BOOK
Evolution of Sanitation and Wastewater Technologies through the Centuries
Andreas N. Angelakis | Joan B. Rose
(2014)
Additional Information
Book Details
Abstract
Most of the technological developments relevant to water supply and wastewater date back to more than to five thousand years ago. These developments were driven by the necessity to make efficient use of natural resources, to make civilizations more resistant to destructive natural elements, and to improve the standards of life, both at public and private level.
Rapid technological progress in the 20th century created a disregard for past sanitation and wastewater and stormwater technologies that were considered to be far behind the present ones. A great deal of unresolved problems in the developing world related to the wastewater management principles, such as the decentralization of the processes, the durability of the water projects, the cost effectiveness, and sustainability issues, such as protection from floods and droughts were intensified to an unprecedented degree. New problems have arisen such as the contamination of surface and groundwater. Naturally, intensification of unresolved problems has led to the reconsideration of successful past achievements.
This retrospective view, based on archaeological, historical, and technical evidence, has shown two things: the similarity of physicochemical and biological principles with the present ones and the advanced level of wastewater engineering and management practices. Evolution of Sanitation and Wastewater Technologies through the Centuries presents and discusses the major achievements in the scientific fields of sanitation and hygienic water use systems throughout the millennia, and compares the water technological developments in several civilizations. It provides valuable insights into ancient wastewater and stormwater management technologies with their apparent characteristics of durability, adaptability to the environment, and sustainability. These technologies are the underpinning of modern achievements in sanitary engineering and wastewater management practices. It is the best proof that “the past is the key for the future”.
Evolution of Sanitation and Wastewater Technologies through the Centuries is a textbook for undergraduate and graduate courses of Water Resources, Civil Engineering, Hydraulics, Ancient History, Archaeology, Environmental Management and is also a valuable resource for all researchers in the these fields.
Authors: Andreas N. Angelakis, Institute of Iraklion, Iraklion, Greece and Joan B. Rose, Michigan State University, East Lansing, MI, USA
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover\r | Cover | ||
Contents | v | ||
List of reviewers | xix | ||
List of authors | xxiii | ||
Prolegomena: Probing the past and facing\rthe future | xxvii | ||
Chapter 1: Sanitation and wastewater technologies\rin Minoan Era | 1 | ||
1.1 PROLEGOMENA\r | 1 | ||
1.2 PHYSICAL SETTING OF THE ISLAND CRETE\r | 2 | ||
1.2.1 Location\r | 2 | ||
1.2.2 Climatic conditions\r | 3 | ||
1.2.3 Hydrology\r | 4 | ||
1.3 MAJOR SANITARY TECHNOLOGIES IN MINOAN ERA\r | 4 | ||
1.3.1 Use of harvested water in minoan crete\r | 5 | ||
1.3.2 Sewerage and drainage systems\r | 6 | ||
