Sharif Digital Repository

Utilization of Salmon fish bone wastes as a novel bio-based heterogeneous catalyst-support toward the production of biodiesel: Process optimizations and kinetics studies

Author

Mohebolkhames, E.

Pub. Year

2024

Subjects

Activation energy. / Alkalinity. / Catalyst activity. / Catalyst supports. / Fish. / Gas chromatography. / Kinetics. / Mass transfer. / Methanol. / Rate constants. / Bio-based. / Biodiesel production. / Calcination temperature. / Catalyst loadings. / Fish bones. / Heterogeneous catalyst. / Molar ratio. / Production yield. / Salmon fish bone. / Potassium hydroxide.

Synthesis and characterization of K2CO3 over Salmon-fishbone catalyst, kinetics and DFT analyses and biodiesel catalytic production from castor oil

Author

Mohebolkhames, E.

Pub. Year

2024

Subjects

DFT calculations. / PLS-R. / Ultrasonic. / Activation energy. / Calcination. / Catalyst activity. / Catalytic oxidation. / Charge transfer. / Cost effectiveness. / Fatty acids. / Fish. / Methanol. / Rate constants. / Reaction intermediates. / Transesterification. / Vegetable oils. / Calcined salmon fish bone. / Castor oil. / Catalytic production. / DFT calculation. / Fish bones. / Fishbone. / PLS-R. / Recyclable catalyst. / Synthesis and characterizations. / ]+ catalyst. / Biodiesel.

Synthesis, characterization, and attrition resistance of kaolin and boehmite alumina-reinforced la0.7sr0.3feo3 perovskite catalysts for chemical looping partial oxidation of methane

Author

Fotovat, F.

Pub. Year

2024

Subjects

Attrition. / Chemical looping partial oxidation (CLPO) / Fluidization. / Methane. / Perovskite.

The investigation of natural super-cavitation flow behind three-dimensional cavitators: Full cavitation model

Author

Kadivar, E.

Publisher

Elsevier Inc

Pub. Year

2016

Subjects

Full cavitation model. / VOF. / Mass transfer. / Turbulence models. / Cavitation indices. / Cavitation model. / Cavitation number. / Geometrical characteristics. / Mass transfer modeling. / Open foam. / Super cavitation. / Volume of fluid technique. / Cavitation.