Pond treatment technology:
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| Format: | Book |
|---|---|
| Language: | English |
| Published: |
London
IWA Publ.
2005
|
| Edition: | 1. publ. |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Hier auch später erschienene, unveränderte Nachdrucke |
| Physical Description: | XVI, 479 S. graph. Darst. |
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MARC
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Record in the Search Index
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|---|---|
| adam_text | VK.A.&.* POND TREATMENT TECHNOLOGY EDITED BY ANDY SHILTON PUBLISHING
LONDON * SEATTLE CONTENTS FOREWORD XII DEDICATION XIII CONTRIBUTORS XIV
1 INTRODUCTION TO POND TREATMENT TECHNOLOGY 1 ANDY SHILTON AND NICK
WALMSLEY 1.1 THE POND ENVIRONMENT 1 1.2 THE STANDARD POND SYSTEM 2 1.3
POND DESIGN AND OPERATION 4 1.4 OTHER POND TYPES AND SPECIAL
APPLICATIONS 5 1.5 WATER QUALITY AND REGULATORY ISSUES 8 1.6 EVALUATION
OF THE TECHNOLOGIES 8 1.7 SUMMARY 11 REFERENCES 13 2 MICROBIOLOGY OF
WASTE STABILISATION PONDS 14 HOWARD PEARSON 2.1 INTRODUCTION 14 2.2
ANAEROBIC PROCESSES AND CARBON REMOVAL IN PONDS 15 2.3 AEROBIC PROCESSES
AND CARBON REMOVAL IN PONDS 18 2.4 PHOTOSYNTHETIC PROCESSES IN PONDS 18
2.5 ALGAL DIVERSITY AND FACTORS CONTROLLING ALGAL DOMINANCE 22 2.6
MICROBIAL PROCESSES AND NUTRIENT REMOVAL IN PONDS 29 2.7 MICROBIOLOGICAL
ASPECTS OF SPECIAL POND SYSTEMS 32 [V] VI CONTENTS 2.8 THE NEED FOR
FUTURE MICROBIOLOGICAL RESEARCH IN PONDS 40 2.9 CONCLUDING REMARKS 42
REFERENCES 43 3 PHYSICAL AND CHEMICAL ENVIRONMENTS 49 CHARLOTTE PATERSON
AND TOM CURTIS 3.1 THE DYNAMIC ENVIRONMENT 49 3.2 LIGHT 50 3.3 DISSOLVED
OXYGEN 54 3.4 PH 57 3.5 TEMPERATURE 59 3.6 SALINITY 60 3.7 ELEMENTAL
CYCLING 61 3.8 SUMMARY 63 3.9 RESEARCH RECOMMENDATIONS 63 REFERENCES 63
4 SOLIDS AND ORGANICS 66 NICK WALMSLEY AND ANDY SHILTON 4.1 WASTEWATER
CHARACTERISTICS 66 4.2 GROWTH OF SOLIDS AND ORGANICS WITHIN A POND 70
4.3 DECAY OF SOLIDS AND ORGANICS WITHIN A POND 71 4.4 TREATMENT
PERFORMANCE 75 4.5 SUMMARY AND FUTURE RESEARCH NEEDS 75 REFERENCES 76 5
NUTRIENTS 77 RUPERT CRAGGS 5.1 INTRODUCTION 77 5.2 NUTRIENT REMOVAL
PROCESSES 79 5.3 RELATIVE IMPORTANCE OF PROCESSES 88 5.4 RELEASE OF
NUTRIENTS FROM POND SLUDGE 89 5.5 NUTRIENT REMOVAL EFFICIENCY 90 5.6
IMPROVING NUTRIENT REMOVAL 93 5.7 SUMMARY 94 5.8 FURTHER RESEARCH 95
REFERENCES 95 CONTENTS VII 6 POND DISINFECTION 100 ROB DAVIES-COLLEY 6.1
INTRODUCTION 100 6.2 PATHOGENS AND INDICATOR ORGANISMS 101 6.3 OVERVIEW
