The utilization of exhausted fluid catalytic cracking (FCC) catalysts as raw materials for the zeolite synthesis was analyzed. Samples of the catalysts directly released from FCC units and the corresponding impact grinding pretreated samples were used. Mechanical treatment was observed to decrease catalyst crystallinity and particle size. The catalyst reactivity was analyzed in terms of conversion in zeolite and product properties. Hydrothermal synthesis experiments in NaOH medium were performed. Catalysts conversion in A and X type zeolites was obtained for treated and not treated samples. In particular, high conversion in NaX type were achieved using the more siliceous catalyst, whereas grinding activation produces a decrease of particle ...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Zeolite catalysts are widely used in oil refinery and petrochemical industries. Fluid catalytic crac...
The zeolitization of two selected aluminosiliceous industrial wastes, a fly ash and an exhausted Flu...
Mesoporosity was induced on a USY zeolite by means of an alkaline leaching process. Samples were imm...
Spent fluid cracking catalyst (FCC) waste is produced to convert petroleum crude oil into gasoline, ...
Approximately 400 000 tons of waste catalysts are produced by petrochemical industry in fluidized be...
Cet article a pour but d'exposer les progrès intervenus dans le cracking catalytique depuis l'utilis...
Two FCC catalyst prototypes were prepared using Y zeolite with different intracrystalline mesoporosi...
Simultaneous diffusion, adsorption, and reaction that take place inside the zeolitic component of eq...
100-103Fly ash from a Thermal Power Plant was converted to zeolite by alkali fusion followed by hyd...
The shape selectivity properties of USY zeolite crystallites is discussed, and is based on catalyst ...
Prototypes of FCC catalysts containing 30 %wt. Y zeolite with different intracrystalline mesoporosit...
Fluid catalytic cracking catalyst residue (spent FCCC) is an inorganic by-product obtained from petr...
Zeolite based nuid catalytic cracking (FCC) catalysts have opened up widc opportunities to develop v...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Zeolite catalysts are widely used in oil refinery and petrochemical industries. Fluid catalytic crac...
The zeolitization of two selected aluminosiliceous industrial wastes, a fly ash and an exhausted Flu...
Mesoporosity was induced on a USY zeolite by means of an alkaline leaching process. Samples were imm...
Spent fluid cracking catalyst (FCC) waste is produced to convert petroleum crude oil into gasoline, ...
Approximately 400 000 tons of waste catalysts are produced by petrochemical industry in fluidized be...
Cet article a pour but d'exposer les progrès intervenus dans le cracking catalytique depuis l'utilis...
Two FCC catalyst prototypes were prepared using Y zeolite with different intracrystalline mesoporosi...
Simultaneous diffusion, adsorption, and reaction that take place inside the zeolitic component of eq...
100-103Fly ash from a Thermal Power Plant was converted to zeolite by alkali fusion followed by hyd...
The shape selectivity properties of USY zeolite crystallites is discussed, and is based on catalyst ...
Prototypes of FCC catalysts containing 30 %wt. Y zeolite with different intracrystalline mesoporosit...
Fluid catalytic cracking catalyst residue (spent FCCC) is an inorganic by-product obtained from petr...
Zeolite based nuid catalytic cracking (FCC) catalysts have opened up widc opportunities to develop v...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Synthesis methods using economic raw materials, such as kaolin and diatomite have been developed for...
Zeolite catalysts are widely used in oil refinery and petrochemical industries. Fluid catalytic crac...