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| 1 |
MARC |
PESENDORFER |
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MINE WATER MANAGEMENT GROUP |
CANADA |
01 |
DETECTION EFFICIENCY OF LONG HORIZONTAL PREDRILLINGS TO IDENTIFY WATER CONDUCTIVE STRUCTURES |
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| 2 |
SIMON |
LOEW |
CHAIR OF ENGINEERING GEOLOGY |
EIDGEN?SSISCHE TECHNISCHE HOCHSCHULE |
SWITZERLAND |
01 |
DETECTION EFFICIENCY OF LONG HORIZONTAL PREDRILLINGS TO IDENTIFY WATER CONDUCTIVE STRUCTURES |
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| 3 |
JORGE |
RUBIO |
DEPARTAMENTO DE ENGENHARIA DE MINAS, LABORATORIO DE TECNOLOGIA MINERAL E AMBIENTAL (LTM) |
UNIVERSIDADE FEDERAL DO RIO GRANDE DO SUL |
BRAZIL |
03 |
TREATMENT TECHNIQUES OF RESIDUAL ACID WATERS FROM COAL MINING IN BRAZIL |
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| 4 |
ALINE |
NOGUEIRA |
DEPARTAMENTO DE ENGENHARIA DE MINAS, LABORATORIO DE TECNOLOGIA MINERAL E AMBIENTAL (LTM) |
UNIVERSIDADE FEDERAL DO RIO GRANDE DO SUL |
BRAZIL |
03 |
TREATMENT TECHNIQUES OF RESIDUAL ACID WATERS FROM COAL MINING IN BRAZIL |
|
| 5 |
RENATO |
ROCHA |
DEPARTAMENTO DE ENGENHARIA DE MINAS, LABORATORIO DE TECNOLOGIA MINERAL E AMBIENTAL (LTM) |
UNIVERSIDADE FEDERAL DO RIO GRANDE DO SUL |
BRAZIL |
03 |
TREATMENT TECHNIQUES OF RESIDUAL ACID WATERS FROM COAL MINING IN BRAZIL |
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| 6 |
ANTON |
MAYER |
MANAGER HYDROLOGY |
BARRICK GOLD CORPORATION |
USA |
04 |
WATER HARVESTING AND SITE WATER MANAGEMENT, BUZWAGI PROJECT, TANZANIA |
|
| 7 |
JULIE |
SHUTTLEWORTH |
PROCESS MANAGER - BUZWAGI PROJECT |
BARRICK GOLD CORPORATION |
TANZANIA |
04 |
WATER HARVESTING AND SITE WATER MANAGEMENT, BUZWAGI PROJECT, TANZANIA |
|
| 8 |
PIERRE |
BEAUDOIN |
MANAGER, METALLURGY AND PROCESS DEVELOPMENT |
BARRICK GOLD CORPORATION |
CANADA |
04 |
WATER HARVESTING AND SITE WATER MANAGEMENT, BUZWAGI PROJECT, TANZANIA |
|
| 9 |
MEI LIN |
SHELP |
SENIOR HYDROLOGIST |
BARRICK GOLD CORPORATION |
USA |
04 |
WATER HARVESTING AND SITE WATER MANAGEMENT, BUZWAGI PROJECT, TANZANIA |
|
| 10 |
FERNANDO |
NUÑEZ |
GERENTE DE AREA NORTE |
NALCO INDUSTRIAL SERVICES CHILE LTDA. |
CHILE |
05 |
WASTEWATER TREATMENT FOR USE IN COOLING WATER SYSTEM FOR A SMELTING PLANT |
|
| 11 |
MARGARETE |
KALIN |
CEO |
BOOJUM RESEARCH LTD |
CANADA |
06 |
METAL CONTAMINATED GROUND WATER FROM BASE METAL TAILINGS: RESULTS FROM A FIELD PILOT-SCALE IN SITU TREATMENT TEST |
|
| 12 |
A. |
FYSON |
|
BOOJUM RESEARCH LTD |
CANADA |
06 |
METAL CONTAMINATED GROUND WATER FROM BASE METAL TAILINGS: RESULTS FROM A FIELD PILOT-SCALE IN SITU TREATMENT TEST |
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| 13 |
M.P. |
SMITH |
|
BOOJUM RESEARCH LTD |
CANADA |
06 |
METAL CONTAMINATED GROUND WATER FROM BASE METAL TAILINGS: RESULTS FROM A FIELD PILOT-SCALE IN SITU TREATMENT TEST |
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| 14 |
MARC |
PESENDORFER |
|
MINE WATER MANAGEMENT GROUP / GOLDER ASSOCIATES |
CANADA |
07 |
UNDERGROUND HYDRAULIC PRESSURE RESPONSE TEST AT A DIAMOND MINE TO CLASSIFY A HIGHLY CONDUCTIVE FAULT ZONE – A CASE STUDY |
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| 15 |
DON |
CHORLEY |
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GOLDER ASSOCIATES |
CANADA |
07 |
UNDERGROUND HYDRAULIC PRESSURE RESPONSE TEST AT A DIAMOND MINE TO CLASSIFY A HIGHLY CONDUCTIVE FAULT ZONE – A CASE STUDY |
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| 16 |
MIKE |
DOBR |
|
GOLDER ASSOCIATES |
CANADA |
07 |
UNDERGROUND HYDRAULIC PRESSURE RESPONSE TEST AT A DIAMOND MINE TO CLASSIFY A HIGHLY CONDUCTIVE FAULT ZONE – A CASE STUDY |
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| 17 |
JORG LANGWALDT |
LANGWALDT |
MINERAL PROCESSING |
GEOLOGICAL SURVEY OF FINLAND |
FINLAND |
09 |
FATE OF NITROGENOUS COMPOUNDS IN WATER MANAGEMENT SYSTEMS OF THREE MINES |
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| 18 |
K.M. |
MATTILA |
ROVANIEMI RESEARCH STATION |
FINNISH FOREST RESEARCH INSTITUTE |
FINLAND |
09 |
FATE OF NITROGENOUS COMPOUNDS IN WATER MANAGEMENT SYSTEMS OF THREE MINES |
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| 19 |
