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Results: 1-25 | 26-29
Results: 1-25/29
ACIDITY, SURFACE SPECIES, AND MECHANISM OF METHANOL TRANSFORMATION INTO OLEFINS ON A SAPO-34
Authors: DELCAMPO AES GAYUBO AG AGUAYO AT TARRIO A BILBAO J
Citation: Aes. Delcampo et al., ACIDITY, SURFACE SPECIES, AND MECHANISM OF METHANOL TRANSFORMATION INTO OLEFINS ON A SAPO-34, Industrial & engineering chemistry research, 37(6), 1998, pp. 2336-2340
SIMULATION AND OPTIMIZATION OF METHANOL TRANSFORMATION HYDROCARBONS IN AN ISOTHERMAL FIXED-BED REACTOR UNDER REACTION-REGENERATION CYCLES
Authors: CASTILLA M GAYUBO AG AGUAYO AT ARANDES JM BILBAO J
Citation: M. Castilla et al., SIMULATION AND OPTIMIZATION OF METHANOL TRANSFORMATION HYDROCARBONS IN AN ISOTHERMAL FIXED-BED REACTOR UNDER REACTION-REGENERATION CYCLES, Industrial & engineering chemistry research, 37(6), 1998, pp. 2383-2390
MTG PROCESS IN A FLUIDIZED-BED WITH CATALYST CIRCULATION - OPERATION AND SIMULATION OF AN EXPERIMENTAL UNIT
Authors: ORTEGA JM GAYUBO AG AGUAYO AT OLAZAR M BILBAO J
Citation: Jm. Ortega et al., MTG PROCESS IN A FLUIDIZED-BED WITH CATALYST CIRCULATION - OPERATION AND SIMULATION OF AN EXPERIMENTAL UNIT, Industrial & engineering chemistry research, 37(11), 1998, pp. 4222-4230
THE ROLE OF SHAPE SELECTIVITY AND INTRINSIC SELECTIVITY OF ACIDIC SITES OF THE CATALYSTS IN THE SKELETAL ISOMERIZATION OF N-BUTENES
Authors: LLORENS FJ GAYUBO AG CEPEDA E AGUAYO AT BILBAO J
Citation: Fj. Llorens et al., THE ROLE OF SHAPE SELECTIVITY AND INTRINSIC SELECTIVITY OF ACIDIC SITES OF THE CATALYSTS IN THE SKELETAL ISOMERIZATION OF N-BUTENES, Journal of chemical technology and biotechnology, 71(1), 1998, pp. 6-14
CATALYST DEACTIVATION BY COKING IN THE MTG PROCESS IN FIXED AND FLUIDIZED-BED REACTORS
Authors: AGUAYO AT GAYUBO AG ORTEGA JM OLAZAR M BILBAO J
Citation: At. Aguayo et al., CATALYST DEACTIVATION BY COKING IN THE MTG PROCESS IN FIXED AND FLUIDIZED-BED REACTORS, Catalysis today, 37(3), 1997, pp. 239-248
DEACTIVATION AND REGENERATION OF A CHLORINATED ALUMINA CATALYST USED IN THE SKELETAL ISOMERIZATION OF N-BUTENES
Authors: GAYUBO AG LLORENS FJ CEPEDA EA BILBAO J
Citation: Ag. Gayubo et al., DEACTIVATION AND REGENERATION OF A CHLORINATED ALUMINA CATALYST USED IN THE SKELETAL ISOMERIZATION OF N-BUTENES, Industrial & engineering chemistry research, 36(12), 1997, pp. 5189-5195
ROLE OF COKE CHARACTERISTICS IN THE REGENERATION OF A CATALYST FOR THE MTG PROCESS
Authors: ORTEGA JM GAYUBO AG AGUAYO AT BENITO PL BILBAO J
Citation: Jm. Ortega et al., ROLE OF COKE CHARACTERISTICS IN THE REGENERATION OF A CATALYST FOR THE MTG PROCESS, Industrial & engineering chemistry research, 36(1), 1997, pp. 60-66
KINETIC MODELING FOR SELECTIVE DEACTIVATION IN THE SKELETAL ISOMERIZATION OF N-BUTENES
Authors: GAYUBO AG LLORENS FJ CEPEDA EA OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., KINETIC MODELING FOR SELECTIVE DEACTIVATION IN THE SKELETAL ISOMERIZATION OF N-BUTENES, Chemical Engineering Science, 52(16), 1997, pp. 2829-2835