1.3.3 Bathrooms and lustral basins\r | 10 | ||
1.3.4 Roads\r | 14 | ||
1.3.5 Toilets or lavatories\r | 16 | ||
1.3.6 Outlets and disposal and reuse sites\r | 19 | ||
1.4 CONCLUSIONS\r | 20 | ||
Acknowledgements\r | 22 | ||
1.5 REFERENCES\r | 22 | ||
Chapter 2: Sanitation and wastewater technologies\rin Harappa/Indus valley civilization(ca. 2600–1900 BC) | 25 | ||
2.1 Introduction\r | 25 | ||
2.2 Physical Settings\r | 26 | ||
2.3 History, Calture, and Town Planning of Indus Valley Civilization\r | 27 | ||
2.3.1 Introduction\r | 27 | ||
2.3.2 History\r | 27 | ||
2.3.3 Calture\r | 28 | ||
2.3.4 Town planning\r | 29 | ||
2.4 Water and Sanitation\r | 32 | ||
2.4.1\rThe great bath | 32 | ||
2.4.2\rWater treatment | 33 | ||
2.4.3 Baths and wells | 33 | ||
2.4.4 Drainage system\r | 35 | ||
2.4.5 Irrigation system\r | 35 | ||
2.4.6 Rainwater harvesting and storage system\r | 36 | ||
2.4.7 Public toilets\r | 38 | ||
2.4.8 Dockyard at Lothal\r | 39 | ||
2.5 Conclusion\r | 39 | ||
2.6 Refrences\r | 40 | ||
Chapter 3: Sanitation and water management\rin ancient South Asia | 43 | ||
3.1 Introduction\r | 43 | ||
3.2 Wastewater Management during the Harappan Perdiod\r | 43 | ||
3.2.1 Indus Valley palaeogeography and culture\r | 44 | ||
3.2.2 Sanitation centralised systems\r | 44 | ||
3.2.3 Sanitation decentralised systems\r | 46 | ||
3.2.4 Harappan wastewater management perspectives\r | 46 | ||
3.3 WASTEWATER MANAGEMENT DURING EARLY HISTORIC TIMES\r | 47 | ||
3.3.1 Northern and Central South Asia\r | 47 | ||
3.3.2 Southern South Asia\r | 47 | ||
3.4\rDiscussion: Cultural and Technical Innovations and Diffusions in Ancient South Asia | 49 | ||
3.5 Conclusion and Perspectives\r | 51 | ||
3.6 REFERENCES\r | 52 | ||
Chapter 4: Evolution of sanitation and wastewater\rtechnologies in Egypt through centuries | 55 | ||
4.1 INTRODUCTION\r | 55 | ||
4.1.1 Historical Perspective\r | 55 | ||
4.1.2 Evolution of Sanitation in Ancient Time\r | 56 | ||
4.1.2.1 Wastewater management\r | 56 | ||
4.1.2.2 Wastewater management in ancient time\r | 57 | ||
4.1.2.3 Ancient urban drainage systems\r | 58 | ||
4.2 SANITATION IN ANCIENT EGYPT\r | 61 | ||
4.3. DOMESTIC WASTEWATER TREATMENT IN THE MODERN WORLD\r | 62 | ||
4.3.1 International Level\r | 62 | ||
4.3.2 Trends in the Development of Wastewater Services in Egypt\r | 63 | ||
4.3.2.1 Development of Cairo’s wastewater system\r | 64 | ||
4.3.2.2 Development of sanitation on the National level\r | 65 | ||
4.4 CONCLUSIONS\r | 67 | ||
4.5 REFERENCES\r | 67 | ||
Chapter 5: Sanitation and wastewater in the Central Andean Region, Peru: An overview from Pre-Columbian and Colonial times to\rnowadays | 69 | ||
5.1 Introduction\r | 69 | ||
5.1.1 The environment\r | 69 | ||
5.1.1.1 Geography and hydrology\r | 69 | ||
5.1.1.2 Climate\r | 72 | ||
5.1.1.3 Natural ocurrences\r | 72 | ||
5.1.2 Indicative timeline\r | 73 | ||
5.1.3 Population development\r | 74 | ||
5.1.4 Water qualities over time\r | 74 | ||
5.1.5 Water availability versus demand\r | 76 | ||
5.2 Pre-Columbian Era (ca. 3000 BC to 1532 AD)\r | 76 | ||
5.2.1 Eradication of hunger\r | 79 | ||
5.2.2 No water-related diseases\r | 80 | ||
5.3 From the Spanish Colony (1532–1821) to Early Republican Times Around the Beginning of the XX Century\r | 80 | ||