H.K. |
KONTIO |
ROVANIEMI RESEARCH STATION |
FINNISH FOREST RESEARCH INSTITUTE |
FINLAND |
09 |
FATE OF NITROGENOUS COMPOUNDS IN WATER MANAGEMENT SYSTEMS OF THREE MINES |
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| 20 |
JORG LANGWALDT |
LANGWALDT |
MINERAL PROCESSING |
GEOLOGICAL SURVEY OF FINLAND |
FINLAND |
10 |
HIGH-RATE BIOLOGICAL REMOVAL OF NITROGENOUS COMPOUNDS FROM COLD INORGANIC MINE WATER |
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| 21 |
GENNADI |
ZAITSEV |
ROVANIEMI RESEARCH STATION |
FINNISH FOREST RESEARCH INSTITUTE |
FINLAND |
10 |
HIGH-RATE BIOLOGICAL REMOVAL OF NITROGENOUS COMPOUNDS FROM COLD INORGANIC MINE WATER |
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| 22 |
JORG LANGWALDT |
LANGWALDT |
MINERAL PROCESSING |
GEOLOGICAL SURVEY OF FINLAND |
FINLAND |
11 |
AMMONIUM REMOVAL FROM MINE WATER BY COMMERCIAL NATURAL ZEOLITES: A COMPARATIVE STUDY |
|
| 23 |
DINESH |
KUMAR |
|
HIMACHAL PRADESH UNIVERSITY |
INDIA |
12 |
ILLEGAL MINING AND ITS IMPACT ON WATER OF SEER KHAD IN BILASPUR DISTRICT OF HIMACHAL PRADESH IN INDIA |
|
| 24 |
ZULEICA |
CASTILHOS |
LABORATORIO DE ECOTOXICOLOGIA, SERVIÇO DE DESENVOLVIMENTO SUSTENTAVEL |
CENTRO DE TECNOLOGIA MINERAL/CETEM-MCT |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 25 |
SILVIA |
EGLER |
LABORATORIO DE ECOTOXICOLOGIA, SERVIÇO DE DESENVOLVIMENTO SUSTENTAVEL |
CENTRO DE TECNOLOGIA MINERAL/CETEM-MCT |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 26 |
ALINNE |
RAMOS |
LABORATORIO DE ECOTOXICOLOGIA, SERVIÇO DE DESENVOLVIMENTO SUSTENTAVEL |
CENTRO DE TECNOLOGIA MINERAL/CETEM-MCT |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 27 |
RICARDO |
CESAR |
LABORATORIO DE ECOTOXICOLOGIA, SERVIÇO DE DESENVOLVIMENTO SUSTENTAVEL |
CENTRO DE TECNOLOGIA MINERAL/CETEM-MCT |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 28 |
LUIZ CESAR |
SILVA |
LABORATORIO DE ECOTOXICOLOGIA, SERVIÇO DE DESENVOLVIMENTO SUSTENTAVEL |
CENTRO DE TECNOLOGIA MINERAL/CETEM-MCT |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
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| 29 |
NADJA |
ALEXANDRE |
INSTITUTO DE PESQUISAS AMBIENTAIS/IPAT |
UNIVERSIDADE DO EXTREMO SUL CATARINENSE |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
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| 30 |
JACIRA |
SILVANO |
INSTITUTO DE PESQUISAS AMBIENTAIS/IPAT |
UNIVERSIDADE DO EXTREMO SUL CATARINENSE |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
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| 31 |
MARCUS |
BIANCHINNI |
INSTITUTO DE PESQUISAS AMBIENTAIS/IPAT |
UNIVERSIDADE DO EXTREMO SUL CATARINENSE |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
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| 32 |
TERESINHA |
NASCIMENTO |
INSTITUTO DE PESQUISAS AMBIENTAIS/IPAT |
UNIVERSIDADE DO EXTREMO SUL CATARINENSE |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 33 |
MARIA DA GLORIA |
SILVA |
INSTITUTO DE PESQUISAS AMBIENTAIS/IPAT |
UNIVERSIDADE DO EXTREMO SUL CATARINENSE |
BRAZIL |
13 |
ENVIRONMENTAL ASSESSMENT OF COAL MINING POLLUTION IN HYDROGRAPHICAL BASINS IN SOUTHERN SANTA CATARINA STATE, BRAZIL |
|
| 34 |
JAMES |
VARELA |
MINE ENGINEER |
HAVER & BOECKER LATINOAMERICANA |
BRAZIL |
14 |
THE HIGH PRESSURE WASHING SYSTEM “HAVER HYDRO-CLEAN” |
|
| 35 |
MARIA ALEJANDRA |
LIENDO |
|
LAPROM-UFRG |
BRAZIL |
15 |
SEQUESTRATION OF METAL CATIONS WITH ZEROVALET IRON: EVALUATION BY SOFTWARE |
|
| 36 |
NESTOR CEZAR |
HECK |
|
DEMET-UFRGS |
BRAZIL |
15 |
SEQUESTRATION OF METAL CATIONS WITH ZEROVALET IRON: EVALUATION BY SOFTWARE |
|
| 37 |
GELSA EDITH |
ENGLERT |
|
LAPROM-UFRG |
BRAZIL |
15 |
SEQUESTRATION OF METAL CATIONS WITH ZEROVALET IRON: EVALUATION BY SOFTWARE |
|
| 38 |
CARLOS |
HOFFMANN SAMPAIO |
|
LAPROM-UFRG |
BRAZIL |
15 |
SEQUESTRATION OF METAL CATIONS WITH ZEROVALET IRON: EVALUATION BY SOFTWARE |
|
| 39 |
GONZALO |
MONTES |
SCHOOL OF CHEMICAL ENGINEERING AND ANALYTICAL SCIENCES |
THE UNIVERSITY OF MANCHESTER |
UK |
17 |
REMOVAL AND RECOVERY OF VALUABLE HEAVY METALS FROM INDUSTRIAL WASTEWATERS: CONNECTING INDUSTRIES |
|
| 40 |
S. |
MONTES |
LABORATORIO DE FISICOQUIMICA DE SUPERFICIES. DEPARTAMENTO DE QUIMICA DE LOS MATERIALES |