EFFECT OF SI AL RATIO OF THE ACID FUNCTIO N OF THE CR2O3-ZNO/ZSM5 BIFUNCTIONAL CATALYST ON THE TRANSFORMATION OF SYNGAS INTO LIQUID HYDROCARBONS/
Authors: ERENA J ARANDES JM BILBAO J GAYUBO AG DELASA H
Citation: J. Erena et al., EFFECT OF SI AL RATIO OF THE ACID FUNCTIO N OF THE CR2O3-ZNO/ZSM5 BIFUNCTIONAL CATALYST ON THE TRANSFORMATION OF SYNGAS INTO LIQUID HYDROCARBONS/, Afinidad, 54(472), 1997, pp. 479-482
REACTIVATION OF THE HZSM-5 ZEOLITE-BASED CATALYST USED IN THE MTG PROCESS
Authors: GAYUBO AG AGUAYO AT BENITO PL LANDETA A CASTILLA M BILBAO J
Citation: Ag. Gayubo et al., REACTIVATION OF THE HZSM-5 ZEOLITE-BASED CATALYST USED IN THE MTG PROCESS, AIChE journal, 43(6), 1997, pp. 1551-1558
ANALYSIS OF KINETIC-MODELS OF THE METHANOL-TO-GASOLINE (MTG) PROCESS IN AN INTEGRAL REACTOR
Authors: GAYUBO AG BENITO PL AGUAYO AT AGUIRRE I BILBAO J
Citation: Ag. Gayubo et al., ANALYSIS OF KINETIC-MODELS OF THE METHANOL-TO-GASOLINE (MTG) PROCESS IN AN INTEGRAL REACTOR, Chemical engineering journal, 63(1), 1996, pp. 45-51
HYDROCARBONS BY REACTION-REGENERATION CYCLES
Authors: BENITO PL AGUAYO AT GAYUBO AG BILBAO J
Citation: Pl. Benito et al., HYDROCARBONS BY REACTION-REGENERATION CYCLES, Industrial & engineering chemistry research, 35(7), 1996, pp. 2177-2182
DEPOSITION AND CHARACTERISTICS OF COKE OVER A H-ZSM5 ZEOLITE-BASED CATALYST IN THE MTG PROCESS
Authors: BENITO PL GAYUBO AG AGUAYO AT OLAZAR M BILBAO J
Citation: Pl. Benito et al., DEPOSITION AND CHARACTERISTICS OF COKE OVER A H-ZSM5 ZEOLITE-BASED CATALYST IN THE MTG PROCESS, Industrial & engineering chemistry research, 35(11), 1996, pp. 3991-3998
DEACTIVATION KINETIC-MODEL IN CATALYTIC POLYMERIZATIONS - TAKING INTOACCOUNT THE INITIATION STEP
Authors: OLAZAR M ZABALA G ARANDES JM GAYUBO AG BILBAO J
Citation: M. Olazar et al., DEACTIVATION KINETIC-MODEL IN CATALYTIC POLYMERIZATIONS - TAKING INTOACCOUNT THE INITIATION STEP, Industrial & engineering chemistry research, 35(1), 1996, pp. 62-69
CONCENTRATION-DEPENDENT KINETIC-MODEL FOR CATALYST DEACTIVATION IN THE MTG PROCESS
Authors: BENITO PL GAYUBO AG AGUAYO AT CASTILLA M BILBAO J
Citation: Pl. Benito et al., CONCENTRATION-DEPENDENT KINETIC-MODEL FOR CATALYST DEACTIVATION IN THE MTG PROCESS, Industrial & engineering chemistry research, 35(1), 1996, pp. 81-89
RELATIONSHIP BETWEEN SURFACE-ACIDITY AND ACTIVITY OF CATALYSTS IN THETRANSFORMATION OF METHANOL INTO HYDROCARBONS
Authors: GAYUBO AG BENITO PL AGUAYO AT OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., RELATIONSHIP BETWEEN SURFACE-ACIDITY AND ACTIVITY OF CATALYSTS IN THETRANSFORMATION OF METHANOL INTO HYDROCARBONS, Journal of chemical technology and biotechnology, 65(2), 1996, pp. 186-192
KINETIC-MODEL OF THE MTG PROCESS TAKING INTO ACCOUNT THE CATALYST DEACTIVATION - REACTOR SIMULATION
Authors: GAYUBO AG BENITO PL AGUAYO AT CASTILLA M BILBAO J