OF DISINFECTION 105 6.4 SUNLIGHT-MEDIATED DISINFECTION 108 6.5 BACTERIAL
PATHOGEN REMOVAL 114 6.6 VIRUS REMOVAL 117 6.7 REMOVAL AND VIABILITY OF
HELMINTH OVA 120 6.8 PROTOZOAN REMOVAL 121 6.9 INFLUENCE OF PHYSICAL
DESIGN 122 6.10 POST DISINFECTION OF WSP EFFLUENTS 125 6.11 RESEARCH
NEEDS 128 6.12 SUMMARY 129 REFERENCES 131 7 HEAVY METAL REMOVAL 137
RUPERT CRAGGS 7.1 INTRODUCTION 137 7.2 HEAVY METAL REMOVAL PROCESSES 138
7.3 RELEASE OF HEAVY METALS FROM POND SLUDGE 141 7.4 HEAVY METAL REMOVAL
EFFICIENCY 141 7.5 SUMMARY 143 7.6 FURTHER RESEARCH 143 REFERENCES 143 8
POND PROCESS DESIGN - AN HISTORICAL REVIEW 145 ANDY SHILTON AND DUNCAN
MARA 8.1 LOADING RATES 145 8.2 EMPIRICAL DESIGN EQUATIONS 147 8.3 POND
DESIGN USING REACTOR THEORY 148 8.4 MATHEMATICAL MODELLING 158 8.5
SUMMARY 163 8.6 REFERENCES 164 VIII CONTENTS 9 POND PROCESS DESIGN - A
PRACTICAL GUIDE 168 DUNCAN MARA 9.1 INTRODUCTION 168 9.2 EFFLUENT
QUALITY 169 9.3 ANAEROBIC PONDS 170 9.4 FACULTATIVE PONDS 171 9.5
MATURATION PONDS 174 9.6 PHYSICAL SIZING 177 9.7 POND EFFLUENT REUSE 179
9.8 DESIGN EXAMPLE 181 9.9 CASE STUDY 184 9.10 FUTURE DESIGN DIRECTIONS
185 REFERENCES 186 10 HYDRAULIC DESIGN 188 ANDY SHILTON AND DAVID
SWEENEY 10.1 INTRODUCTION TO POND HYDRAULICS 188 10.2 INPUTS AND
INFLUENCES ON HYDRAULICS 195 10.3 RELATING HYDRAULICS TO TREATMENT 195
10.4 INLET DESIGN 198 10.5 OUTLET DESIGN 202 10.6 WIND 205 10.7 BAFFLES
AND SHAPE 208 10.8 AERATORS, MIXERS AND TEMPERATURE 213 10.9 SUMMARY AND
RESEARCH RECOMMENDATIONS 214 REFERENCES 215 11 SOLIDS REMOVAL AND OTHER
UPGRADING TECHNIQUES 218 E. JOE MIDDLEBROOKS, V. DEAN ADAMS, STUART
BILBY AND ANDY SHILTON 11.1 INTRODUCTION 218 11.2 INTERMITTENT SLOW SAND
FILTRATION 219 11.3 ROCK FILTERS 224 11.4 RAPID SAND FILTRATION 229 11.5
COAGULATION-FLOCCULATION / 229 11.6 DISSOLVED AIR FLOTATION 230 11.7
MODIFICATIONS AND ADDITIONS TO TYPICAL DESIGNS 234 11.8 AUTOFLOCCULATION
AND PHASE ISOLATION 237 CONTENTS IX 11.9 ATTACHED GROWTH 237 11.10 LAND
APPLICATION/TREATMENT 238 11.11 PARTIAL-MIX AERATED PONDS 240 11.12
MACROPHYTE SYSTEMS 244 11.13 AQUACULTURE 244 11.14 UASB 244 11.15
ULTRAVIOLET DISINFECTION 244 11.16 PERFORMANCE COMPARISONS WITH OTHER
REMOVAL METHODS 245 REFERENCES 247 12 OPERATION, MAINTENANCE AND
MONITORING 250 BARRY LLOYD 12.1 INTRODUCTION 250 12.2 OPERATION 251 12.3
MAINTENANCE 256 12.4 MONITORING 259 12.5 SLUDGE 266 12.6 EMISSIONS 274
12.7 FUTURE DEVELOPMENTS 278 REFERENCES 279 13 ADVANCED INTEGRATED
WASTEWATER PONDS 282 RUPERT CRAGGS 13.1 INTRODUCTION 282 13.2 ADVANCED
