Chemistry of hydrocarbon compounds – Unsaturated compound synthesis – By c content reduction – e.g. – cracking – etc.
Patent
1992-03-19
1993-09-07
McFarlane, Anthony
Chemistry of hydrocarbon compounds
Unsaturated compound synthesis
By c content reduction, e.g., cracking, etc.
585653, 208120, 208122, C07C 402, C10G 1102
Patent
active
052431215
ABSTRACT:
A composite fluid catalytic cracking catalyst comprising a non-zeolitic component of at least 45% Al.sub.2 O.sub.3 and containing .ltoreq.30% Y zeolite with unit cell size .ltoreq.24.29 .ANG., the matrix (non-zeolitic component) of said catalyst having a B.E.T. surface area .gtoreq.50 m.sup.2 /g and a catalyst Lewis/Bronsted acid site ratio of .gtoreq.1.5 wherein the total number of Bronsted acid sites is .ltoreq.30 micromoles/g of catalyst. The catalyst is used to increase the isobutylene and isoamylenes content of cracked products obtained in a fluid catalytic cracking unit.
REFERENCES:
patent: 4493902 (1985-01-01), Brown et al.
patent: 5055437 (1991-10-01), Herbst et al.
patent: 5069890 (1991-12-01), Pei-Shing et al.
"U.S. Refiners Scramble to Meet Reformulated Gasoline Mandate", Oil & Gas Journal, Jan. 27, 1992 (pages unavailable).
"Refiners Have Options to Deal with Reformulated Gasoline" G. L. Yepsen and A. Witoshkin, Oil & Gas Journal, Apr. 8, 1991 (pages unavailable).
L. Pine, P. Maher and A. Wachter, J. Catal., 85, 466 (1984).
J. Biswas and I. Maxwell, Applied Catal., 63, 197 (1990).
"The Impact of Microactivity Test Conditions on Product Yields and Properties", M. J. Margolis and J. B. McLean, AIChE National Meeting, Nov., 1991 (pages unavailable).
G. Olah, G. Prakash, R. Williams, L. Field and K. Wade, Hypercarbon Chemistry, J. Wiley and Sons, New York, 1987 (pages unavailable).
D. H. Pappal and P. H. Schipper, Fluid Catalytic Cracking II: Concepts in Catalyst Design, 45 (1991).
S. J. Miller and C. R. Hsieh, Fluid Catalytic Cracking II: Concepts in Catalyst Design, 96 (1991).
Catalysis Reviews--Science and Engineering, vol. 18, No. 1, 1978, (page unavailable).
Engelhard Technical Brochure #EC5847P, "Precision and Octidyne Extra" 1989 (page unavailable).
Engelhard Technical Brochure TI-817 "Monadyne Series" 1989 (page unavailable).
Engelhard Technical Brochure TI-751 "Octidyne Series" 1989 (page unavailable).
Madon, R. J., "Role of ZSM-5 and Ultrastable Y Zeolites for Increasing Gasoline Octane Number", J. of Catalysis 129, 275-287 (1991).
"Methylcyclohexane and methycyclohexene cracking over zeolite Y Catlaysis", Corma, A., Mocholi, F., Orchilles, V., Koermer, G., Madon, R., Applied Catalysis, 67 (1991) 307-324.
"Cracking of Long-Chain Alkyl Aromatics on USY Zeolite Catalysts", Corma, A., Miguel, P., Orchilles, A., Koermer, G., J. of Catalysis 135, 45-59 (1992).
"Means of Increasing Motor Octanes in the FCC Unit", Witoshin, A., Koermer, G., Madon, R., 1988 NPRA Annual Meeting (page unavailable).
"New Approach for the Laboratory Evaluation of FCC Catalysts" Moorehead, E., McLean, J. and Witoshin, A., 1990 NPRA Annual Meeting (page unavailable).
Deeba Michel
Koermer Gerald S.
Madon Rostam J.
Yau Kathleen Y.
Engelhard Corporation
McFarlane Anthony
Moselle Inez L.
Phan Nhat D.
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