1 - 24 |
A REVIEW OF SOME RECENT STUDIES ON MECHANISMS OF PYROLYSIS OF POLYSACCHARIDES PONDER GR, RICHARDS GN |
25 - 32 |
STRUCTURAL STUDIES ON CELLULOSE PYROLYSIS AND CELLULOSE CHARS BY PYMS, PYGCMS, FTIR, NMR AND BY WET CHEMICAL TECHNIQUES BOON JJ, PASTOROVA I, BOTTO RE, ARISZ PW |
33 - 47 |
THE KINETICS OF VAPOR-PHASE CELLULOSE FAST PYROLYSIS REACTIONS GRAHAM RG, BERGOUGNOU MA, FREEL BA |
49 - 60 |
REACTION TEMPERATURE OF SOLID PARTICLES UNDERGOING AN ENDOTHERMAL VOLATILIZATION - APPLICATION TO THE FAST PYROLYSIS OF BIOMASS LEDE J |
61 - 67 |
PREDICTION OF CELLULOSE DECOMPOSITION RATES FROM THERMOGRAVIMETRIC DATA GAUR S, REED TB |
69 - 74 |
KINETICS OF THE THERMAL-DECOMPOSITION OF CELLULOSE UNDER THE EXPERIMENTAL CONDITIONS OF THERMAL-ANALYSIS - THEORETICAL EXTRAPOLATIONS TO HIGH HEATING RATES VARHEGYI G, SZABO P, ANTAL MJ |
75 - 85 |
A UNIFIED, GLOBAL-MODEL FOR THE PYROLYSIS OF CELLULOSE DIEBOLD JP |
87 - 98 |
NUMERICAL-SIMULATION OF CELLULOSE PYROLYSIS DIBLASI C |
99 - 105 |
HYDROCRACKING OF ORGANOCELL LIGNIN FOR PHENOL PRODUCTION MEIER D, BERNS J, FAIX O, BALFANZ U, BALDAUF W |
R7 - R7 |
FAST PYROLYSIS - PROCESSES, TECHNOLOGIES AND PRODUCTS -FOREWORD MILNE TA, OVEREND RP |
107 - 124 |
MEASUREMENT AND MODELING OF LIGNIN PYROLYSIS SERIO MA, CHARPENAY S, BASSILAKIS R, SOLOMON PR |
125 - 130 |
ALKALINE-DEGRADATION OF ALCELL(R) LIGNIN THRING RW |
131 - 141 |
TECHNIQUES FOR STUDYING AND MODELING COAL PYROLYSIS AND THEIR RELEVANCE TO BIOMASS AND WASTES WANZL W |
143 - 145 |
ATLAS OF THERMAL DATA OF BIOMASS AND OTHER FUELS - A REPORT ON THE FORTHCOMING BOOK REED TB, GAUR S |
147 - 154 |
ABLATIVE PLATE PYROLYSIS OF BIOMASS FOR LIQUIDS PEACOCKE GVC, BRIDGWATER AV |
155 - 167 |
EFFECT OF REACTOR CONFIGURATION ON THE YIELDS AND STRUCTURES OF PINE-WOOD DERIVED PYROLYSIS LIQUIDS - A COMPARISON BETWEEN ABLATIVE AND WIRE-MESH PYROLYSIS PEACOCKE GVC, MADRALI ES, LI CZ, GUELL AJ, WU F, KANDIYOTI R, BRIDGWATER AV |
169 - 177 |
PHYSICAL-PROPERTIES OF FLASH PYROLYSIS LIQUIDS PEACOCKE GVC, RUSSELL PA, JENKINS JD, BRIDGWATER AV |
179 - 185 |
WATER, ALKALI AND CHAR IN FLASH PYROLYSIS OILS ELLIOTT DC |
187 - 192 |
STABILITY OF WOOD FAST PYROLYSIS OIL CZERNIK S, JOHNSON DK, BLACK S |
193 - 199 |
CHARACTERIZATION OF OIL PRODUCED BY THE DIRECT LIQUEFACTION OF JAPANESE OAK IN AN AQUEOUS 2-PROPANOL SOLVENT SYSTEM OGI T, MINOWA T, DOTE Y, YOKOYAMA SY |
201 - 211 |
UPGRADING OF A WOOD-DERIVED OIL OVER VARIOUS CATALYSTS ADJAYE JD, BAKHSHI NN |
213 - 222 |
INFLUENCE OF STORAGE-CONDITIONS ON THE PRODUCTION OF HYDROCARBONS FROM HERBACEOUS BIOMASS AGBLEVOR FA, REJAI B, WANG D, WISELOGEL A, CHUM HL |
223 - 236 |
CHARACTERIZATION OF OILS FROM THE FLUIDIZED-BED PYROLYSIS OF BIOMASS WITH ZEOLITE CATALYST UPGRADING WILLIAMS PT, HORNE PA |
237 - 244 |
UPGRADING OF FLASH PYROLYSIS OIL AND UTILIZATION IN REFINERIES BALDAUF W, BALFANZ U, RUPP M |
245 - 249 |
CHARACTERIZATION AND UPGRADING OF BIG-OILS PRODUCED BY RAPID THERMAL-PROCESSING MAGGI R, DELMON B |
251 - 258 |
COMMERCIAL-SCALE RAPID THERMAL-PROCESSING OF BIOMASS GRAHAM RG, FREEL BA, HUFFMAN DR, BERGOUGNOU MA |
259 - 266 |
DEVELOPMENTS IN THE SCALE-UP OF THE VORTEX-PYROLYSIS SYSTEM JOHNSON DA, MACLEAN D, FELLER J, DIEBOLD J, CHUM HL |
267 - 273 |
TECHNOECONOMIC MODELING OF BIOMASS FLASH PYROLYSIS AND UPGRADING SYSTEMS COTTAM ML, BRIDGWATER AV |
275 - 283 |
TECHNOECONOMIC ANALYSIS OF THE PRODUCTION OF BIOCRUDE FROM WOOD GREGOIRE CE, BAIN RL |
285 - 289 |
ENERGY AND CHEMICALS FROM RICE HUSK JAIN A, RAO TR, SAMBI SS, GROVER PD |
291 - 296 |
BIG-OILS FROM ARID-LAND PLANTS - FLASH PYROLYSIS OF EUPHORBIA-CHARACIAS BAGASSE CONTI L, SCANO G, BOUFALA J |
297 - 306 |
USE OF PYROLYSIS OIL IN A TEST DIESEL-ENGINE TO STUDY THE FEASIBILITY OF A DIESEL POWER-PLANT CONCEPT SOLANTAUSTA Y, NYLUND NO, GUST S |
307 - 313 |
CATALYTIC CONDITIONING OF SYNTHESIS GAS PRODUCED BY BIOMASS GASIFICATION GERHARD SC, WANG DN, OVEREND RP, PAISLEY MA |
315 - 325 |
VAPOR-PHASE RELEASE OF ALKALI SPECIES IN THE COMBUSTION OF BIOMASS PYROLYSIS OILS FRENCH RJ, MILNE TA |