FACULTATIVE PONDS 286 13.3 HIGH RATE PONDS 288 13.4 ALGAE SETTLING POND
292 13.5 MATURATION POND 293 13.6 TREATMENT PERFORMANCE 294 13.7 AIWPS
COSTS 295 13.8 ADDITIONAL TREATMENT 298 13.9 RESOURCE RECOVERY 298 13.10
UPGRADING CONVENTIONAL WSPS 299 13.11 TREATMENT OF OTHER WASTES 300
13.12 SUMMARY 300 13.13 FUTURE RESEARCH NEEDS 301 REFERENCES 302
CONTENTS 14 POND(S) INTEGRATED WITH TRICKLING FILTER AND ACTIVATED
SLUDGE 311 PROCESSES OLEG SHIPIN ANDPIETER MEIRING 14.1 INTRODUCTION 311
14.2 ANAEROBIC POND(S)/TRICKLING HYBRID 312 14.3 PONDS/ACTIVATED SLUDGE
PROCESS HYBRID 314 14.4 PONDS FOLLOWED BY TRICKLING FILTER/ACTIVATED
SLUDGE PROCESS 316 14.5 SUMMARY AND FUTURE RESEARCH NEEDS 326 REFERENCES
327 15 INTEGRATED POND/WETLAND SYSTEMS 328 CHONGRAK POLPRASERT,
THAMMARAT KOOTTATEP AND CHRIS TANNER 15.1 INTRODUCTION 328 15.2
CONSTRUCTED WETLANDS 329 15.3 APPLICATION OF POND AND CW SYSTEMS 337
15.4 DESIGN CONSIDERATIONS 337 15.5 SUMMARY AND FUTURE RESEARCH NEEDS
343 REFERENCES 343 16 INTEGRATED POND/AQUACULTURE SYSTEMS 346 CHONGRAK
POLPRASERT AND THAMMARAT KOOTTATEP 16.1 AQUACULTURE PONDS 346 16.2
APPLICATIONS OF PONDS AND AQUACULTURE SYSTEMS 350 16.3 DESIGN
CONSIDERATIONS 352 16.4 SUMMARY AND FUTURE RESEARCH NEEDS 355
ACKNOWLEDGEMENTS 355 REFERENCES 355 17 WASTEWATER RESERVOIRS 357 MARCELO
JUANICO 17.1 INTRODUCTION 357 17.2 OPERATIONAL REGIMES AND WATER DEMAND
361 17.3 THE OLD CONTINUOUS-FLOW SINGLE RESERVOIR 363 17.4
THE NEW BATCH RESERVOIRS * * 371 17.5 ORGANIC LOADING 372 17.6 THE TOOLS
FOR DESIGN 375 CONTENTS XI 17.7 SUMMARY AND FUTURE RESEARCH NEEDS 376
REFERENCES 378 18 COLD AND CONTINENTAL CLIMATE PONDS 381 SONIA HEAVEN
AND CHARLES BANKS 18.1 INTRODUCTION 381 18.2 PROCESS DESIGN 385 18.3
SPECIAL ASPECTS OF CONSTRUCTION 388 18.4 OPERATION OF EXTREME CLIMATE
PONDS 390 18.5 POND MICROBIOLOGY AND PATHOGEN REMOVAL 393 18.6
MODIFICATIONS AND TRENDS IN DESIGN OF EXTREME CLIMATE PONDS 395 18.7
CASE STUDIES 396 18.8 FUTURE DIRECTIONS 402 REFERENCES 403 19 PONDS FOR
LIVESTOCK WASTES 408 JAMES SUKIAS AND CHRIS TANNER 19.1 INTRODUCTION 408
19.2 CHARACTERISTICS OF LIVESTOCK WASTES AND WASTEWATERS 409 19.3
LIVESTOCK POND DESIGN AND OPERATION 416 19.4 FARM DAIRY CASE STUDY - NEW
ZEALAND 422 19.5 PIGGERY CASE STUDY 426 19.6 SUMMARY AND FUTURE RESEARCH
NEEDS 428 REFERENCES 429 20 STORMWATER MANAGEMENT PONDS 433 JIRI
MARSALEK, BEN URBONAS AND IAN LAWRENCE 20.1 INTRODUCTION 433 20.2
STORMWATER POND PROCESSES 434 20.3 PERFORMANCE OF STORMWATER MANAGEMENT
PONDS 441 20.4 DESIGN OF STORMWATER DETENTION AND RETENTION PONDS 444
