%0 Journal Article %1 noauthororeditorcatalytic %D 2015 %E PUBLICATIONS, INNOVATIVE RESEARCH %J International Journal of Engineering Research %K activation cracking design energy ethylene pentene propylenE reactor %N 12 %P 652-656 %T Catalytic Cracking of Pentenes in MFI Zeolite: Activation Energy and Reactor Volume Decrease %U http://www.ijer.in/ijer/publication/v4s12/IJER_2015_1205.pdf %V 4 %X The cracking of pentenes has been investigated at 773 and 873 K in modified MFI zeolite to produce ethylene and propylene. The activation energy showed a significant reduction for this investigation. Additionally, it has been evidenced the important role of the diffusion phenomenon and catalyst technical aspect on the processing of pentenes to produce ethylene and propylene proposing a mathematical model for the design of catalytic reactor achieving a 15% reduction in the volume of the reactor compare to obtained volume with the conventional design. This investigation opens the opportunity to explore new designs of catalysts taking in count intrinsic reactivity, diffusion transport and physics parameters of catalyst which play an important role in the reaction kinetic and reactor design in order to obtain a reduction in the reactor volume more than 15%, 20% on saving construction cost and supplied energy to process.

@article{noauthororeditorcatalytic, abstract = {The cracking of pentenes has been investigated at 773 and 873 K in modified MFI zeolite to produce ethylene and propylene. The activation energy showed a significant reduction for this investigation. Additionally, it has been evidenced the important role of the diffusion phenomenon and catalyst technical aspect on the processing of pentenes to produce ethylene and propylene proposing a mathematical model for the design of catalytic reactor achieving a 15% reduction in the volume of the reactor compare to obtained volume with the conventional design. This investigation opens the opportunity to explore new designs of catalysts taking in count intrinsic reactivity, diffusion transport and physics parameters of catalyst which play an important role in the reaction kinetic and reactor design in order to obtain a reduction in the reactor volume more than 15%, 20% on saving construction cost and supplied energy to process. }, added-at = {2015-12-04T12:30:35.000+0100}, biburl = {https://www.bibsonomy.org/bibtex/296ae78b16c5c2a066caea4271b8b4631/editorijer}, editor = {PUBLICATIONS, INNOVATIVE RESEARCH}, interhash = {bb32af826fdbeb5354bc31c3d3981f67}, intrahash = {96ae78b16c5c2a066caea4271b8b4631}, journal = {International Journal of Engineering Research}, keywords = {activation cracking design energy ethylene pentene propylenE reactor}, month = dec, number = 12, pages = {652-656}, timestamp = {2015-12-04T12:30:35.000+0100}, title = {Catalytic Cracking of Pentenes in MFI Zeolite: Activation Energy and Reactor Volume Decrease }, url = {http://www.ijer.in/ijer/publication/v4s12/IJER_2015_1205.pdf}, volume = 4, year = 2015 }