This book is a valuable guide for professionals working on applying environmentally sound and low-cost, yet highly efficient pyroxene nanoparticles for upgrading and recovery visbroken residue asphaltenes. Readers will gain insight into adsorption and catalytic thermal decomposition of visbroken residue asphaltenes in a clear and concise manner.The synthesis routes to prepare nanopyroxene with different sizes in the nanoscale and different surface-structural-modifications are addressed in detail. Also, this book highlights the major finding of different characterization techniques such as XRD, BET, FTIR, TGA, TPD-CO2, TPD-NH3, XPS, SEM and HRTEM.…mehr
This book is a valuable guide for professionals working on applying environmentally sound and low-cost, yet highly efficient pyroxene nanoparticles for upgrading and recovery visbroken residue asphaltenes. Readers will gain insight into adsorption and catalytic thermal decomposition of visbroken residue asphaltenes in a clear and concise manner.The synthesis routes to prepare nanopyroxene with different sizes in the nanoscale and different surface-structural-modifications are addressed in detail. Also, this book highlights the major finding of different characterization techniques such as XRD, BET, FTIR, TGA, TPD-CO2, TPD-NH3, XPS, SEM and HRTEM.
Maryam Hmoudah is a lecturer at the Department of Chemical Engineering at An-Najah National University. Maryam loves educating others about nanotechnology and its futuristic applications in various fields. Currently, she focuses on the promising applications of nanotechnology in wastewater treatment and the environmental impact of nanomaterials.
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