20.5 MAINTENANCE OF STORMWATER PONDS AND BASINS 455 20.6 SUMMARY 456
REFERENCES 457 INDEX 461
|
| adam_txt |
VK.A.&.* POND TREATMENT TECHNOLOGY EDITED BY ANDY SHILTON PUBLISHING
LONDON * SEATTLE CONTENTS FOREWORD XII DEDICATION XIII CONTRIBUTORS XIV
1 INTRODUCTION TO POND TREATMENT TECHNOLOGY 1 ANDY SHILTON AND NICK
WALMSLEY 1.1 THE POND ENVIRONMENT 1 1.2 THE 'STANDARD' POND SYSTEM 2 1.3
POND DESIGN AND OPERATION 4 1.4 OTHER POND TYPES AND SPECIAL
APPLICATIONS 5 1.5 WATER QUALITY AND REGULATORY ISSUES 8 1.6 EVALUATION
OF THE TECHNOLOGIES 8 1.7 SUMMARY 11 REFERENCES 13 2 MICROBIOLOGY OF
WASTE STABILISATION PONDS 14 HOWARD PEARSON 2.1 INTRODUCTION 14 2.2
ANAEROBIC PROCESSES AND CARBON REMOVAL IN PONDS 15 2.3 AEROBIC PROCESSES
AND CARBON REMOVAL IN PONDS 18 2.4 PHOTOSYNTHETIC PROCESSES IN PONDS 18
2.5 ALGAL DIVERSITY AND FACTORS CONTROLLING ALGAL DOMINANCE 22 2.6
MICROBIAL PROCESSES AND NUTRIENT REMOVAL IN PONDS 29 2.7 MICROBIOLOGICAL
ASPECTS OF SPECIAL POND SYSTEMS 32 [V] VI CONTENTS 2.8 THE NEED FOR
FUTURE MICROBIOLOGICAL RESEARCH IN PONDS 40 2.9 CONCLUDING REMARKS 42
REFERENCES 43 3 PHYSICAL AND CHEMICAL ENVIRONMENTS 49 CHARLOTTE PATERSON
AND TOM CURTIS 3.1 THE DYNAMIC ENVIRONMENT 49 3.2 LIGHT 50 3.3 DISSOLVED
OXYGEN 54 3.4 PH 57 3.5 TEMPERATURE 59 3.6 SALINITY 60 3.7 ELEMENTAL
CYCLING 61 3.8 SUMMARY 63 3.9 RESEARCH RECOMMENDATIONS 63 REFERENCES 63
4 SOLIDS AND ORGANICS 66 NICK WALMSLEY AND ANDY SHILTON 4.1 WASTEWATER
CHARACTERISTICS 66 4.2 GROWTH OF SOLIDS AND ORGANICS WITHIN A POND 70
4.3 DECAY OF SOLIDS AND ORGANICS WITHIN A POND 71 4.4 TREATMENT
PERFORMANCE 75 4.5 SUMMARY AND FUTURE RESEARCH NEEDS 75 REFERENCES 76 5
NUTRIENTS 77 RUPERT CRAGGS 5.1 INTRODUCTION 77 5.2 NUTRIENT REMOVAL
PROCESSES 79 5.3 RELATIVE IMPORTANCE OF PROCESSES 88 5.4 RELEASE OF
NUTRIENTS FROM POND SLUDGE 89 5.5 NUTRIENT REMOVAL EFFICIENCY 90 5.6
IMPROVING NUTRIENT REMOVAL 93 5.7 SUMMARY 94 5.8 FURTHER RESEARCH 95
REFERENCES 95 CONTENTS VII 6 POND DISINFECTION 100 ROB DAVIES-COLLEY 6.1
INTRODUCTION 100 6.2 PATHOGENS AND INDICATOR ORGANISMS 101 6.3 OVERVIEW
OF DISINFECTION 105 6.4 SUNLIGHT-MEDIATED DISINFECTION 108 6.5 BACTERIAL
PATHOGEN REMOVAL 114 6.6 VIRUS REMOVAL 117 6.7 REMOVAL AND VIABILITY OF
HELMINTH OVA 120 6.8 PROTOZOAN REMOVAL 121 6.9 INFLUENCE OF PHYSICAL
DESIGN 122 6.10 POST DISINFECTION OF WSP EFFLUENTS 125 6.11 RESEARCH
NEEDS 128 6.12 SUMMARY 129 REFERENCES 131 7 HEAVY METAL REMOVAL 137
RUPERT CRAGGS 7.1 INTRODUCTION 137 7.2 HEAVY METAL REMOVAL PROCESSES 138
7.3 RELEASE OF HEAVY METALS FROM POND SLUDGE 141 7.4 HEAVY METAL REMOVAL
