Heavy hydrocarbon resources : characterization, upgrading, and utilization
著者
書誌事項
Heavy hydrocarbon resources : characterization, upgrading, and utilization
（ACS symposium series, 895）
American Chemical Society, c2005
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注記
"In March of 2003, the American Chemical Society (ACS) annual meeting was held in New Orleans, Louisiana where a session titled Heavy Hydrocarbon Resources: Characterization, Upgrading and Utilization ..."--Pref.
Includes bibliographical references and indexes
内容説明・目次
内容説明
This book discusses recent research and developments related to characterization and utilization of petroleum-derived asphaltenes. Chapters cover computer simulation of physical density and thermal properties, precise measurements of molecular weights of asphaltene, estimation of structural parameter distribution, characterization of refractory sulfur compounds, hydrotreatment, cracking, visbreaking, and coking reactivities.
In petroleum industries, heavy petroleum residue due to enhanced oil recovery is becoming a serious problem. Heavy oils cause problems during oil production and refining processes. Increased viscosities reduce, or even stop, the flow of oil during oil production. Meanwhile in refining processes, their undesired precipitation, high tendency to form coke, and catalyst deactivation and poisoning should be involved.
目次
Preface
1: Masakatsu Nomura, Parviz M. Rahimi, and Omer Refa Koseoglu: Advances in Characterization and Utilization of Asphaltenes
2: Keiko Miyabayashi, Yasuhide Naito, Kazuo Tsujimoto, and Mikio Miyake: Characterization of Constituents of Arabian Vacuum Residues by FT-ICR MS Coupled with Various Ionization Techniques
3: Y. Zhang, T. Takanohashi, S. Sato, I. Saito, and R. Tanaka: Thermal Properties and Dissolution Behavior of Ahphaltene and Resin
4: I. Guibard, I. Merdrignac, and S. Kressman: Characterization of Refractory Sulfur Compounds in Petroleum Residue
5: Satoru Murata, Koh Kidena, and Masakatsu Nomura: Estimation of the Structural Parameter Distribution of Asphaltene Using a Preparative GPC Technique
6: Satoru Murata, Koh Kidena, and Masakatsu Nomura: Construction of Chemical Structural Model of Arabian Asphaltene and Its Destiny Simulation
7: Semih Eser, Guohua Wang, and Jennifer Clemons: Molecular Constitution, Carbonization Reactivity, and Mesophase Development from FCC Decant Oil and Its Derivatives
8: Vahur Oja, and Eric M. Suuberg: Vapor Liquid Equilibrium in Polycyclic Aromatic Compound Mixtures and in Coal Tars
9: Yevgenia Briker, Zbigniew Ring, and Cecilia Sin: Processing and Characterization of Shale Oil, New Methods for Characterization of the Effluent from Thermal Cracking of Oil Scale and the Products from Microactivity Testing of Its Atmospheric Residue
10: O. Delgado, C. Bolivar, C. Ovalles, and C.E. Scott: Hamaca Crude Oil Upgrading Using Formic Acid as Hydrogen Precursor under Steam-Injection Conditions
11: John F. Schabron, Joseph F. Rovani, Jr., and A. Troy Pauli: Thermal Fouling: Heat-Induced Deposition and Coking
12: ryuzo Tanaka, Shinya Sato, Toshimasa Takanohashi, and Satoru Sugita: Coking Reactivities of Petroleum Asphaltenes on Thermal Cracking
13: Parviz M. Rahimi, Alem Teclemariam, Ed Taylor, Theo deBruijn, and Irwin A. Wiehe: Thermal Processing Limits of Athabasca Bitumen during Visbreaking Using Solubility Parameters
14: Kinya Sakanishi, Izumi Watanabe, and Isao Mochida: Characterization of Soluble Mo Complex Catalyst during Hydrotreatment of Vacuum Residues
15: Enkhsaruul Byambajav, and Yasuo Ohtsuka: Novel Utilization of Mesoporous Molecular Sieves as Supports of Metal Catalysts for Hydrocracking of Asphaltene
Author Index
Subject Index
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