UNIVERSIDAD DE SANTIAGO DE CHILE |
CHILE |
17 |
REMOVAL AND RECOVERY OF VALUABLE HEAVY METALS FROM INDUSTRIAL WASTEWATERS: CONNECTING INDUSTRIES |
|
| 41 |
A. |
PATTISON |
SCHOOL OF CHEMICAL ENGINEERING AND ANALYTICAL SCIENCES |
THE UNIVERSITY OF MANCHESTER |
UK |
17 |
REMOVAL AND RECOVERY OF VALUABLE HEAVY METALS FROM INDUSTRIAL WASTEWATERS: CONNECTING INDUSTRIES |
|
| 42 |
E. |
VALERO |
LABORATORIO DE FISICOQUIMICA DE SUPERFICIES. DEPARTAMENTO DE QUIMICA DE LOS MATERIALES |
UNIVERSIDAD DE SANTIAGO DE CHILE |
CHILE |
17 |
REMOVAL AND RECOVERY OF VALUABLE HEAVY METALS FROM INDUSTRIAL WASTEWATERS: CONNECTING INDUSTRIES |
|
| 43 |
O. |
DIAZ |
DEPARTAMENTO DE BIOLOGIA |
UNIVERSIDAD DE SANTIAGO DE CHILE |
CHILE |
17 |
REMOVAL AND RECOVERY OF VALUABLE HEAVY METALS FROM INDUSTRIAL WASTEWATERS: CONNECTING INDUSTRIES |
|
| 44 |
MARCOS |
PINTO |
|
ARCADIS GEOTECNICA |
CHILE |
18 |
OPERATIONAL INDICATORS OF WATER MANAGEMENT IN TAILINGS IMPOUNDMENTS |
|
| 45 |
MARCOS |
PINTO |
|
ARCADIS GEOTECNICA |
CHILE |
19 |
TAILINGS IMPOUNDMENTS – WATER BALANCE – METHODOLOGY |
|
| 46 |
SERGIO |
BARRERA |
INGENIERO CIVIL |
ARCADIS GEOTECNICA |
CHILE |
19 |
TAILINGS IMPOUNDMENTS – WATER BALANCE – METHODOLOGY |
|
| 47 |
MARCOS |
PINTO |
|
ARCADIS GEOTECNICA |
CHILE |
20 |
TAILINGS IMPOUNDMENTS – WATER BALANCE – KEY VARIABLES |
|
| 48 |
SERGIO |
BARRERA |
INGENIERO CIVIL |
ARCADIS GEOTECNICA |
CHILE |
20 |
TAILINGS IMPOUNDMENTS – WATER BALANCE – KEY VARIABLES |
|
| 49 |
SERGIO |
BARRERA |
INGENIERO CIVIL |
ARCADIS GEOTECNICA |
CHILE |
21 |
WATER LOSS AND RECLAIM RATES IN TAILINGS IMPOUNDMENTS |
|
| 50 |
JAVIERA |
ORTIZ |
|
ARCADIS GEOTECNICA |
CHILE |
21 |
WATER LOSS AND RECLAIM RATES IN TAILINGS IMPOUNDMENTS |
|
| 51 |
CLAUDIO |
SCOGNAMILLO |
|
ARCADIS GEOTECNICA |
CHILE |
22 |
WATER RECLAIM SYSTEMS IN TAILINGS IMPOUNDMENTS |
|
| 52 |
CECILIA |
RIVEROS |
|
ARCADIS GEOTECNICA |
CHILE |
22 |
WATER RECLAIM SYSTEMS IN TAILINGS IMPOUNDMENTS |
|
| 53 |
AJ |
GUNSON |
PHD CANDIDATE |
UNIVERSITY OF BRITISH COLUMBIA |
CANADA |
23 |
IMPROVING MILL WATER SYSTEM DESIGN FOR REDUCED ENERGY USAGE |
|
| 54 |
BERN |
KLEIN |
NORMAN B. KEEVIL INSTITUTE OF MINING ENGINEERING |
UNIVERSITY OF BRITISH COLUMBIA |
CANADA |
23 |
IMPROVING MILL WATER SYSTEM DESIGN FOR REDUCED ENERGY USAGE |
|
| 55 |
MARCELLO |
VEIGA |
NORMAN B. KEEVIL INSTITUTE OF MINING ENGINEERING |
UNIVERSITY OF BRITISH COLUMBIA |
CANADA |
23 |
IMPROVING MILL WATER SYSTEM DESIGN FOR REDUCED ENERGY USAGE |
|
| 56 |
KURT |
MARKKOLA |
CONCENTRATOR MANAGER |
FREEPORT-MCMORAN CANDELARIA |
CHILE |
24 |
OPERATIONAL PRACTICES AND FACILITY DESIGN AT MINERA CANDELARIA |
|
| 57 |
JORGE |
SOTO |
OPERATIONS SUPERINTENDENT |
FREEPORT-MCMORAN CANDELARIA |
CHILE |
24 |
OPERATIONAL PRACTICES AND FACILITY DESIGN AT MINERA CANDELARIA |
|
| 58 |
LUIS |
TAPIA |
PLANT METALLURGIST |
FREEPORT-MCMORAN CANDELARIA |
CHILE |
24 |
OPERATIONAL PRACTICES AND FACILITY DESIGN AT MINERA CANDELARIA |
|
| 59 |
GUILLERMO |
YA?EZ |
MAINTENANCE SUPERINTENDENT |
FREEPORT-MCMORAN CANDELARIA |
CHILE |
24 |
OPERATIONAL PRACTICES AND FACILITY DESIGN AT MINERA CANDELARIA |
|
| 60 |
SONIA DENISE |
FERREIRA ROCHA |
ASSOCIATE PROFESSOR OF MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
25 |
ZINC RECOVERY FROM WASTEWATER BY ASSOCIATION OF LIQUID-LIQUID EXTRACTION AND PRECIPITATION WITH MG(OH)3 |
|
| 61 |
MARCELO |
BORGES MANSUR |
ADJUNCT PROFESSOR OF METALLURGY DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
25 |
ZINC RECOVERY FROM WASTEWATER BY ASSOCIATION OF LIQUID-LIQUID EXTRACTION AND PRECIPITATION WITH MG(OH)3 |
|
| 62 |
CARLOS ANTONIO |
DE MORAIS |
|
CDTN- NUCLEAR TECHNOLOGY DEVELOPMENT CENTER |
BRAZIL |
25 |
ZINC RECOVERY FROM WASTEWATER BY ASSOCIATION OF LIQUID-LIQUID EXTRACTION AND PRECIPITATION WITH MG(OH)3 |
|
| 63 |
M. |
PAPINI |
MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
26 |
RESIDUAL FLOTATION REAGENTS IN WATER FROM MINERAL PROCESSING |
|
| 64 |
P.R.M. |
VIANA |
MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
26 |
RESIDUAL FLOTATION REAGENTS IN WATER FROM MINERAL PROCESSING |
|
| 65 |
A.C. |
ARAUJO |
MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
26 |
