A study on the catalytic oxidation of heavy residual oil (HRO) was carried out. The thermodynamic parameters of components of HRO oxidation products were studied by pulsed nuclear magnetic resonance (NMR). A method for the quantitative assessment of thermodynamic parameters of HRO components and oxidized bitumen using pulsed NMR is presented. The relationship between NMR parameters and the viscosity of HRO and its oxidation products is established. The obtained results prove the possibility of using pulsed NMR as a flow-line method for rapid analysis of intermediates and products of the heavy residual oil oxidation
Olefins are problematic components of petroleum products responsible for gum formation, polymers, an...
Application of high resolution 13C nuclear magnetic resonance (NMR) spectroscopy to characterize of ...
Bitumen has unique chemo-mechanical properties, and for this reason, it is today one of the main con...
Parameters of nuclear magnetic relaxation (spin-spin relaxation times, corresponding proton concentr...
This study was primarily conducted to explore the effect of molecular composition of a base oil matr...
For the analysis of heavy oils, the method of simultaneous measurement of the free induction decay (...
© SGEM2018. In-Situ Combustion is one of the most important and promising methods for enhancing oil ...
This work was conducted to discover ways of processing high-paraffin oil residues using thermochemic...
Nuclear Magnetic Resonance (NMR) has become a well-established method in many different areas of res...
© 2014 by the author(s). The present research was aimed to develop the scientific applied principles...
Pulsed magnetic resonance was used to determine the parameters of proton magnetic relaxation in crud...
Edible oils are easily oxidized when used for frying. Oxidation originates with double bonds present...
297-304For the analysis of heavy oil samples of the Ashalchinskoye deposit the combined nuclear magn...
© 2019 American Chemical Society. During an in situ combustion (ISC) process, low-temperature oxidat...
Heavy and extra-heavy crude production is increasing in Mexico, and this fact entails to deal with s...
Olefins are problematic components of petroleum products responsible for gum formation, polymers, an...
Application of high resolution 13C nuclear magnetic resonance (NMR) spectroscopy to characterize of ...
Bitumen has unique chemo-mechanical properties, and for this reason, it is today one of the main con...
Parameters of nuclear magnetic relaxation (spin-spin relaxation times, corresponding proton concentr...
This study was primarily conducted to explore the effect of molecular composition of a base oil matr...
For the analysis of heavy oils, the method of simultaneous measurement of the free induction decay (...
© SGEM2018. In-Situ Combustion is one of the most important and promising methods for enhancing oil ...
This work was conducted to discover ways of processing high-paraffin oil residues using thermochemic...
Nuclear Magnetic Resonance (NMR) has become a well-established method in many different areas of res...
© 2014 by the author(s). The present research was aimed to develop the scientific applied principles...
Pulsed magnetic resonance was used to determine the parameters of proton magnetic relaxation in crud...
Edible oils are easily oxidized when used for frying. Oxidation originates with double bonds present...
297-304For the analysis of heavy oil samples of the Ashalchinskoye deposit the combined nuclear magn...
© 2019 American Chemical Society. During an in situ combustion (ISC) process, low-temperature oxidat...
Heavy and extra-heavy crude production is increasing in Mexico, and this fact entails to deal with s...
Olefins are problematic components of petroleum products responsible for gum formation, polymers, an...
Application of high resolution 13C nuclear magnetic resonance (NMR) spectroscopy to characterize of ...
Bitumen has unique chemo-mechanical properties, and for this reason, it is today one of the main con...