EFFICIENCY 141 7.5 SUMMARY 143 7.6 FURTHER RESEARCH 143 REFERENCES 143 8
POND PROCESS DESIGN - AN HISTORICAL REVIEW 145 ANDY SHILTON AND DUNCAN
MARA 8.1 LOADING RATES 145 8.2 EMPIRICAL DESIGN EQUATIONS 147 8.3 POND
DESIGN USING REACTOR THEORY 148 8.4 MATHEMATICAL MODELLING 158 8.5
SUMMARY 163 8.6 REFERENCES 164 VIII CONTENTS 9 POND PROCESS DESIGN - A
PRACTICAL GUIDE 168 DUNCAN MARA 9.1 INTRODUCTION 168 9.2 EFFLUENT
QUALITY 169 9.3 ANAEROBIC PONDS 170 9.4 FACULTATIVE PONDS 171 9.5
MATURATION PONDS 174 9.6 PHYSICAL SIZING 177 9.7 POND EFFLUENT REUSE 179
9.8 DESIGN EXAMPLE 181 9.9 CASE STUDY 184 9.10 FUTURE DESIGN DIRECTIONS
185 REFERENCES 186 10 HYDRAULIC DESIGN 188 ANDY SHILTON AND DAVID
SWEENEY 10.1 INTRODUCTION TO POND HYDRAULICS 188 10.2 INPUTS AND
INFLUENCES ON HYDRAULICS 195 10.3 RELATING HYDRAULICS TO TREATMENT 195
10.4 INLET DESIGN 198 10.5 OUTLET DESIGN 202 10.6 WIND 205 10.7 BAFFLES
AND SHAPE 208 10.8 AERATORS, MIXERS AND TEMPERATURE 213 10.9 SUMMARY AND
RESEARCH RECOMMENDATIONS 214 REFERENCES 215 11 SOLIDS REMOVAL AND OTHER
UPGRADING TECHNIQUES 218 E. JOE MIDDLEBROOKS, V. DEAN ADAMS, STUART
BILBY AND ANDY SHILTON 11.1 INTRODUCTION 218 11.2 INTERMITTENT SLOW SAND
FILTRATION 219 11.3 ROCK FILTERS 224 11.4 RAPID SAND FILTRATION 229 11.5
COAGULATION-FLOCCULATION / 229 11.6 DISSOLVED AIR FLOTATION 230 11.7
MODIFICATIONS AND ADDITIONS TO TYPICAL DESIGNS 234 11.8 AUTOFLOCCULATION
AND PHASE ISOLATION 237 CONTENTS IX 11.9 ATTACHED GROWTH 237 11.10 LAND
APPLICATION/TREATMENT 238 11.11 PARTIAL-MIX AERATED PONDS 240 11.12
MACROPHYTE SYSTEMS 244 11.13 AQUACULTURE 244 11.14 UASB 244 11.15
ULTRAVIOLET DISINFECTION 244 11.16 PERFORMANCE COMPARISONS WITH OTHER
REMOVAL METHODS 245 REFERENCES 247 12 OPERATION, MAINTENANCE AND
MONITORING 250 BARRY LLOYD 12.1 INTRODUCTION 250 12.2 OPERATION 251 12.3
MAINTENANCE 256 12.4 MONITORING 259 12.5 SLUDGE 266 12.6 EMISSIONS 274
12.7 FUTURE DEVELOPMENTS 278 REFERENCES 279 13 ADVANCED INTEGRATED
WASTEWATER PONDS 282 RUPERT CRAGGS 13.1 INTRODUCTION 282 13.2 ADVANCED
FACULTATIVE PONDS 286 13.3 HIGH RATE PONDS 288 13.4 ALGAE SETTLING POND
292 13.5 MATURATION POND 293 13.6 TREATMENT PERFORMANCE 294 13.7 AIWPS
COSTS 295 13.8 ADDITIONAL TREATMENT 298 13.9 RESOURCE RECOVERY 298 13.10
UPGRADING CONVENTIONAL WSPS 299 13.11 TREATMENT OF OTHER WASTES 300
13.12 SUMMARY 300 13.13 FUTURE RESEARCH NEEDS 301 REFERENCES 302
CONTENTS 14 POND(S) INTEGRATED WITH TRICKLING FILTER AND ACTIVATED
SLUDGE 311 PROCESSES OLEG SHIPIN ANDPIETER MEIRING 14.1 INTRODUCTION 311
