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Results: 1-22 |
Results: 22
HETEROTROPHIC ACTIVE BIOMASS COMPONENT OF ACTIVATED-SLUDGE MIXED LIQUOR
Authors: WENTZEL MC UBISI MF EKAMA GA
Citation: Mc. Wentzel et al., HETEROTROPHIC ACTIVE BIOMASS COMPONENT OF ACTIVATED-SLUDGE MIXED LIQUOR, Water science and technology, 37(4-5), 1998, pp. 79-87
PRINCIPLES IN THE DESIGN OF SINGLE-SLUDGE ACTIVATED-SLUDGE SYSTEMS FOR BIOLOGICAL REMOVAL OF CARBON, NITROGEN, AND PHOSPHORUS
Authors: WENTZEL MC EKAMA GA
Citation: Mc. Wentzel et Ga. Ekama, PRINCIPLES IN THE DESIGN OF SINGLE-SLUDGE ACTIVATED-SLUDGE SYSTEMS FOR BIOLOGICAL REMOVAL OF CARBON, NITROGEN, AND PHOSPHORUS, Water environment research, 69(7), 1997, pp. 1222-1231
KINETIC-BASED MODEL FOR MIXED WEAK ACID BASE SYSTEMS/
Authors: MUSVOTO EV WENTZEL MC LOEWENTHAL RE EKAMA GA
Citation: Ev. Musvoto et al., KINETIC-BASED MODEL FOR MIXED WEAK ACID BASE SYSTEMS/, Water S.A., 23(4), 1997, pp. 311-322
ACTIVATED-SLUDGE MIXED LIQUOR HETEROTROPHIC ACTIVE BIOMASS
Authors: UBISI MF JOOD TW WENTZEL MC EKAMA GA
Citation: Mf. Ubisi et al., ACTIVATED-SLUDGE MIXED LIQUOR HETEROTROPHIC ACTIVE BIOMASS, Water S.A., 23(3), 1997, pp. 239-248
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .2. STIMULATION OF THE SELECTOR EFFECT UNDER AEROBIC CONDITIONS
Authors: STILL DA EKAMA GA WENTZEL MC CASEY TG MARAIS GR
Citation: Da. Still et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .2. STIMULATION OF THE SELECTOR EFFECT UNDER AEROBIC CONDITIONS, Water S.A., 22(2), 1996, pp. 97-118
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .3. STIMULATION OF THE SELECTOR EFFECT UNDER ANOXIC CONDITIONS
Authors: EKAMA GA WENTZEL MC CASEY TG MARAIS GR
Citation: Ga. Ekama et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .3. STIMULATION OF THE SELECTOR EFFECT UNDER ANOXIC CONDITIONS, Water S.A., 22(2), 1996, pp. 119-126
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .4. SYSTEM CONFIGURATIONS AND OPERATING-CONDITIONS TO DEVELOP LOWF M FILAMENT BULKING SLUDGES AT LABORATORY-SCALE/
Authors: GABB DMD EKAMA GA JENKINS D WENTZEL MC CASEY TG MARAIS GR
Citation: Dmd. Gabb et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .4. SYSTEM CONFIGURATIONS AND OPERATING-CONDITIONS TO DEVELOP LOWF M FILAMENT BULKING SLUDGES AT LABORATORY-SCALE/, Water S.A., 22(2), 1996, pp. 127-137
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .5. EXPERIMENTAL EXAMINATION OF AEROBIC SELECTORS IN ANOXIC-AEROBIC SYSTEMS
Authors: GABB DMD EKAMA GA JENKINS D WENTZEL MC CASEY TG MARAIS GR
Citation: Dmd. Gabb et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .5. EXPERIMENTAL EXAMINATION OF AEROBIC SELECTORS IN ANOXIC-AEROBIC SYSTEMS, Water S.A., 22(2), 1996, pp. 139-146
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .6. REVIEW, EVALUATION AND CONSOLIDATION OF RESULTS
Authors: EKAMA GA WENTZEL MC CASEY TG MARAIS GR
Citation: Ga. Ekama et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .6. REVIEW, EVALUATION AND CONSOLIDATION OF RESULTS, Water S.A., 22(2), 1996, pp. 147-152
SECONDARY SETTLING-TANK MODELING AND DESIGN .1. REVIEW OF THEORETICALAND PRACTICAL DEVELOPMENTS
Authors: OZINSKY AE EKAMA GA
Citation: Ae. Ozinsky et Ga. Ekama, SECONDARY SETTLING-TANK MODELING AND DESIGN .1. REVIEW OF THEORETICALAND PRACTICAL DEVELOPMENTS, Water S.A., 21(4), 1995, pp. 325-332
SECONDARY SETTLING-TANK MODELING AND DESIGN .2. LINKING SLUDGE SETTLEABILITY MEASURES
Authors: OZINSKY AE EKAMA GA
Citation: Ae. Ozinsky et Ga. Ekama, SECONDARY SETTLING-TANK MODELING AND DESIGN .2. LINKING SLUDGE SETTLEABILITY MEASURES, Water S.A., 21(4), 1995, pp. 333-349
FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .1. A HISTORICAL OVERVIEW OF CAUSES AND CONTROL
Authors: CASEY TG EKAMA GA WENTZEL MC MARAIS GV
