AAAAAA

   
Results: 1-8 |
Results: 8
PRODUCT LAYER DEVELOPMENT DURING SULFATION AND SULFIDATION OF UNCALCINED LIMESTONE PARTICLES AT ELEVATED PRESSURES
Authors: ZEVENHOVEN CAP YRJAS KP HUPA MM
Citation: Cap. Zevenhoven et al., PRODUCT LAYER DEVELOPMENT DURING SULFATION AND SULFIDATION OF UNCALCINED LIMESTONE PARTICLES AT ELEVATED PRESSURES, Industrial & engineering chemistry research, 37(7), 1998, pp. 2639-2646
HOT GAS DESULFURIZATION WITH ZINC TITANATE SORBENTS IN A FLUIDIZED-BED .1. DETERMINATION OF SORBENT PARTICLE CONVERSION RATE MODEL PARAMETERS
Authors: KONTTINEN JT ZEVENHOVEN CAP HUPA MM
Citation: Jt. Konttinen et al., HOT GAS DESULFURIZATION WITH ZINC TITANATE SORBENTS IN A FLUIDIZED-BED .1. DETERMINATION OF SORBENT PARTICLE CONVERSION RATE MODEL PARAMETERS, Industrial & engineering chemistry research, 36(6), 1997, pp. 2332-2339
HOT GAS DESULFURIZATION WITH ZINC TITANATE SORBENTS IN A FLUIDIZED-BED .2. REACTOR MODEL
Authors: KONTTINEN JT ZEVENHOVEN CAP HUPA MM
Citation: Jt. Konttinen et al., HOT GAS DESULFURIZATION WITH ZINC TITANATE SORBENTS IN A FLUIDIZED-BED .2. REACTOR MODEL, Industrial & engineering chemistry research, 36(6), 1997, pp. 2340-2345
MODELING OF SULFIDED ZINC TITANATE REGENERATION IN A FLUIDIZED-BED REACTOR .1. DETERMINATION OF THE SOLID CONVERSION RATE MODEL PARAMETERS
Authors: KONTTINEN JT ZEVENHOVEN CAP YRJAS KP HUPA MM
Citation: Jt. Konttinen et al., MODELING OF SULFIDED ZINC TITANATE REGENERATION IN A FLUIDIZED-BED REACTOR .1. DETERMINATION OF THE SOLID CONVERSION RATE MODEL PARAMETERS, Industrial & engineering chemistry research, 36(12), 1997, pp. 5432-5438
MODELING OF SULFIDED ZINC TITANATE REGENERATION IN A FLUIDIZED-BED REACTOR .2. SCALE-UP OF THE SOLID CONVERSION MODEL
Authors: KONTTINEN JT ZEVENHOVEN CAP HUPA MM
Citation: Jt. Konttinen et al., MODELING OF SULFIDED ZINC TITANATE REGENERATION IN A FLUIDIZED-BED REACTOR .2. SCALE-UP OF THE SOLID CONVERSION MODEL, Industrial & engineering chemistry research, 36(12), 1997, pp. 5439-5446
HYDROGEN-SULFIDE CAPTURE BY LIMESTONE AND DOLOMITE AT ELEVATED PRESSURE .2. SORBENT PARTICLE CONVERSION MODELING
Authors: ZEVENHOVEN CAP YRJAS KP HUPA MM
Citation: Cap. Zevenhoven et al., HYDROGEN-SULFIDE CAPTURE BY LIMESTONE AND DOLOMITE AT ELEVATED PRESSURE .2. SORBENT PARTICLE CONVERSION MODELING, Industrial & engineering chemistry research, 35(3), 1996, pp. 943-949
HYDROGEN-SULFIDE CAPTURE BY LIMESTONE AND DOLOMITE AT ELEVATED PRESSURE .1. SORBENT PERFORMANCE
Authors: YRJAS KP ZEVENHOVEN CAP HUPA MM
Citation: Kp. Yrjas et al., HYDROGEN-SULFIDE CAPTURE BY LIMESTONE AND DOLOMITE AT ELEVATED PRESSURE .1. SORBENT PERFORMANCE, Industrial & engineering chemistry research, 35(1), 1996, pp. 176-183
RATE AND MECHANISM OF BLACK LIQUOR CHAR GASIFICATION WITH CO2 AT ELEVATED PRESSURES
Authors: FREDERICK WJ WAG KJ HUPA MM
Citation: Wj. Frederick et al., RATE AND MECHANISM OF BLACK LIQUOR CHAR GASIFICATION WITH CO2 AT ELEVATED PRESSURES, Industrial & engineering chemistry research, 32(8), 1993, pp. 1747-1753
Risultati: 1-8 |