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P3-101. Characterization of asphaltenes separated physically and chemically using small-angle X-Ray scattering. Jesús Amundaraín, John Shaw
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P3-103. Phase behavior representation of oil-asphaltene-propane mixtures during the supercritical process deasphalting. Ayda Karina León Ayala,, Maria Regina Wolf Maciel
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O7. Observation of liquid crystals in heavy petroleum fractions. S. Reza Bagheri, Murray R. Gray, William C. McCaffrey, John M. Shaw View Presentation
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P2-70. Determination of partial solubility parameters and improvement of Flory-Huggins based models for studying asphaltene stability in crude oils. Ghada Bassionia, Francisco Vargas
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P2-69. Phase behaviour of Athabasca bitumen from calorimetric and rheological measurements. Ala Bazyleva, John M. Shaw, Michal Fulem Mildred Becerra
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O9. Molecular Dynamics simulations of asphaltene aggregation in supercritical carbon dioxide with and without aggregation inhibitors. Edo S. Boek Tom Headen
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O1. Differential aggregation of asphaltene probed with time-resolved fluorescence. Cornelia Bohne, Hui Ting Zhang, Rui Li, Cindy-Xing Yin, Murray Gray
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P1-22. Determination of asphaltene aggregation kinetic by focused beam reflectance measurements. J. A. Calles, J. Marugán, J. Dufour, R. Giménez-Aguirre, D. Merino-García, P. Sanz J. L. Peńa
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P1-25. Rheological parameters of several bitumen and heavy crude oils by using a piezoelectric quartz resonator. Marc Cassičde, Jérôme Pauly, Jean-Hugues Paillol Jean-Luc Daridon
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P3-106. Continuous thermodynamics computational approach for correlating thermal properties of heavy and ultra heavy petroleum fractions by differential scanning calorimetry (DSC). O.J Celis, L.P. Tovar, A.L. Jardini, Filho R. Maciel, M.R. Wolf Maciel
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P1-23. Comparison of viscosity data from Brazilian crude oils using NMR. Marcia Costa, Luíz Antônio Jr, Peter Seidl, Marcio Souza, Kátia Leal, Rodrigo Azeredo, Fábio Rodrigues, Ljubica Tasic
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O4. Sizes of vanadyl petroporphyrins and asphaltene aggregates in toluene. Greg Paul Dechaine, Murray R. Gray
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O2. Insight into asphaltene nano-aggregate structure inferred by small angle neutron and X-Ray scattering. Joëlle Eyssautier, Pierre Levitz, Didier Espinat, Jacques Jestin, Jérémie Gummel, Isabelle Grillo, Loďc Barré
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O10. Kinetic growth of asphaltene aggregation in crude oil. Tianguang Fan, Jill S. Buckley, Jianxin Wang, Jeff L. Creek
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O3. Probing asphaltene aggregation in native crude oils with low-field NMR. Denise E. Freed, Lukasz Zielinski, Martin D. Hürlimann
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P2-63. Equilibrium distributions of asphaltenes in the presence of GOR gradients. Denise E. Freed, Julian Y. Zuo, Oliver C. Mullins
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P3-108. Liquid-liquid equilibria of {wax+aromatic+furfural+co-solvent} and simulation with NRTL. Majid Dastanian Mohammad Amin Gholamzadeh, Seyed Mousa Fakhr-Hoseini
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P1-21. Determination of thermal properties of cuts and residues streams obtained in the molecular distillation process. Julie Ballesteros Hernández, André Jardini, Maria Regina Wolf Maciel, Rubens Maciel Filho, Lilian Medina
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O12. Fluid analysis with low-field NMR. Martin D. Hürlimann, Denise E. Freed, Lukasz Zielinski, Yi-Qiao Song
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P2-64. Properties of Tahe crude oil and influence of separation components on crude oil viscosity. Guo Jixiang, Wang Heyi , Lin Meiqin ,Chen Chaogang and Deng Hongjun
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O13. Phase behavior of asphaltenes + polystyrene + toluene mixtures at 293 K. Merouane Khammar, John M. Shaw
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P3-104. Unsteady states in non-equilibrium and non-linear two-phase flow through a porous medium. Mars M. Khasanov, Guzel T. Bulgakova, Aleksey G. Telin, Alfir T. Akhmetov
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K1 Conference Keynote Address. Michael T. Klein (Rutgers) Craig Bennett and Zhen Hou. Molecule-based modeling of heavy hydrocarbon structure and reaction
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P3-107. New tuning method to improve heavy oil viscosity prediction with friction theory. Ashutosh Kumar, Amr Henni, Ezeddin Shirif. University of Regina