14.2 ANAEROBIC POND(S)/TRICKLING HYBRID 312 14.3 PONDS/ACTIVATED SLUDGE
PROCESS HYBRID 314 14.4 PONDS FOLLOWED BY TRICKLING FILTER/ACTIVATED
SLUDGE PROCESS 316 14.5 SUMMARY AND FUTURE RESEARCH NEEDS 326 REFERENCES
327 15 INTEGRATED POND/WETLAND SYSTEMS 328 CHONGRAK POLPRASERT,
THAMMARAT KOOTTATEP AND CHRIS TANNER 15.1 INTRODUCTION 328 15.2
CONSTRUCTED WETLANDS 329 15.3 APPLICATION OF POND AND CW SYSTEMS 337
15.4 DESIGN CONSIDERATIONS 337 15.5 SUMMARY AND FUTURE RESEARCH NEEDS
343 REFERENCES 343 16 INTEGRATED POND/AQUACULTURE SYSTEMS 346 CHONGRAK
POLPRASERT AND THAMMARAT KOOTTATEP 16.1 AQUACULTURE PONDS 346 16.2
APPLICATIONS OF PONDS AND AQUACULTURE SYSTEMS 350 16.3 DESIGN
CONSIDERATIONS 352 16.4 SUMMARY AND FUTURE RESEARCH NEEDS 355
ACKNOWLEDGEMENTS 355 REFERENCES 355 17 WASTEWATER RESERVOIRS 357 MARCELO
JUANICO 17.1 INTRODUCTION 357 17.2 OPERATIONAL REGIMES AND WATER DEMAND
361 17.3 THE 'OLD' CONTINUOUS-FLOW SINGLE RESERVOIR 363 17.4
THE'NEW'BATCH RESERVOIRS * * 371 17.5 ORGANIC LOADING 372 17.6 THE TOOLS
FOR DESIGN 375 CONTENTS XI 17.7 SUMMARY AND FUTURE RESEARCH NEEDS 376
REFERENCES 378 18 COLD AND CONTINENTAL CLIMATE PONDS 381 SONIA HEAVEN
AND CHARLES BANKS 18.1 INTRODUCTION 381 18.2 PROCESS DESIGN 385 18.3
SPECIAL ASPECTS OF CONSTRUCTION 388 18.4 OPERATION OF EXTREME CLIMATE
PONDS 390 18.5 POND MICROBIOLOGY AND PATHOGEN REMOVAL 393 18.6
MODIFICATIONS AND TRENDS IN DESIGN OF EXTREME CLIMATE PONDS 395 18.7
CASE STUDIES 396 18.8 FUTURE DIRECTIONS 402 REFERENCES 403 19 PONDS FOR
LIVESTOCK WASTES 408 JAMES SUKIAS AND CHRIS TANNER 19.1 INTRODUCTION 408
19.2 CHARACTERISTICS OF LIVESTOCK WASTES AND WASTEWATERS 409 19.3
LIVESTOCK POND DESIGN AND OPERATION 416 19.4 FARM DAIRY CASE STUDY - NEW
ZEALAND 422 19.5 PIGGERY CASE STUDY 426 19.6 SUMMARY AND FUTURE RESEARCH
NEEDS 428 REFERENCES 429 20 STORMWATER MANAGEMENT PONDS 433 JIRI
MARSALEK, BEN URBONAS AND IAN LAWRENCE 20.1 INTRODUCTION 433 20.2
STORMWATER POND PROCESSES 434 20.3 PERFORMANCE OF STORMWATER MANAGEMENT
PONDS 441 20.4 DESIGN OF STORMWATER DETENTION AND RETENTION PONDS 444
20.5 MAINTENANCE OF STORMWATER PONDS AND BASINS 455 20.6 SUMMARY 456
REFERENCES 457 INDEX 461 |
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| bvnumber | BV021561470 |
| classification_rvk | AR 22520 AR 22540 |
| classification_tum | UMW 450f |
| ctrlnum | (OCoLC)249366690 (DE-599)BVBBV021561470 |
| dewey-full | 628.351 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 628 - Sanitary engineering |
| dewey-raw | 628.351 |
| dewey-search | 628.351 |