5.3.1 Colonial settlements\r | 80 | ||
5.3.2 Water resources management\r | 81 | ||
5.3.2.1 Mining\r | 81 | ||
5.3.2.2 Agriculture\r | 81 | ||
5.3.3 Urban water supply and sanitation\r | 81 | ||
5.3.3.1 Urban water supply system\r | 81 | ||
5.3.3.2 Aguadores\r | 82 | ||
5.3.3.3 Urban sanitation and hygiene\r | 84 | ||
5.3.4 Rural water supply and sanitation\r | 85 | ||
5.4 From Around the Beginning of the XX Century Till Today\r | 86 | ||
5.4.1 Snap-shots of water supply and sanitation development\r | 86 | ||
5.4.1.1 First chlorination plant in the country\r | 86 | ||
5.4.1.2 Water supply coverage\r | 86 | ||
5.4.1.3 Wastewater collection\r | 87 | ||
5.4.1.4 Water drainage in Cuzco’s city center\r | 87 | ||
5.4.1.5 The drinking water supply source of the city of Tumbes around the year 2000\r | 88 | ||
5.4.1.6 Waste disposal and mobile water supply devices in Pisco around 2010\r | 90 | ||
5.4.1.7 Water, sanitation and hygiene between 1990 and 2011\r | 91 | ||
5.4.1.8 Water supply and sewerage in today’s Lima\r | 91 | ||
5.4.1.9 Wastewater treatment and reuse\r | 92 | ||
5.4.2 Protection of water sources, pollution hazards, and water qualities\r | 93 | ||
5.4.3 Actual developments and trends\r | 94 | ||
5.5 Conclusion\r | 95 | ||
References\r | 95 | ||
Chapter 6: History of urban wastewater and stormwater sanitation technologies\rin Hellas | 99 | ||
6.1 Prolegomena\r | 99 | ||
6.2 Prehistoric Times\r | 101 | ||
6.2.1 Minoan crete\r | 101 | ||
Baths, toilets, and others sanitary infrastructures (or systems)\r | 102 | ||
Sewerage and drainage systems\r | 104 | ||
6.2.2 Other locations\r | 106 | ||
6.3 Historical Times\r | 107 | ||
6.3.1 Introduction\r | 107 | ||
6.3.2 Classical period\r | 108 | ||
6.3.3 Hellenistic period\r | 109 | ||
6.3.4 Roman period (ca. 67 BC-330 AD)\r | 116 | ||
6.4 Medieval Times\r | 123 | ||
6.4.1 Introduction\r | 123 | ||
6.4.2 The Byzantine period (ca. 330–1453 AD) | 124 | ||
6.4.3 The Venetian period (ca. 1204-1669 AD)\r | 128 | ||
6.5 Modern Times\r | 130 | ||
6.5.1 The Ottoman period (ca. mid 14th–1923 AD)\r | 130 | ||
6.5.2 The Present times (1900 AD to the present) | 135 | ||
6.6 Future Trends\r | 135 | ||
6.7 Discussion and Conclusions\r | 136 | ||
6.8 References\r | 141 | ||
Chapter 7: Evolution of sanitation and wastewater technologies in Iran through the\rcenturies: Past and present | 147 | ||
7.1 INTRODUCTION\r | 147 | ||
7.2 TRADITIONAL WASTEWATER DISPOSAL SYSTEMS IN URBAN AND RURAL REGIONS OF IRAN\r | 148 | ||
7.2.1 Coastal regions near Persian Gulf and Caspian Sea\r | 148 | ||
7.2.2 Central regions\r | 149 | ||
7.2.3 Mountains\r | 149 | ||
7.3 ABSORBING WELL (SEPTIC AND LEACHING CESSPOOL OR CESSPIT)\r | 149 | ||
7.3.1 The location of absorbing well within the building\r | 150 | ||
7.3.2 Discharge of absorbing wells\r | 151 | ||
7.3.3 The role of absorbing wells in treating domestic wastewater\r | 153 | ||
7.3.4 Problems and consequences of absorbing wells\r | 153 | ||
7.3.4.1 Impacts on groundwater basins\r | 153 | ||
7.3.4.2 Impact on soil surrounding the absorbing wells\r | 154 | ||
7.3.4.3 Environmental impacts\r | 155 | ||
7.3.4.4 Impact on soil fertility\r | 155 | ||
7.3.4.5 Health impacts\r | 155 | ||
7.3.5 Operation and maintenance of absorbing wells\r | 156 | ||