Citation: Tg. Casey et al., FILAMENTOUS ORGANISM BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS .1. A HISTORICAL OVERVIEW OF CAUSES AND CONTROL, Water S.A., 21(3), 1995, pp. 231-238
BATCH TEST FOR MEASUREMENT OF READILY BIODEGRADABLE COD AND ACTIVE ORGANISM CONCENTRATIONS IN MUNICIPAL WASTE-WATERS
Authors: WENTZEL MC MBEWE A EKAMA GA
Citation: Mc. Wentzel et al., BATCH TEST FOR MEASUREMENT OF READILY BIODEGRADABLE COD AND ACTIVE ORGANISM CONCENTRATIONS IN MUNICIPAL WASTE-WATERS, Water S.A., 21(2), 1995, pp. 117-124
TENTATIVE GUIDELINES FOR WASTE SELECTION, PROCESS DESIGN, OPERATION AND CONTROL OF UPFLOW ANAEROBIC SLUDGE BED REACTORS
Authors: WENTZEL MC MOOSBRUGGER RE SAMSOON PALNS EKAMA GA MARAIS GV
Citation: Mc. Wentzel et al., TENTATIVE GUIDELINES FOR WASTE SELECTION, PROCESS DESIGN, OPERATION AND CONTROL OF UPFLOW ANAEROBIC SLUDGE BED REACTORS, Water science and technology, 30(12), 1994, pp. 31-42
A HYPOTHESIS FOR THE CAUSES AND CONTROL OF ANOXIC-AEROBIC (AA) FILAMENT BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS
Authors: CASEY TG WENTZEL MC EKAMA GA LOEWENTHAL RE MARAIS GVR
Citation: Tg. Casey et al., A HYPOTHESIS FOR THE CAUSES AND CONTROL OF ANOXIC-AEROBIC (AA) FILAMENT BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS, Water science and technology, 29(7), 1994, pp. 203-212
THE EFFECT OF INCOMPLETE DENITRIFICATION ON ANOXIC-AEROBIC (LOW F M) FILAMENT BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS/
Authors: MUSVOTO EV CASEY TG EKAMA GA WENTZEL MC MARAIS GR
Citation: Ev. Musvoto et al., THE EFFECT OF INCOMPLETE DENITRIFICATION ON ANOXIC-AEROBIC (LOW F M) FILAMENT BULKING IN NUTRIENT REMOVAL ACTIVATED-SLUDGE SYSTEMS/, Water science and technology, 29(7), 1994, pp. 295-299
EVALUATION OF THE DUAL DIGESTION SYSTEM .1. OVERVIEW OF THE MILNERTONEXPERIENCE
Authors: MESSENGER JR DEVILLIERS HA LAUBSCHER SJA KENMUIR K EKAMA GA
Citation: Jr. Messenger et al., EVALUATION OF THE DUAL DIGESTION SYSTEM .1. OVERVIEW OF THE MILNERTONEXPERIENCE, Water S.A., 19(3), 1993, pp. 185-192
EVALUATION OF THE DUAL DIGESTION SYSTEM .2. OPERATION AND PERFORMANCEOF THE PURE OXYGEN AEROBIC REACTOR
Authors: MESSENGER JR DEVILLIERS HA EKAMA GA
Citation: Jr. Messenger et al., EVALUATION OF THE DUAL DIGESTION SYSTEM .2. OPERATION AND PERFORMANCEOF THE PURE OXYGEN AEROBIC REACTOR, Water S.A., 19(3), 1993, pp. 193-200
EVALUATION OF THE DUAL DIGESTION SYSTEM .3. CONSIDERATIONS IN THE PROCESS DESIGN OF THE AEROBIC REACTOR
Authors: MESSENGER JR EKAMA GA
Citation: Jr. Messenger et Ga. Ekama, EVALUATION OF THE DUAL DIGESTION SYSTEM .3. CONSIDERATIONS IN THE PROCESS DESIGN OF THE AEROBIC REACTOR, Water S.A., 19(3), 1993, pp. 201-208
EVALUATION OF THE DUAL DIGESTION SYSTEM .4. SIMULATION OF THE TEMPERATURE PROFILE IN THE BATCH FED AEROBIC REACTOR
Authors: MESSENGER JR EKAMA GA
Citation: Jr. Messenger et Ga. Ekama, EVALUATION OF THE DUAL DIGESTION SYSTEM .4. SIMULATION OF THE TEMPERATURE PROFILE IN THE BATCH FED AEROBIC REACTOR, Water S.A., 19(3), 1993, pp. 209-215
TREATMENT OF WINE DISTILLERY WASTE IN UASB SYSTEMS - FEASIBILITY, ALKALINITY REQUIREMENTS AND PH CONTROL
Authors: MOOSBRUGGER RE WENTZEL MC EKAMA GA MARAIS GV
Citation: Re. Moosbrugger et al., TREATMENT OF WINE DISTILLERY WASTE IN UASB SYSTEMS - FEASIBILITY, ALKALINITY REQUIREMENTS AND PH CONTROL, Water science and technology, 28(2), 1993, pp. 45-54
A 5 PH POINT TITRATION METHOD FOR DETERMINING THE CARBONATE AND SCFA WEAK ACID BASES IN ANAEROBIC SYSTEMS
Authors: MOOSBRUGGER RE WENTZEL MC EKAMA GA MARAIS GV
Citation: Re. Moosbrugger et al., A 5 PH POINT TITRATION METHOD FOR DETERMINING THE CARBONATE AND SCFA WEAK ACID BASES IN ANAEROBIC SYSTEMS, Water science and technology, 28(2), 1993, pp. 237-245
Risultati: 1-22 |