Составители:
91
US Patent 7029570 B2. (2006). “DISAGGREGATION OF
ASPHALTENES IN INCOMPATIBLE PETROLEUM OIL
MIXTURES”. Inventors: T. G. Mason, M. Y. Lin.
Verdier, S. (2006). Experimental Study and Modelling of
Asphaltene Precipitation Caused by Gas Injection. PhD Thesis.
Technical University of Denmark, Lyngby, Denmark. 283 p.
Warren K. . (2002) New Tools for Heavy Oil Dehydration //
Proceedings of SPE International Thermal Operations and
Heavy Oil Symposium, Alberta, Canada. SPE Paper CIM/CHOA
78944, р.1-6.
Wen Y., Kantzas A., Wang G. (2004). Estimation of
Diffusion Coefficients in Bitumen Solvent Mixtures Using X-ray
CAT Scanning and Low Field NMR. // Proceedings of The 5
th
International Conference on Petroleum Phase Behaviour and
Fouling June 13 - 17, Banff, Canada.
Wiehe I.A., Kennedy R.J. (2000). The Oil Compatibility
Model and Crude Oil Incompatibility. // Energy & Fuels, 14:56-
59.
Wiehe I.A., Kennedy R.J., Dickakian G. (2001). Fouling of
Nearly Incompatible Oils. // Energy and Fuels, 15:1057-1058.
Wiehe, I.A. (2003). Crude Oil Compatibility // Crude Oil
Quality Group Meeting, Houston , TX October 2, 2003.
(http: // www. coqg.org / 20031002SolubleSolutions . pdf)
Wong G.K., Yen T.F. (2000). An electron spin resonance
probe method for the understanding of petroleum asphaltene
macrostructure. // Journal of Petroleum Science and Engineering,
28: 55–64.
Wu J., Prausnitz J.M., Firoozabadi A. (1998). Molecular-
Thermodynamic Framework for Asphaltene-Oil Equilibria. //
AIChE Journal, 44(5):1188-1199.
Yang C., Gu Y. (2006). Diffusion coefficients and oil swelling
factors of carbon dioxide, methane, ethane, propane, and their
mixtures in heavy oil. // Fluid Phase Equilibria, 243(1-2):64-73.
Zhang X., Fulem M., Shaw J. M. (2007). Liquid-Phase
Mutual Diffusion Coefficients for Athabasca Bitumen + Pentane
Mixtures // J. Chem. Eng. Data, 52:691-694.