Citation: Ag. Gayubo et al., KINETIC-MODEL OF THE MTG PROCESS TAKING INTO ACCOUNT THE CATALYST DEACTIVATION - REACTOR SIMULATION, Chemical Engineering Science, 51(11), 1996, pp. 3001-3006
SURFACE-ACIDITY OF SAPO-34 SILICOALUMINOP HOSPHATE
Authors: DELCAMPO AES GAYUBO AG GONZALEZ I AGUAYO AT BILBAO J
Citation: Aes. Delcampo et al., SURFACE-ACIDITY OF SAPO-34 SILICOALUMINOP HOSPHATE, Afinidad, 53(465), 1996, pp. 325-328
CONTRIBUTIONS TO THE CALCULATIONS OF COKE DEACTIVATION KINETICS - A COMPARISON OF METHODS
Authors: GAYUBO AG ARANDES JM AGUAYO AT OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., CONTRIBUTIONS TO THE CALCULATIONS OF COKE DEACTIVATION KINETICS - A COMPARISON OF METHODS, Chemical engineering journal and the biochemical engineering journal, 55(3), 1994, pp. 125-134
CALCULATION OF THE KINETICS OF CATALYST REGENERATION BY BURNING COKE FOLLOWING A TEMPERATURE RAMP
Authors: GAYUBO AG ARANDES JM AGUAYO AT OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., CALCULATION OF THE KINETICS OF CATALYST REGENERATION BY BURNING COKE FOLLOWING A TEMPERATURE RAMP, Chemical engineering journal and the biochemical engineering journal, 54(1), 1994, pp. 35-40
ISOTHERMS OF CHEMICAL ADSORPTION OF BASES ON SOLID CATALYSTS FOR ACIDITY MEASUREMENT
Authors: AGUAYO AT GAYUBO AG ERENA J OLAZAR M ARANDES JM BILBAO J
Citation: At. Aguayo et al., ISOTHERMS OF CHEMICAL ADSORPTION OF BASES ON SOLID CATALYSTS FOR ACIDITY MEASUREMENT, Journal of chemical technology and biotechnology, 60(2), 1994, pp. 141-146
EVOLUTION OF H-ZSM-5 ZEOLITE STRUCTURE AL ONG ITS PREPARATION THERMAL-TREATMENT STEPS
Authors: BENITO PL AGUAYO AT GAYUBO AG BILBAO J
Citation: Pl. Benito et al., EVOLUTION OF H-ZSM-5 ZEOLITE STRUCTURE AL ONG ITS PREPARATION THERMAL-TREATMENT STEPS, Afinidad, 51(453), 1994, pp. 375-378
MEASUREMENT OF ACIDITY STRENGTH DISTRIBUTION OF SOLIDS BY CHEMICAL ADSORPTION OF BASES
Authors: AGUAYO AT GAYUBO AG ERENA J OLAZAR M ARANDES JM BILBAO J
Citation: At. Aguayo et al., MEASUREMENT OF ACIDITY STRENGTH DISTRIBUTION OF SOLIDS BY CHEMICAL ADSORPTION OF BASES, Afinidad, 51(450), 1994, pp. 122-124
TEMPERATURE VS TIME SEQUENCES TO PALLIATE DEACTIVATION IN PARALLEL AND IN SERIES-PARALLEL WITH THE MAIN REACTION - PARAMETRIC STUDY
Authors: GAYUBO AG ARANDES JM AGUAYO AT OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., TEMPERATURE VS TIME SEQUENCES TO PALLIATE DEACTIVATION IN PARALLEL AND IN SERIES-PARALLEL WITH THE MAIN REACTION - PARAMETRIC STUDY, Chemical engineering journal and the biochemical engineering journal, 51(3), 1993, pp. 167-176
DEACTIVATION AND ACIDITY DETERIORATION OF A SIO2 AL2O3 CATALYST IN THE ISOMERIZATION OF CIS-BUTENE/
Authors: GAYUBO AG ARANDES JM AGUAYO AT OLAZAR M BILBAO J
Citation: Ag. Gayubo et al., DEACTIVATION AND ACIDITY DETERIORATION OF A SIO2 AL2O3 CATALYST IN THE ISOMERIZATION OF CIS-BUTENE/, Industrial & engineering chemistry research, 32(4), 1993, pp. 588-593
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