Chemistry and Technology of Hydrocarbon Solvents Derived from Gas Condensates

Chemistry and Technology of Hydrocarbon Solvents Derived from Gas Condensates

von Tulkun Samukov

The author has given careful and precise descriptions of applied concepts, including the design and the development of a new technology for obtaining hydrocarbon solvents from gas condensates. Research in the book incorporates the fundamental subjects, including the investigation of highly effective extractants (individual and composite) for the extraction of aromatic hydrocarbons from the fractions of gas condensate particularly the individual aromatic hydrocarbons toluene and benzene, which constitute up to 6% of entire raw material. This book intends to present novel methods and ideas from the Petroleum and Gas Engineering and Chemistry, and to share them with a broad audience of Teaching Professionals, Undergraduate and Postgraduate students, Doctoral degrees, Scientists, Engineers, and any person with interest and basic understanding of petrochemistry. The book reflects the results of a challenging research of designing new technologies and processes in the applied field of Petroleum and Gas Chemistry, which still contains wide unexplored areas for research. The book includes sections on the applications of technologies for the extraction and rectification of solvents. The book also put a particular emphasis on the solvents used for the production of varnish dye paint materials, an area often left out of introductory textbooks.

The author has given careful and precise descriptions of applied concepts, including the design and the development of a new technology for obtaining hydrocarbon solvents from gas condensates. Research in the book incorporates the fundamental subjects, including the investigation of highly effective extractants (individual and composite) for the extraction of aromatic hydrocarbons from the fractions of gas condensate particularly the individual aromatic hydrocarbons toluene and benzene, which constitute up to 6% of entire raw material. This book intends to present novel methods and ideas from the Petroleum and Gas Engineering and Chemistry, and to share them with a broad audience of Teaching Professionals, Undergraduate and Postgraduate students, Doctoral degrees, Scientists, Engineers, and any person with interest and basic understanding of petrochemistry. The book reflects the results of a challenging research of designing new technologies and processes in the applied field of Petroleum and Gas Chemistry, which still contains wide unexplored areas for research. The book includes sections on the applications of technologies for the extraction and rectification of solvents. The book also put a particular emphasis on the solvents used for the production of varnish dye paint materials, an area often left out of introductory textbooks.

Highlights

• Comprehensive chemical & physical characterization of Uzbekistan gas condensates using reproducible analytical methods Primary or supplementary textbook for chemistry & petroleum engineering with clear explanations, tables & diagrams First detailed chemical & physical characterization of Uzbekistan gas condensates, filling a key literature gap

Über den Autor

Dr. Tulkun Samukov has more than 30 years of experience in academia and the petroleum and gas industry. His research focuses on petrochemistry, gas condensates, and quality control of petroleum products. He has played a key role in the development of laboratories, petroleum product analysis, and the introduction of innovative technologies in the oil and gas sector. His professional experience includes work with Academy of Science Republic of Uzbekistan (Institute of Chemistry), SGS in Uzbekistan and Afghanistan, SANEG, SIUT where he managed projects related to quality control and laboratory establishment. Dr. Samukov is the author of numerous scientific publications, technical reports, patents and educational materials, and he teaches courses in petrochemistry, petroleum product analysis, and oil and gas processing technologies.