Details

Characteristics and History of Use.- Crude Assay and Physical Properties.- Chemical Composition.- Classification and Characterization.- Petroleum System and Occurrence.- Exploration for Discovery.- Production for Recovery.- Significant Events and Current Status in Petroleum Refining.- Desalting, Distillation and Hydrotreating.- Isomerization, Reforming, Alkylation and Polymerization.- Cracking, Coking and Visbreaking.- Other Refining Processes.-  Lubricant Processes and Products.-  Petroleum Products.-  Safety and Environment.

<b>Dr. Chang Samuel Hsu</b> had over 32 year experience at ExxonMobil and BP before joining in Florida State University in 2010 to establish the Future Fuels Institute. He also established the Refinery of the Future Lab at BP. Currently, he is an Adjunct Professor at Department of Chemical and Biomedical Engineering of Florida A&M University/Florida State University teaching "Petroleum Science and Technololgy" and also at College of Chemical Engineering of the China University of Petroleum in Beijing teaching graduate level "Biorefinery". In 2012, he founded Petro Bio Consulting, LLC. Dr. Hsu was the first researcher to introduce ultrahigh resolution Fourier-transform ion cyclotron resonance mass spectrometry (FT-ICR MS) for in-depth molecular characterization of petroleum fractions. &nbsp;He was one of the pioneers to develop tandem mass spectrometry (MS/MS) at Exxon to provide an additional dimension for the determination of molecular structure of the components in complex mixtures.&nbsp;Dr. Hsu’s research interests cover petroleum (both upstream and downstream), coal, shale and biomass oils. His current focuses are novel characterization of petroleum biomarkers for exploration and exploitation, and heavy hydrocarbon characterization for hydroprocessing, catalytic cracking, coking and fuels/lubes analyses. He also has extensive experience in environmental damage assessment and remediation for oil spills.&nbsp;<div><br></div><div>During his 40 years in commercial energy, <b>Dr. Paul Robinson</b> visited more than 140 sites in 34 countries on 5 Continents, At nearly half of those sites, he led or participated in projects or provided operations support. He started his career at the Oak Ridge National Laboratory, where his research focused on generating hydrogen with thermochemical cycles for water-splitting. He then&nbsp; spent more than 30 years in various roles at Unocal, Chevron, and Shell. At Unocal, he developed hydrotreating catalysts, studies convresion of syngas to alcohols, and became Regional Manager for Japan and Southeast Asia on the technology licensing group. Along the way, he received two creativity awards and a patent achievement award. As a senior engineer at Chevron and Shell, he received several special recognition awards while providing process monitoring, operations support, and troubleshooting for commercial hydroprocessing units. At AspenTech. he became&nbsp; Advisor and Best Practice Leader for online optimization of hydrocracking units. In this role, he co-developed Aspen Hydrocracker which was based on a model developed by Sun Oil Company and implemented online. in 2016, he founded the Katy Institute for Sustainable Energy, a non-proft organization devoted to stimulating science-based dialog on energy. Dr. Robinson earned BS (Honors) and MA degrees at the University of Missouri at Columbia. He spent a year at the Scripps Institution of Oceanography, before receiving a PhD in Chemistry from the University of California atSan Diego. He has authored or co-authored more than 105 publications and presentations, including 2 books and 15 book chapters. He holds 11 patents, primarily on catalysts and process technology. He serves as Public Policy Chair for the Energy and Fuels Division of the American Chemical Society. He is especially proud of his wonderful family and his black belt in TaeKwonDo.</div>

<div>Aimed at students and professionals, this book provides an overview of the science and technology of the upstream/midstream sectors of the oil and gas industry. Topics include the origin of fossil hydrocarbons and their chemical/physical properties; discovering hydrocarbon reserves; recovering oil, gas and bitumen; and purifying natural gas and process offgas. The chapter on safety and the environment convers safety regulations and environmental laws. It highlights learnings from major accidents.&nbsp;</div><div><br></div><div>In addition to drawing on the authors' previous books, it includes teaching material from several courses. These include workshops provided for top petroleum companies and a highly rated course taught at the Florida A&M University/Florida State University (USA).</div>

Covers every major aspect in a concise way Based on the highly rated course "Petroleum Science and Technology" Complete view of the industry, presented with numerous examples