petroleum Mach. 33 (9) (2005) 83 85.
[57] N.P. Thurman, M.T. Heydeman, A microbial approach to cleaning used oil based drilling
muds, SPE23061 (1991).
[58] F.H. Perie, J.L. Seris, A.P. Martignon, Biological treatment of drilling waste, SPE 29695 (1995).
[59] C.P. Macintyre, M. HarveyP, S.H. Ferguson, et al., Determining the extent of biodegradation
of fuels using the diastereomers of acyclic isoprenoids, Environ. Sci. Technol. 41 (7) (2007)
2452 2458.
[60] H. Shan, H. He, X. Liu, Biological treatment of oil-base cuttings [J], J. Jiangnan Univ. (Ed.
Nat. Sci.) 12 (4) (2013) 470 474.
[61] X. Li, J. Yang, X. Yin, Harmless treatment technology of oily cuttings of oil-based drilling liq-
uid [J], Drilling Liquid Completion Liquid 30 (7) (2013) 81 83.