RESIDUAL FLOTATION REAGENTS IN WATER FROM MINERAL PROCESSING |
|
| 66 |
S.D.F. |
ROCHA |
MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
26 |
RESIDUAL FLOTATION REAGENTS IN WATER FROM MINERAL PROCESSING |
|
| 67 |
Z.M. |
MAGRIOTIS |
MINING ENGINEERING DEPARTMENT |
FEDERAL UNIVERSITY OF MINAS GERAIS |
BRAZIL |
26 |
RESIDUAL FLOTATION REAGENTS IN WATER FROM MINERAL PROCESSING |
|
| 68 |
MANUEL |
TEJOS LEMUS |
CONSULTOR AMBIENTAL (INGENIERO CIVIL) |
PROUST CONSULTORES |
CHILE |
27 |
UPDATED INFORMATION ON WATER USE BY THE CHILEAN MINING INDUSTRY AND COMPARISON WITH OTHER SECTORS |
|
| 69 |
JORGE |
PROUST DUCLOS |
CONSULTOR AMBIENTAL (INGENIERO CIVIL DE MINAS) |
PROUST CONSULTORES |
CHILE |
27 |
UPDATED INFORMATION ON WATER USE BY THE CHILEAN MINING INDUSTRY AND COMPARISON WITH OTHER SECTORS |
|
| 70 |
RODOLFO |
CAMACHO |
COORDINADOR DE COMISION DE RECURSOS HIDRICOS |
SONAMI |
CHILE |
27 |
UPDATED INFORMATION ON WATER USE BY THE CHILEAN MINING INDUSTRY AND COMPARISON WITH OTHER SECTORS |
|
| 71 |
DAVID |
KRATOCHVIL |
|
BIOTEQ ENVIRONMENTAL TECHNOLOGIES INC. |
CANADA |
28 |
REDUCING WATER TREATMENT COSTS WHILE MEETING THE CHALLENGE OF ENVIRONMENTAL COMPLIANCE FOR THE MINING INDUSTRY – THE BIOSULPHIDE® AND SULF-IXTM PROCESSES |
|
| 72 |
RICK |
LAWRENCE |
|
BIOTEQ ENVIRONMENTAL TECHNOLOGIES INC. |
CANADA |
28 |
REDUCING WATER TREATMENT COSTS WHILE MEETING THE CHALLENGE OF ENVIRONMENTAL COMPLIANCE FOR THE MINING INDUSTRY – THE BIOSULPHIDE® AND SULF-IXTM PROCESSES |
|
| 73 |
RAYMOND |
PHILIPPE |
CHILE BUSINESS DEVELOPMENT MANAGER |
BIOTEQ ENVIRONMENTAL TECHNOLOGIES INC. |
CANADA |
28 |
REDUCING WATER TREATMENT COSTS WHILE MEETING THE CHALLENGE OF ENVIRONMENTAL COMPLIANCE FOR THE MINING INDUSTRY – THE BIOSULPHIDE® AND SULF-IXTM PROCESSES |
|
| 74 |
BORIS |
LIBERMAN |
|
IDE TECHNOLOGIES, LTD. |
ISRAEL |
29 |
PRESSURE CENTER DESIGN AND BORON REMOVAL IN VERY LARGE DESALINATION PLANTS |
|
| 75 |
MIRIAM |
FAIGON |
|
IDE TECHNOLOGIES, LTD. |
ISRAEL |
29 |
PRESSURE CENTER DESIGN AND BORON REMOVAL IN VERY LARGE DESALINATION PLANTS |
|
| 76 |
MICHAEL |
TRAMER |
WESTERN HEMISPHERE |
IDE TECHNOLOGIES, LTD. |
ISRAEL |
29 |
PRESSURE CENTER DESIGN AND BORON REMOVAL IN VERY LARGE DESALINATION PLANTS |
|
| 77 |
LUIS |
GUTIERREZ |
INGENIERO INSTITUTO DE INVESTIGACION MINERAS |
UNIVERSIDAD NACIONAL DE SAN JUAN |
ARGENTINA |
30 |
ANALYSIS OF LOW-COST TECHNOLOGIES FOR HEAVY METALS DECONTAMINATION: ZEOLITE USE |
|
| 78 |
LUIS |
GUTIERREZ |
INGENIERO INSTITUTO DE INVESTIGACION MINERAS |
UNIVERSIDAD NACIONAL DE SAN JUAN |
ARGENTINA |
31 |
ANALYSIS OF TWO LOW-COST TECHNOLOGIES FOR HEAVY METALS DECONTAMINATION: ZEOLITE USE AND CHROMATES MICROBIAL REDUCTION |
|
| 79 |
HUBERT |
GONZALEZ |
APPLICATIONS MANAGER LATAM |
CIBA ESPECIALIDADES QUIMICAS LTDA. |
CHILE |
32 |
INCREASED THICKENER UNDERFLOW DENSITY AND WATER RECOVERY BY MODIFICATION OF RHEOLOGICAL PROPERTIES |
|
| 80 |
ROBERTO |
HARVEY |
BUSINESS MANAGER LATAM |
CIBA ESPECIALIDADES QUIMICAS LTDA. |
CHILE |
32 |
INCREASED THICKENER UNDERFLOW DENSITY AND WATER RECOVERY BY MODIFICATION OF RHEOLOGICAL PROPERTIES |
|
| 81 |
PABLO |
VALENZUELA |
TECHNICAL SPECIALIST |
CIBA ESPECIALIDADES QUIMICAS LTDA. |
CHILE |
32 |
INCREASED THICKENER UNDERFLOW DENSITY AND WATER RECOVERY BY MODIFICATION OF RHEOLOGICAL PROPERTIES |
|
| 82 |
ALEJO |
GUTIERREZ VI?UALES |
COORDINADOR GENERAL, UNIDAD DE GESTION AMBIENTAL DE LA ACTIVIDAD MINERA |
SECRETARIA DE AMBIENTE Y DESARROLLO SUSTENTABLE |
ARGENTINA |
34 |
ENVIRONMENTAL MONITORING OF RIVER BASINS WITH MINING ACTIVITIES: THE CASE OF JÁCHAL RIVER, ARGENTINA |
|
| 83 |
MIGUEL |
GOMEZ |
DIRECTOR, DIRECCION DE GESTION AMBIENTAL DE LOS RECURSOS HIDRICOS |
SECRETARIA DE AMBIENTE Y DESARROLLO SUSTENTABLE |
ARGENTINA |
34 |
ENVIRONMENTAL MONITORING OF RIVER BASINS WITH MINING ACTIVITIES: THE CASE OF JÁCHAL RIVER, ARGENTINA |
|
| 84 |
CECILIA |
BREARD |
TECNICO CONSULTOR GEOLOGO |
SECRETARIA DE AMBIENTE Y DESARROLLO SUSTENTABLE |
ARGENTINA |
34 |
ENVIRONMENTAL MONITORING OF RIVER BASINS WITH MINING ACTIVITIES: THE CASE OF JÁCHAL RIVER, ARGENTINA |
|
| 85 |
MICHAEL |
ROSKO |
PRINCIPAL / HYDROGEOLOGIST |
ERROL L. MONTGOMERY & ASSOCIATES, INC. |
USA |
35 |
