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Skip to Search Results- 1Ahitan, Sourabh
- 1Amani, Mohammad Javad
- 1Arends, Gilmar Friedrich
- 1Dadgostar, Nafiseh
- 1Dini, Yoann
- 1Hasan, MD. Anwarul
- 5Bitumen
- 4Asphaltenes
- 3Hydrocarbons
- 3Phase behavior
- 2Athabasca bitumen
- 2Binary interaction parameter
- 8Shaw, John M. (Chemical and Materials Engineering)
- 2Shaw, John M. (Chemical Engineering)
- 2Shaw, John M. (Department of Chemical and Materials Engineering)
- 1Lange, Carlos F (Mechanical Engineering)
- 1Murray, Gray R. (Chemical and Materials Engineering, University of Alberta)
- 1Nocente, Norma (Secondary Education)
Results for "supervisors_tesim:"Shaw, John M.""
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On Organic Liquid Crystal Transfer from Bitumen-Rich to Water-Rich Phases: A Combined Laboratory and SAGD Field Study
DownloadSpring 2014
Hydrocarbon-based liquid-crystal domains were observed in unreacted heavy fractions extracted from Athabasca bitumen and bitumen derived hydrocarbon resource fractions. Transfer of these organic crystalline domains to the water-rich phase during SAGD production is explored here because there...
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Phase Behavior Modeling of Asymmetric n-Alkane + Aromatic and Naphthenic Hydrocarbon Mixtures
DownloadSpring 2016
Global phase behavior calculations based on 150 n-alkane + aromatic and n-alkane + naphthenic hydrocarbon binary mixtures were performed. These calculations were compared with experimental measurements whenever possible, and additional measurements were made as part of this work. The widely used...
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Predicition of the molecular structure of ill-defined hydrocarbons using vibrational, 1H, and 13C NMR spectroscopy
DownloadFall 2009
This represents a proof-of-concept study of the appropriateness of vibrational and NMR spectroscopy for predicting the molecular structure of large molecules on the basis of a library of small molecules. Density Functional Theory (DFT) B3LYP/6-311G was used generate all spectra. 20 model...
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Fall 2013
There are currently no reliable methods for predicting liquid heat capacities of ill-defined hydrocarbons, such as bitumen and heavy crude oils and their partly processed fractions. Estimation techniques for liquid phase isobaric heat capacity of pure compounds include corresponding state and...
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Fall 2011
Liquid crystalline domains were observed in fractions of heavy petroleum. Through a combination of polarized light microscopy and Photoacoustic Infrared Spectroscopy, liquid crystals were shown to form on the exterior surface of their parent materials. Analysis of materials using Differential...
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ON THE APPLICATION OF SAFT TO MODEL FLUID-FLUID BEHAVIOR OF SOLVENT+ NON-ADSORBING POLYMER+NANOPARTICLE MIXTURES
DownloadFall 2018
Ternary mixtures comprising cyclohexane + polystyrene + silica nanoparticles were recently shown to exhibit a closed loop two-phase region comprising colloid-gas and colloid-liquid phases1. This two-phase region is surrounded by single-phase colloid-gas and colloid-liquid phase regions and there...
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THE INTERACTION BETWEEN DEPLETION FLOCCULATION AND MOLECULAR LIQUID-LIQUID PHASE SEPARATION MECHANISMS
DownloadSpring 2018
There is growing interest in the formulation and application of nano colloids + non-adsorbing polymer in fields of nanomedicine, hydrocarbon production, and environmental science. Successful applications rely on a detailed understanding of the related fluid thermophysical and thermochemical...
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Rheological behavior and nano-microstructure of complex fluids: Biomedical and Bitumen-Heavy oil applications
DownloadFall 2010
The main objective of this research was to exploit the interrelations between the rheological behavior and nano-microstructure of complex fluids in solving two state-of-the-art problems, one in the field of biomedical engineering: controlling the amount and characteristics of bioaerosol droplets...
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Fall 2021
Our world is changing from social, technical, cultural, inclusivity, environmental, risk tolerance equity, and global economic perspectives. We are transitioning to different ways of knowing and working. The societal expectations of engineers and professional engineering are changing. These...
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Fall 2021
Fluid transport within confinement is important for many lab-scale and industrial-scale technological processes ranging from membrane separation, enhanced oil recovery, CO2 sequestration to drug delivery systems. At the industrial scale, confined liquids are often quite complex as they consist...