101 - 102 |
4TH INTERNATIONAL-SYMPOSIUM ON THE BIOLOGICAL PROCESSING OF FOSSIL-FUELS, ALGHERO, ITALY, 21-23 SEPTEMBER 1993 - PREFACE ROSSI G |
103 - 114 |
PROSPECTS FOR BIODESULFURIZATION OF COAL - MECHANISMS AND RELATED PROCESS DESIGNS OLSON GJ |
115 - 121 |
A COMBINED CHEMICO-BIOLOGICAL TREATMENT OF WASTE-WATERS FROM COAL DEPYRITIZATION WITH PRODUCTION OF ELEMENTAL SULFUR GROUDEVA VI, GROUDEV SN |
123 - 127 |
CONVERSION OF SULFUR-DIOXIDE TO SULFATE AND HYDROGEN-SULFIDE BY DESULFOTOMACULUM-ORIENTIS LEE CM, SUBLETTE KL, MCINERNEY MJ |
129 - 138 |
MICROBIAL REMOVAL OF SULFUR-DIOXIDE FROM A GAS-STREAM GASIOREK J |
139 - 149 |
AN EVALUATION OF AUTOTROPHIC MICROBES FOR THE REMOVAL OF CARBON-DIOXIDE FROM COMBUSTION GAS STREAMS APEL WA, WALTON MR, DUGAN PR |
151 - 165 |
BACTERIAL PYRITE OXIDATION - INFLUENCE OF MORPHOLOGICAL, PHYSICAL AND CHEMICAL-PROPERTIES KARAVAIKO GI, SMOLSKAJA LS, GOLYSHINA OK, JAGOVKINA MA, EGOROVA EY |
167 - 182 |
AN OVERVIEW OF THE BACTERIA AND ARCHAEA INVOLVED IN REMOVAL OF INORGANIC AND ORGANIC SULFUR-COMPOUNDS FROM COAL KARAVAIKO GI, LOBYREVA LB |
183 - 192 |
THE INFLUENCE OF DIFFERENT CHELATORS ON THE SOLUBILIZATION/LIQUEFACTION OF DIFFERENT PRETREATED AND NATURAL LIGNITES FAKOUSSA RM |
193 - 203 |
DEPOLYMERIZATION OF MACROMOLECULES FROM MORWELL BROWN-COAL BY MESOPHILIC AND THERMOTOLERANT AEROBIC MICROORGANISMS RALPH JP, CATCHESIDE DEA |
205 - 216 |
LIQUEFACTION AND/OR SOLUBILIZATION OF SPANISH COALS BY NEWLY ISOLATED MICROORGANISMS MONISTROL IF, LABORDA F |
217 - 226 |
MICROBIAL-DEGRADATION OF MODEL COMPOUNDS OF COAL AND PRODUCTION OF METABOLITES WITH POTENTIAL COMMERCIAL VALUE ENGESSER KH, DOHMS C, SCHMID A |
227 - 239 |
THE SIGNIFICANCE OF CHEMICAL MARKERS IN THE BIOPROCESSING OF FOSSIL-FUELS PREMUZIC ET, LIN MS, MANOWITZ B |
241 - 249 |
HYDRODYNAMIC BEHAVIOR OF A LIQUID-SOLID FLUIDIZED-BED REACTOR FOR THE BIOCONVERSION OF COAL PARTICLES TO LIQUID PRODUCTS SCOTT TC, KAUFMAN EN, COSGROVE JM, ASIF M, PETERSEN JN |
251 - 260 |
BIOREACTOR PERFORMANCE VERSUS SOLIDS CONCENTRATION IN COAL BIODEPYRITIZATION LOI G, MURA A, TROIS P, ROSSI G |
261 - 268 |
THE PORTO-TORRES BIODEPYRITIZATION PILOT-PLANT - LIGHT AND SHADE OF ONE-YEAR OPERATION LOI G, MURA A, TROIS P, ROSSI G |
269 - 275 |
BIODESULFURIZATION OF HUNGARIAN LIGNITE AND SUB-BITUMINOUS COAL SZENDROI A, GAZSO LG, HIDVEGI EJ |
277 - 282 |
MICROBIAL DESULFURIZATION OF COAL BY THIOBACILLUS-FERROOXIDANS AND THERMOPHILIC ARCHAEA OLSSON G, POTT BM, LARSSON L, HOLST O, KARLSSON HT |
283 - 296 |
COMBINED PHYSICAL/MICROBIAL BENEFICIATION OF COAL USING THE FLOOD/DRAIN BIOREACTOR ANDREWS GF, NOAH KS, GLENN AW, STEVENS CJ |
297 - 310 |
MICROBIAL DESULFURIZATION OF COAL AND OIL KLEIN J, VANAFFERDEN M, PFEIFER F, SCHACHT S |
311 - 317 |
DIFFUSION AS A RATE CONTROLLING STEP IN HEAVY-OIL BIODESULFURIZATION PROCESSES SETTI L, LANZARINI G, PIFFERI PG |
319 - 329 |
MECHANISMS AND EFFECTS OF USING CHEMICALLY-MODIFIED REDUCING ENZYMES TO ENHANCE THE CONVERSION OF COAL TO LIQUIDS SCOTT CD, WOODWARD CA, SCOTT TC |
331 - 338 |
FROM THE MOLECULAR-BIOLOGY OF DESULFOVIBRIO TO A NOVEL METHOD FOR DEFINING BACTERIAL COMMUNITIES IN OIL-FIELD ENVIRONMENTS VOORDOUW G |
339 - 345 |
BIOLOGICAL PRODUCTION OF METHANE FROM BITUMINOUS COAL VOLKWEIN JC, SCHOENEMAN AL, CLAUSEN EG, GADDY JL, JOHNSON ER, BASU R, JU N, KLASSON KT |
347 - 354 |
SCREENING OF FUNGI FOR THE BIOLOGICAL MODIFICATION OF HARD COAL AND COAL DERIVATIVES BUBLITZ F, GUNTHER T, FRITSCHE W |
355 - 360 |
REDUCTION OF NITRIC-OXIDE TO NITROUS-OXIDE BY COBALT PORPHYRINS AND CORRINS POTTER WT, CHO J, SUBLETTE KL |
361 - 367 |
COAL STRUCTURE CHARACTERIZATION AND ANALYSIS BY DIGITAL TEXTURE PROCESSING AGUS M, BONIFAZI G, MASSACCI P |
369 - 378 |
THE CHEMICAL-STRUCTURE OF COAL IN REGARD OF MICROBIOLOGICAL DEGRADATION HODEK W |
379 - 390 |
A STRATEGIC DOCUMENT ON THE BIOLOGICAL PROCESSING OF FOSSIL-FUELS [Anonymous] |