STATUS OF GROUNDWATER LEVELS IN THE COPIAPO VALLEY AND OPTIONS FOR MITIGATION OF DOWNWARD TRENDS |
|
| 86 |
JORGE |
CORTES |
JEFE DEPARTAMENTO INGENIERIA PLANTA |
COMPANIA CONTRACTUAL MINERA CANDELARIA |
CHILE |
35 |
STATUS OF GROUNDWATER LEVELS IN THE COPIAPO VALLEY AND OPTIONS FOR MITIGATION OF DOWNWARD TRENDS |
|
| 87 |
MICHAEL |
ROSKO |
PRINCIPAL / HYDROGEOLOGIST |
ERROL L. MONTGOMERY & ASSOCIATES, INC. |
USA |
36 |
CHARACTERIZATION OF THE COPIAPO VALLEY AQUIFER SYSTEM |
|
| 88 |
JORGE |
CORTES |
JEFE DEPARTAMENTO INGENIERIA PLANTA |
COMPANIA CONTRACTUAL MINERA CANDELARIA |
CHILE |
36 |
CHARACTERIZATION OF THE COPIAPO VALLEY AQUIFER SYSTEM |
|
| 89 |
STEVEN |
IZATT |
PRESIDENT AND CEO |
IBC ADVANCED TECHNOLOGIES, INC. |
USA |
37 |
THE APPLICATION OF MOLECULAR RECOGNITION TECHNOLOGY (MRT) IN THE TREATMENT OF AQUEOUS STREAMS FOR EFFLUENT CONTROL AND IN EFFICIENT USE OF PROCESS WATER SUPPLIES |
|
| 90 |
NEIL |
IZATT |
|
IBC ADVANCED TECHNOLOGIES, INC. |
USA |
37 |
THE APPLICATION OF MOLECULAR RECOGNITION TECHNOLOGY (MRT) IN THE TREATMENT OF AQUEOUS STREAMS FOR EFFLUENT CONTROL AND IN EFFICIENT USE OF PROCESS WATER SUPPLIES |
|
| 91 |
JOHN |
DALE |
|
IBC ADVANCED TECHNOLOGIES, INC. |
USA |
37 |
THE APPLICATION OF MOLECULAR RECOGNITION TECHNOLOGY (MRT) IN THE TREATMENT OF AQUEOUS STREAMS FOR EFFLUENT CONTROL AND IN EFFICIENT USE OF PROCESS WATER SUPPLIES |
|
| 92 |
RONALD |
BRUENING |
|
IBC ADVANCED TECHNOLOGIES, INC. |
USA |
37 |
THE APPLICATION OF MOLECULAR RECOGNITION TECHNOLOGY (MRT) IN THE TREATMENT OF AQUEOUS STREAMS FOR EFFLUENT CONTROL AND IN EFFICIENT USE OF PROCESS WATER SUPPLIES |
|
| 93 |
PAUL |
CHOULES |
VICE PRESIDENT ? DESALINATION & REUSE, AMERICAS |
VEOLIA WATER SOLUTIONS & TECHNOLOGIES DESALINATION & REUSE COMPETENCY CENTER |
USA |
38 |
COMPARING CONVENTIONAL AND MEMBRANE PRE-TREATMENT ON SEAWATER OSMOSIS DESALINATION PLANTS |
|
| 94 |
MOURAD |
BEN BOUDINAR |
SENIOR PROCESS ENGINEER |
VEOLIA WATER SOLUTIONS & TECHNOLOGIES |
UK |
38 |
COMPARING CONVENTIONAL AND MEMBRANE PRE-TREATMENT ON SEAWATER OSMOSIS DESALINATION PLANTS |
|
| 95 |
DOUG |
BROWN |
PRINCIPAL HYDROGEOLOGIST/MINING SECTOR LEADER |
MWH |
AUSTRALIA |
39 |
AQUIFER RE-INJECTION AS AN OPTION IN MINESITE WATER MANAGEMENT IN THE PILBARA REGION OF WESTERN AUSTRALIA |
|
| 96 |
JED |
YOUNGS |
PRINCIPAL HYDROGEOLOGIST |
MWH |
AUSTRALIA |
39 |
AQUIFER RE-INJECTION AS AN OPTION IN MINESITE WATER MANAGEMENT IN THE PILBARA REGION OF WESTERN AUSTRALIA |
|
| 97 |
DENNIS |
GIBSON |
GENERAL MANAGER WATER |
RIO TINTO IRON ORE |
AUSTRALIA |
39 |
AQUIFER RE-INJECTION AS AN OPTION IN MINESITE WATER MANAGEMENT IN THE PILBARA REGION OF WESTERN AUSTRALIA |
|
| 98 |
AMADO |
GUZMAN |
PRINCIPAL SCIENTIST |
ARCADIS US INC |
USA |
40 |
WATER CONSERVATION – A POTENTIAL BENEFIT FROM LEACHING OPTIMIZATION |
|
| 99 |
BERNIE |
MACK |
PRINCIPAL ENGINEER |
VEOLIA WATER SOLUTIONS |
USA |
41 |
FACTORS INFLUENCING PROCESS SELECTION IN MINE DRAINAGE WATER TREATMENT |
|
| 100 |
CHRIS |
HOWELL |
|
CROWN SOLUTIONS |
USA |
41 |
FACTORS INFLUENCING PROCESS SELECTION IN MINE DRAINAGE WATER TREATMENT |
|
| 101 |
DAVE |
CHRISTOPHERSEN |
|
CROWN SOLUTIONS |
USA |
41 |
FACTORS INFLUENCING PROCESS SELECTION IN MINE DRAINAGE WATER TREATMENT |
|
| 102 |
JOHN |
MCCARTNEY |
REGIONAL OPERATIONS MANAGER ? SOUTH AMERICA |
WATER MANAGEMENT CONSULTANTS |
CHILE |
42 |
HYDROGEOLOGICAL FEATURES OF SOME PORPHRY COPPER DEPOSITS IN SOUTH AMERICA AND IMPLICATIONS FOR MINE DRAINAGE |
|
| 103 |
GEOFF |
BEALE |
|
WATER MANAGEMENT CONSULTANTS |
CHILE |
43 |
THE ROLE OF PORE PRESSURE IN PIT SLOPE DESIGN |
|
| 104 |
PAUL |
MANSFIELD |
SENIOR HYDROGEOLOGIST |
WATER MANAGEMENT CONSULTANTS |
CHILE |
43 |
THE ROLE OF PORE PRESSURE IN PIT SLOPE DESIGN |
|
| 105 |
MANUEL |
RAPIMAN |
|
MINERA ESCONDIDA LIMITADA |
CHILE |
43 |
THE ROLE OF PORE PRESSURE IN PIT SLOPE DESIGN |
|
| 106 |
RICK |
TURNER |
|
MINERA ESCONDIDA LIMITADA |
CHILE |
43 |
THE ROLE OF PORE PRESSURE IN PIT SLOPE DESIGN |
|
| 107 |
CHRISTOPHER |
BEGGS |
|
WATER MANAGEMENT CONSULTANTS |
CHILE |
44 |
WATER RESOURCE MANAGEMENT DURING MINE LIFE-CYCLE |
|
| 108 |
ROWAN |
MCKITTRICK |
|
WATER MANAGEMENT CONSULTANTS |
CHILE |
44 |
WATER RESOURCE MANAGEMENT DURING MINE LIFE-CYCLE |
|
| 109 |
CHRISTIAN |