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P2-62. Vapor-liquid phase behaviour of aqueous mixtures containing xylene and NaCl. Hugo A. Madeiros Júnior, Syllos S. Silva, Jackson A. Oliveira, Osvaldo Chiavone-Filho
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P3-109. Determination of True Boiling Point curves of heavy and extra heavy oils using a manual distillation system from University of Espírito Santo. Majorie M. Malacarne, Mariana F. B. Mota, Vinícius M. D. L de Almeida, Eustáquio V. R. de Castro, Reginaldo B. dos Santos, Lílian C. Medina
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P2-65. Flocculation of asphaltenes by chemicals. Cláudia P. P. Mazzeo, C. R. E. Mansur, E. F. Lucas, G. González
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P3-113. Conventional cubic equation-of-state modeling of the phase behavior of bitumen and solvents. J. Modaresghazani, M.A. Satyro, H.W. Yarranton
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O5. Kinetics of asphaltene precipitation: Effects of temperature and precipitant concentration. Tabish Maqbool, Perapat Srikiratiwong, H. Scott Fogler
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O6. Application of the modified Yen model for reservoir evaluation and exploitation. Oliver C. Mullins, Julian Y. Zuo, Denise Freed, Andrew E. Pomerantz, A. Ballard Andrews , Adriaan Gisolf
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P2-66. Molecular modelling and the asphaltenes aggregates in solution. Juan Murgich, Ramón A. Guzmán
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P1-24. Use of ASCI parameter to investigate asphaltenes related issues. Nicolas Passade-Boupat, Marianna Rondon-Gonzalez, Christian Hurtevent, Honggang Zhou View Presentation
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P3-110. On the equilibrium shapes of asphaltenes in solvents. Pawel Peczak
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P2-68. Heavy oils viscosity: An investigation using a series of different additives. .Lilian Padula, Edvaldo Sabadini, Watson Loh, Nelson Rocha, Carlos Henrique Monteiro de Carvalho
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P2-67. Molecular modeling and aggregation tendencies of asphaltenes heptol subfractions. Lina Constanza Navarro Quintero, Peter Rudolf Seidl View Presentation
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P3-111. Temperature and solvent effect on molecular size and shape of heavy oil fractions. Wenpo Ren, Honggang Chen, Chaohe Yang, Honghong Shan. China University of Petroleum Qingdao
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O11. Effect of inhibitors on asphaltene aggregation. Estrella Rogel
View Presentation
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P1-26. Properties of heptol sub-fractions extracted from Brazilian asphaltenes. Peter Rudolf Seidl, Lina Constanza Navarro Quintero, Samir Nasser, Claudio Ziglio, Sonia M. C. Menezes, Fabio H. S. Rodrigues, Ljubica Tasic, Kátia Z. Leal View Presentation
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P1-27. Developing a predictive correlation for the heat capacity of ill-defined liquid hydrocarbons. John M. Shaw, Nafiseh Dadgostar View Presentation
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O8. Purification of petroporphyrins from bitumen and impact on self assembly of asphaltenes. I. D. Singh, D. Savithri, D. Knepper, and P. K. Kilpatrick
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K2 Keynote Presentation. Eric B. Sirota (ExxonMobil) - Physical properties of asphaltenes
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P2-71.Application of Regular Solution approach to asphaltene precipitation from a live oil. A. Tharanivasan, H.W. Yarranton, S.D. Taylor
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P3-102. Application and experimental validation of the One-Third rule in determining viscosity and surface tension of crude oil systems. Francisco Vargas, Ghada Bassionia
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P1-28. Study on the aggregate structure and stability of heavy crude oil using a DPD based meso-platform. Junbo Xu, Shengfei Zhang, Hao Wu, Hao Wen
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P1-29. Using the fluorescence of DBO to study the aggregation of asphaltenes. Zixin Yang, Cornelia Bohne
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P1-30. Effect of different aromatic fraction on the colloidal properties of Tahe atmospheric residue. Shuanglin Yu, Honghong Shan, Longli Zhang, Chaohe Yang, Zhihong Li
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P1-31. The effect factors of the pour point of crude oil. Jun Zhang, Shuichang Zhang, Guangyou Zhu, Jin Su, Jie Cui
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P3-105. Pressure drop and CO2 injection effects on asphaltenes stability in a live oil. C. Ziglio, H. Carrier, G. González, F. Cardoso, J. Pauly, J.L. Daridon
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