Catalyst and process using ssz-91 and zsm-12
a catalyst and catalyst technology, applied in the field of hydroisomerization, can solve the problems of increased chain cracking probability, loss of base oil/lube yield, and increased fuels yield, and achieve the effect of improving the cold properties of base oil products
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example 1
Hydroisomerization Catalyst Preparation
[0054]Hydroisomerization catalyst A (comparative) was prepared as follows: crystallite SSZ-91 was composited with Sasol Catapal® alumina to provide a mixture containing 65 wt. % SSZ-91 zeolite. The mixture was extruded, dried, and calcined, and the dried and calcined extrudate was impregnated with a solution containing platinum. The overall platinum loading was 0.6 wt. %.
example 2
Hydroisomerization Catalyst B Preparation
[0055]Hydroisomerization catalyst B was prepared as described for Catalyst A to provide a mixture containing 64 wt. % SSZ-91, 1 wt. % ZSM-12 and 35 wt. % Sasol Catapal® alumina. The dried and calcined extrudate was impregnated with platinum to provide an overall platinum loading of 0.6 wt. %.
example 3
Hydroisomerization Catalyst C Preparation
[0056]Hydroisomerization catalyst C was prepared as described for Catalyst A to provide a mixture containing 60 wt. % SSZ-91, 5 wt. % ZSM-12 and 35 wt. % Sasol Catapal® alumina. The dried and calcined extrudate was impregnated with platinum to provide an overall platinum loading of 0.6 wt. %.
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