CINTOLESI |
SENIOR HYDROGEOLOGIST |
WATER MANAGEMENT CONSULTANTS |
CHILE |
45 |
CLIMATE CHANGE AND IMPLICATIONS FOR GROUNDWATER RESOURCE DEVELOPMENT IN NORTHERN CHILE |
|
| 110 |
JOHN |
MCCARTNEY |
REGIONAL OPERATIONS MANAGER ? SOUTH AMERICA |
WATER MANAGEMENT CONSULTANTS |
CHILE |
46 |
DEWATERING OF THE BAJO DE ALUMBRERA MINE, ARGENTINA |
|
| 111 |
GABRIEL |
LOPEZ |
|
MINERA ALUMBRERA |
ARGENTINA |
46 |
DEWATERING OF THE BAJO DE ALUMBRERA MINE, ARGENTINA |
|
| 112 |
R. |
ROBINSON |
|
AC MINING CONSULTING CC |
SOUTH AFRICA |
47 |
SUSTAINABLE PURIFICATION & RE-USE OF MINE WATER USING ION EXCHANGE TECHNOLOGY |
|
| 113 |
DARRYL |
HOWARD |
CEO |
FACILITATING INNOVATIVE RESEARCH ENVIRONMENTS (PTY) LTD |
SOUTH AFRICA |
47 |
SUSTAINABLE PURIFICATION & RE-USE OF MINE WATER USING ION EXCHANGE TECHNOLOGY |
|
| 114 |
P. |
CABLE |
SALES & MARKETING MANAGER |
ROHM AND HAAS SOUTH AFRICA (PTY) LTD. |
SOUTH AFRICA |
47 |
SUSTAINABLE PURIFICATION & RE-USE OF MINE WATER USING ION EXCHANGE TECHNOLOGY |
|
| 115 |
RICHARD |
STOVER |
CHIEF TECHNOLOGY OFFICER |
ENERGY RECOVERY, INC. |
USA |
48 |
ENERGY RECOVERY DEVICES IN MEMBRANE DESALINATION OPERATIONS |
|
| 116 |
BORJA |
BLANCO |
VP AND GENERAL MANAGER, AG- LARGE PROJECTS GROUP |
ENERGY RECOVERY, INC. |
SPAIN |
48 |
ENERGY RECOVERY DEVICES IN MEMBRANE DESALINATION OPERATIONS |
|
| 117 |
SCOTT |
BEARDSLEY |
|
DOW WATER SOLUTIONS |
USA |
49 |
SIDE-BY-SIDE PERFORMANCE OF REVERSE OSMOSIS ELEMENTS USING TWO DIFFERENT FEED CHANNEL SPACERS |
|
| 118 |
CRAIG |
GRANLUND |
|
DOW WATER SOLUTIONS |
USA |
49 |
SIDE-BY-SIDE PERFORMANCE OF REVERSE OSMOSIS ELEMENTS USING TWO DIFFERENT FEED CHANNEL SPACERS |
|
| 119 |
ANDRE |
GERTH |
CHIEF EXECUTIVE OFFICER |
BIOPLANTA GMBH |
GERMANY |
50 |
INTEGRAL BIOTREATMENT FOR AMD AND WATER DISCHARGES |
|
| 120 |
JUAN RAMON |
CANDIA |
DIRECTOR PROGRAMA EVALUACION DE RIESGOS & REMEDIACION AMBIENTAL |
FUNDACION CHILE |
CHILE |
50 |
INTEGRAL BIOTREATMENT FOR AMD AND WATER DISCHARGES |
|
| 121 |
MATT |
HALLAN |
|
THE DOW QUEMICAL COMPANY |
USA |
51 |
DESIGN, DEVELOPMENT AND EVALUATION OF SIXTEEN INCH DIAMETER RO/NF MODULES |
|
| 122 |
JON |
JOHNSON |
|
THE DOW QUEMICAL COMPANY |
USA |
51 |
DESIGN, DEVELOPMENT AND EVALUATION OF SIXTEEN INCH DIAMETER RO/NF MODULES |
|
| 123 |
MIKE |
KORELTZ |
|
THE DOW QUEMICAL COMPANY |
USA |
51 |
DESIGN, DEVELOPMENT AND EVALUATION OF SIXTEEN INCH DIAMETER RO/NF MODULES |
|
| 124 |
MARTY |
PEERY |
|
THE DOW QUEMICAL COMPANY |
USA |
51 |
DESIGN, DEVELOPMENT AND EVALUATION OF SIXTEEN INCH DIAMETER RO/NF MODULES |
|
| 125 |
GLEN |
PETERSON |
|
THE DOW QUEMICAL COMPANY |
USA |
51 |
DESIGN, DEVELOPMENT AND EVALUATION OF SIXTEEN INCH DIAMETER RO/NF MODULES |
|
| 126 |
FERNANDO |
DEL VIGO |
TECHNICAL MANGER |
GENESYS MEMBRANE PRODUCTS S.L |
SPAIN |
52 |
MEMBRANE AUTOPSIES HELP TO PROVIDE SOLUTIONS TO OPERATIONAL PROBLEMS IN RO SYSTEMS |
|
| 127 |
S. |
GALLEGO |
|
GENESYS MEMBRANE PRODUCTS S.L |
SPAIN |
52 |
MEMBRANE AUTOPSIES HELP TO PROVIDE SOLUTIONS TO OPERATIONAL PROBLEMS IN RO SYSTEMS |
|
| 128 |
FERNANDO |
DEL VIGO |
TECHNICAL MANGER |
GENESYS MEMBRANE PRODUCTS S.L |
SPAIN |
53 |
PRACTICAL EXPERIENCE WITH HIGH SILICA CONCENTRATION IN RO WATERS. |
|
| 129 |
S. |
GALLEGO |
|
GENESYS MEMBRANE PRODUCTS S.L |
SPAIN |
53 |
PRACTICAL EXPERIENCE WITH HIGH SILICA CONCENTRATION IN RO WATERS. |
|
| 130 |
S. |
CHESTERS |
|
GENESYS MEMBRANE PRODUCTS S.L |
SPAIN |
53 |
PRACTICAL EXPERIENCE WITH HIGH SILICA CONCENTRATION IN RO WATERS. |
|
| 131 |
SRINIVAS (VASU) |
VEERAPANENI |
|
BLACK & VEATCH CORPORATION |
USA |
54 |
DESIGN, CONSTRUCTION AND STARTUP OF A WASTEWATER RECLAMATION FACILITY IN AUSTRALIA IN 12 MONTHS |
|
| 132 |
CINDY |
WALLIS-LAGE |
|
BLACK & VEATCH CORPORATION |
USA |
54 |
DESIGN, CONSTRUCTION AND STARTUP OF A WASTEWATER RECLAMATION FACILITY IN AUSTRALIA IN 12 MONTHS |
|
| 133 |
JONATHAN |
PRESSDEE |
|
BLACK & VEATCH CORPORATION |
USA |
54 |
DESIGN, CONSTRUCTION AND STARTUP OF A WASTEWATER RECLAMATION FACILITY IN AUSTRALIA IN 12 MONTHS |
|
| 134 |
SCOTT |
FREEMAN |
|
BLACK & VEATCH CORPORATION |
USA |
54 |
DESIGN, CONSTRUCTION AND STARTUP OF A WASTEWATER RECLAMATION FACILITY IN AUSTRALIA IN 12 MONTHS |
|
| 135 |
JOSE |
DE PIEROLA |