| dewey-sort | 3628.351 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Allgemeines Bauingenieurwesen Umwelt |
| discipline_str_mv | Allgemeines Bauingenieurwesen Umwelt |
| edition | 1. publ. |
| format | Book |
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| id | DE-604.BV021561470 |
| illustrated | Illustrated |
| index_date | 2024-07-02T14:34:56Z |
| indexdate | 2024-07-09T20:38:40Z |
| institution | BVB |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-014777401 |
| oclc_num | 249366690 |
| open_access_boolean | |
| owner | DE-1046 DE-M490 DE-91 DE-BY-TUM DE-83 |
| owner_facet | DE-1046 DE-M490 DE-91 DE-BY-TUM DE-83 |
| physical | XVI, 479 S. graph. Darst. |
| publishDate | 2005 |
| publishDateSearch | 2005 |
| publishDateSort | 2005 |
| publisher | IWA Publ. |
| record_format | marc |
| spelling | Pond treatment technology ed. by Andy Shilton 1. publ. London IWA Publ. 2005 XVI, 479 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Hier auch später erschienene, unveränderte Nachdrucke Abwasserreinigung - Abwasserteich Sewage lagoons Sewage Purification Abwasserteich (DE-588)4214867-4 gnd rswk-swf Abwassertechnologie (DE-588)4122755-4 gnd rswk-swf Abwasserteich (DE-588)4214867-4 s Abwassertechnologie (DE-588)4122755-4 s DE-604 Shilton, Andy Sonstige oth HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014777401&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Pond treatment technology Abwasserreinigung - Abwasserteich Sewage lagoons Sewage Purification Abwasserteich (DE-588)4214867-4 gnd Abwassertechnologie (DE-588)4122755-4 gnd |
| subject_GND | (DE-588)4214867-4 (DE-588)4122755-4 |
| title | Pond treatment technology |
| title_auth | Pond treatment technology |
| title_exact_search | Pond treatment technology |
| title_exact_search_txtP | Pond treatment technology |
| title_full | Pond treatment technology ed. by Andy Shilton |
| title_fullStr | Pond treatment technology ed. by Andy Shilton |
| title_full_unstemmed | Pond treatment technology ed. by Andy Shilton |
| title_short | Pond treatment technology |
| title_sort | pond treatment technology |
| topic | Abwasserreinigung - Abwasserteich Sewage lagoons Sewage Purification Abwasserteich (DE-588)4214867-4 gnd Abwassertechnologie (DE-588)4122755-4 gnd |
| topic_facet | Abwasserreinigung - Abwasserteich Sewage lagoons Sewage Purification Abwasserteich Abwassertechnologie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014777401&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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