WATER RESOURCES MANAGER |
SOUTHERN PERU COPPER CORP. |
PERU |
55 |
THE VALUE AND THE COST OF WATER IN THE PROCESS OF MINING PRODUCTION AND ITS SOCIAL CHARACTER |
|
| 136 |
GUIDO |
GORRES |
BUSINESS MANAGER BULK MINING |
LAROX GMBH |
GERMANY |
56 |
WATER RECOVERY A CHALLENGE FOR MODERN DEWATERING TECHNOLOGY |
|
| 137 |
MANUEL |
MARTINEZ |
SALES MANAGER |
LAROX |
CHILE |
56 |
WATER RECOVERY A CHALLENGE FOR MODERN DEWATERING TECHNOLOGY |
|
| 138 |
JORMA |
NUUTINEN |
MANAGING DIRECTOR |
LAROX |
BRAZIL |
56 |
WATER RECOVERY A CHALLENGE FOR MODERN DEWATERING TECHNOLOGY |
|
| 139 |
CHRIS |
GALLAGHER |
PRESIDENT |
APLIED WATER SOLUTIONS, INC. |
USA |
57 |
ELECTROPURIFICATION, ADVANCEMENT IN THE ART OF ELECTRODEIONIZATION |
|
| 140 |
RAUL PORTILLA |
PORTILLA |
SYSTEM CONTROL ENGINEER |
MINERA ESCONDIDA LIMITADA |
CHILE |
58 |
PROS AND CONS OF THE UTILIZATION OF PROFIBUS & FIELBUS FIELD BUSES IN DESALINISATION PLANTS |
|
| 141 |
RICARDO |
ARANCIBIA |
DESALINISATION PLANT SENIOR OPERATION LEADER |
MINERA ESCONDIDA LIMITADA |
CHILE |
59 |
THE ESCONDIDA OPERATIONAL EXPERIENCE WITH A AQUEDUCT OF 170 KMS. LONG BETWEEN COLOSO FACILITIES AND MINE RECEPTION |
|
| 142 |
LUIS |
GUTIERREZ |
SENIOR SYSTEM CONTROL ENGINEER |
MINERA ESCONDIDA LIMITADA |
CHILE |
59 |
THE ESCONDIDA OPERATIONAL EXPERIENCE WITH A AQUEDUCT OF 170 KMS. LONG BETWEEN COLOSO FACILITIES AND MINE RECEPTION |
|
| 143 |
LUIS |
GUTIERREZ |
SENIOR SYSTEM CONTROL ENGINEER |
MINERA ESCONDIDA LIMITADA |
CHILE |
60 |
BALANCE AND RECONCILIATION MODEL FOR A DESALINISATION PLANT. THE ESCONDIDA EXPERIENCE. |
|
| 144 |
NICOLA |
KING |
RESOURCE ECONOMIST |
MINTEK, RSA |
SOUTH AFRICA |
61 |
MODELLING THE EFFECT OF PRE-CONCENTRATION AND PASTE THICKENING ON WATER USAGE FOR THE PROCESSING OF PLATINUM ORES |
|
| 145 |
HONGJUN |
DONG |
SENIOR ENGINEER |
MINTEK, RSA |
SOUTH AFRICA |
61 |
MODELLING THE EFFECT OF PRE-CONCENTRATION AND PASTE THICKENING ON WATER USAGE FOR THE PROCESSING OF PLATINUM ORES |
|
| 146 |
ADRIAN |
HINDE |
SPECIALIST PARTICULATE SYSTEMS |
MINTEK, RSA |
SOUTH AFRICA |
61 |
MODELLING THE EFFECT OF PRE-CONCENTRATION AND PASTE THICKENING ON WATER USAGE FOR THE PROCESSING OF PLATINUM ORES |
|
| 147 |
NICOLA |
KING |
RESOURCE ECONOMIST |
MINTEK, RSA |
SOUTH AFRICA |
62 |
MEETING THE WATER SECURITY CHALLENGES FOR PLATINUM MINING ON THE EASTERN LIMB OF THE BUSHVELD IGNEOUS COMPLEX IN SOUTH AFRICA |
|
| 148 |
DUMISANE |
DUBE |
WATER SPECIALIST |
MINTEK, RSA |
SOUTH AFRICA |
62 |
MEETING THE WATER SECURITY CHALLENGES FOR PLATINUM MINING ON THE EASTERN LIMB OF THE BUSHVELD IGNEOUS COMPLEX IN SOUTH AFRICA |
|
| 149 |
HONGJUN |
DONG |
SENIOR ENGINEER |
MINTEK, RSA |
SOUTH AFRICA |
62 |
MEETING THE WATER SECURITY CHALLENGES FOR PLATINUM MINING ON THE EASTERN LIMB OF THE BUSHVELD IGNEOUS COMPLEX IN SOUTH AFRICA |
|
| 150 |
ADRIAN |
HINDE |
SPECIALIST PARTICULATE SYSTEMS |
MINTEK, RSA |
SOUTH AFRICA |
62 |
MEETING THE WATER SECURITY CHALLENGES FOR PLATINUM MINING ON THE EASTERN LIMB OF THE BUSHVELD IGNEOUS COMPLEX IN SOUTH AFRICA |
|
| 151 |
BRADLEY DEAN |
KOMISHKE |
STAFF CHEMIST |
SHELL CANADA ENERGY |
CANADA |
63 |
RECYCLING OF WATER IN THE OIL SANDS MINING INDUSTRY |
|
| 152 |
CARMEN GLORIA |
ARREDONDO |
PROJECT ENGINEER |
INGENALSE S.A |
CHILE |
64 |
REVERSE OSMOSIS SEAWATER FOR MINING |
|
| 153 |
CARMEN GLORIA |
ARREDONDO |
PROJECT ENGINEER |
INGENALSE S.A |
CHILE |
65 |
ARSENIC ELECTROCOAGULACIÓN OF A MINIG EFFLUENT |
|
| 154 |
MARK |
BIRCH |
|
GOLDER ASSOCIATES, INC |
USA |
66 |
HYDROGEOLOGICAL CHARACERIZATION AND LEACHING FLUID CONTROL AT AN IN-PIT LEACH FACILITY, CHINO MINES, NEW MEXICO |
|
| 155 |
DAVID |
BANTON |
|
GOLDER ASSOCIATES, INC |
USA |
66 |
HYDROGEOLOGICAL CHARACERIZATION AND LEACHING FLUID CONTROL AT AN IN-PIT LEACH FACILITY, CHINO MINES, NEW MEXICO |
|
| 156 |
TIM |
EASTEP |
PHELPS DODGE CHINO MINES, NEW MEXICO |
FREEPORT MCMORAN COPPER AND GOLD |
USA |
66 |
HYDROGEOLOGICAL CHARACERIZATION AND LEACHING FLUID CONTROL AT AN IN-PIT LEACH FACILITY, CHINO MINES, NEW MEXICO |
|
| 157 |
NED |
HALL |
PHELPS DODGE SIERRITA OPERATIONS, GREEN VALLEY, ARIZONA |
FREEPORT MCMORAN COPPER AND GOLD |
USA |
66 |
HYDROGEOLOGICAL CHARACERIZATION AND LEACHING FLUID CONTROL AT AN IN-PIT LEACH FACILITY, CHINO MINES, NEW MEXICO |
|
| 158 |
MARIO |
INOSTROZA |
ACCOUNT MANAGER |
ABB S.A. |
CHILE |
67 |
WATER – A CRITICAL RESOURCE. THE BENEFIT OF PARTNERING FOR THE COMPLETE WATER CYCLE |
|
| 159 |
CRISTIAN |
RIQUELME |
MININIG BUSINESS DEVELOPMENT |
ABB S.A. |
CHILE |
67 |
WATER – A CRITICAL RESOURCE. THE BENEFIT OF PARTNERING FOR THE COMPLETE WATER CYCLE |
|
| 160 |
PETER |
SMITH |
|
GOLDER ASSOCIATES S.A. |
CHILE |
68 |
SURFACE WATER / GROUNDWATER ASSESSMENT AND MANAGEMENT FOR SUSTAINABLE DEVELOPMENT |
|
| 161 |
JAN |
VAN HOOYDONCK |
|
ARTOIS CONSULTING LTDA. |
CHILE |
68 |
SURFACE WATER / GROUNDWATER ASSESSMENT AND MANAGEMENT FOR SUSTAINABLE DEVELOPMENT |
|
| 162 |
DAVID |
MAARSE |
|
GOLDER ASSOCIATES S.A. |
CHILE |
68 |
SURFACE WATER / GROUNDWATER ASSESSMENT AND MANAGEMENT FOR SUSTAINABLE DEVELOPMENT |
|
| 163 |
RICHARD |
DIXON |
DIRECTOR, HATCH WATER LATIN AMERICA |
HATCH ASSOCIATES |
CHILE |
69 |
THE TRUE COST OF WATER - A SUSTAINABLE DEVELOPMENT APPROACH |
|
| 164 |
PHILIP |
BANGERTER |
GLOBAL DIRECTOR SUSTAINABILITY |
HATCH ASSOCIATES |
AUSTRALIA |
69 |
THE TRUE COST OF WATER - A SUSTAINABLE DEVELOPMENT APPROACH |
|
| 165 |
MARIANA |
VILLEGAS |
ENGINEER, SUSTAINABILITY |
HATCH ASSOCIATES |
CHILE |
69 |
THE TRUE COST OF WATER - A SUSTAINABLE DEVELOPMENT APPROACH |
|
| 166 |
RICHARD |
DIXON |
DIRECTOR, HATCH WATER LATIN AMERICA |
HATCH ASSOCIATES |
CHILE |
70 |
SEAWATER INTAKE AND PRETREATMENT METHODS – COMPARISON AND RECOMMENDATIONS |
|
| 167 |
PAULA |
GUERRA |
ENGINEER, HATCH WATER LATIN AMERICA |
HATCH ASSOCIATES |
CHILE |
70 |
SEAWATER INTAKE AND PRETREATMENT METHODS – COMPARISON AND RECOMMENDATIONS |
|
| 168 |
SERGIO |
GONZALEZ |
ENGINEER, HATCH WATER LATIN AMERICA |
HATCH ASSOCIATES |
CHILE |
70 |
SEAWATER INTAKE AND PRETREATMENT METHODS – COMPARISON AND RECOMMENDATIONS |
|
| 169 |
JORGE |
ARUESTE |
SENIOR ENVIRONMENTAL ENGINEER, HATCH WATER LATIN AMERICA |
HATCH ASSOCIATES |
CHILE |
71 |
WATER SCARCITY IN NORTHERN CHILE FOR MINING PROJECTS: PRESENT AND FUTURE |
|
| 170 |
V. |
LEVY |
SENIOR CHEMIST |
GHD |
AUSTRALIA |
72 |
WATER USE IN THE AUSTRALIAN MINING INDUSTRY — THREATS AND OPPORTUNITIES |
|
| 171 |
V. |
LEVY |
SENIOR CHEMIST |
GHD |
AUSTRALIA |
72 |
WATER USE IN THE AUSTRALIAN MINING INDUSTRY — THREATS AND OPPORTUNITIES |
|
| 172 |
R. |
FABRE |
GRADUATE WATER ENGINEER |
GHD |
AUSTRALIA |
72 |
WATER USE IN THE AUSTRALIAN MINING INDUSTRY — THREATS AND OPPORTUNITIES |
|
| 173 |
B. |
GOEBEL |
MANAGER INDUSTRIAL WATER AND WASTE |
GHD |
AUSTRALIA |
72 |
WATER USE IN THE AUSTRALIAN MINING INDUSTRY — THREATS AND OPPORTUNITIES |
|
| 174 |
C. |
HERTLE |
PRINCIPAL PROCESS ENGINEER |
GHD |
AUSTRALIA |
72 |
WATER USE IN THE AUSTRALIAN MINING INDUSTRY — THREATS AND OPPORTUNITIES |
|
| 175 |
J.L. |
SANCHEZ |
DEPARTMENT OF MARINE SCIENCES |
UNIVERSITY OF ALICANTE |
SPAIN |
73 |
HOW TO MINIMISE ENVIRONMENTAL IMPACTS FROM SEA WATER REVERSE OSMOSIS DESALINATION PLANTS? |
|
| 176 |
Y. |
FERNANDEZ-TORQUEMADA |
DEPARTMENT OF MARINE SCIENCES |
UNIVERSITY OF ALICANTE |
SPAIN |
73 |
HOW TO MINIMISE ENVIRONMENTAL IMPACTS FROM SEA WATER REVERSE OSMOSIS DESALINATION PLANTS? |
|
| 177 |
LUDO |
DIELS |
ENVIRONMENT AND PROCESS TECHNOLOGY |
VITO |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 178 |
KAROLIEN |
VANBROEKHOVEN |
|
VITO |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 179 |
SANDRA |
VAN ROY |
|
VITO |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 180 |
JOHAN |
GEMOETS |
|
VITO |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 181 |
PAUL |
VERKAEREN |
|
MWH |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 182 |
LUDO |
ZEUWTS |
|
SMET GWT |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 183 |
KAREL |
FEYAERTS |
|
UMICORE RESEARCH |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 184 |
FRANCIS |
VAN DEN BROECK |
|
UMICORE RESEARCH |
BELGIUM |
74 |
SUSTAINABLE APPROACH FOR THE IMMOBILIZATION OF METALS IN GROUNDWATER AND MINING WATER: IN SITU BIOPRECIPITATION |
|
| 185 |
MAURICIO |
SANDOVAL |
SUPERINTENDENT OF WATER RESOURCES AND TAILING DAMS |
ANGLO AMERICAN CHILE |
CHILE |
75 |
THE HYDRAULIC CURTAIN AS A REMEDIATION METHOD IN MINING FACILITIES |
|