7.3.6 Social acceptability\r | 156 | ||
7.3.7 The overall economic impacts\r | 156 | ||
7.4 SANITATION\r | 157 | ||
7.4.1 Comparison between the traditional Iranian baths with those of other nations Common traits\r | 157 | ||
7.4.2 The architecture of ancient baths in Iran\r | 158 | ||
7.4.3 The bath’s spatial connection\r | 158 | ||
7.4.4 The climatology of traditional baths\r | 159 | ||
7.4.5 The bath’s position at the construction site\r | 159 | ||
7.4.6 Materials used in the construction of the baths\r | 159 | ||
7.4.7 Heating system in traditional baths\r | 160 | ||
7.4.8 Water Supply\r | 160 | ||
7.4.9 Light and lighting\r | 160 | ||
7.4.10 Decoration of Bath\r | 161 | ||
7.4.11 Frameworks and arches\r | 162 | ||
7.4.12 Hoorno\r | 162 | ||
7.4.13 Bathing rites and customs\r | 162 | ||
7.4.14 Customs inside the bath\r | 162 | ||
7.4.15\rBathing materials | 163 | ||
7.4.16 People working in public baths\r | 163 | ||
7.4.17\rThe time for using public baths in the past | 164 | ||
7.4.18 Ancient baths in Iran\r | 164 | ||
7.5 PRESENT SITUATION\r | 166 | ||
7.5.1 Management\r | 166 | ||
7.5.2 Technologies\r | 167 | ||
7.5.3 Achievements\r | 170 | ||
7.6 CONCLUSIONS\r | 173 | ||
7.7 REFERENCES\r | 174 | ||
Chapter 8: Sanitation and wastewater and stormwater management in ancient\rKingdom of Macedonia, Hellas | 175 | ||
8.1 INTRODUCTION | 175 | ||
8.2 GENERAL CHARACTERISTICS AND WATER SUPPLY\r | 176 | ||
8.3\rSANITATION AND WASTEWATER HYDRAULIC WORKS IN ANCIENT MACEDONIA | 177 | ||
8.3.1 Aigai (Vergina)\r | 178 | ||
8.3.2 Pella\r | 179 | ||
8.3.3 Dion\r | 181 | ||
8.3.4 Olynthus\r | 184 | ||
8.3.5 Thessaloniki\r | 185 | ||
8.3.6 Amphipolis\r | 186 | ||
8.3.7 Philippoi\r | 187 | ||
8.4 CONCLUSIONS\r | 189 | ||
8.5 REFERENCES\r | 189 | ||
Chapter 9: The history of the development of urban sanitation and wastewater technologies\rin Cyprus | 191 | ||
9.1 Prolegomena\r | 191 | ||
9.2 PHYSICAL SETTING\r | 191 | ||
9.2.1 Location\r | 191 | ||
9.2.2 Climatic Conditions\r | 192 | ||
9.3 HYDROLOGY\r | 193 | ||
9.3.1 Precipitation\r | 193 | ||
9.3.2 Air Temperatures\r | 193 | ||
9.3.3 Winds\r | 194 | ||
9.4\rDEVELOPMENT OF SANITATION AND WASTEWATER THROUGH THE MELLENIA | 194 | ||
9.4.1 Prehistoric Times\r | 194 | ||
9.4.2 Historical Times\r | 195 | ||
9.4.3 Medieval Times\r | 204 | ||
9.4.4 Modern Times (1571–1960 AD)\r | 204 | ||
9.4.5 Present Time (Republic of Cyprus) (1960-today)\r | 205 | ||
9.5 EPILOGUE\r | 206 | ||
9.6 REFERENCES\r | 206 | ||
Chapter 10:\rThe history of sanitation and wastewatermanagement in Portugal | 209 | ||
10.1 HISTORICAL CONTEXT\r | 209 | ||
10.2 MIDDLE AGES SANITATION IN PORTUGAL\r | 213 | ||
10.3 SANITATION IN RECENT TIMES: EVACUATION, DRAINAGE AND TREATMENT\r | 215 | ||
10.4 EXAMPLE OF SUSTAINABLE SANITATION IN PORTUGAL THE CHRIST CONVENT | 218 | ||
10.4.1 Introduction\r | 218 | ||
10.5 WATER SUPPLY TO THE CASTLE AND THE MONASTERY\r | 219 | ||
10.5.1 Rain water supply\r | 219 | ||
10.5.2 Water supply of the monastery by an aqueduct\r | 220 | ||
10.5.3 Storage and distribution of water\r | 221 | ||
10.5.4 Runoff and drainage\r | 222 | ||
10.6 SEWAGE DRAINAGE AND TREATMENT\r | 223 | ||
10.7 CONCLUDING REMARKS\r | 225 | ||
Acknowledgements | 226 | ||
10.8 REFERENCES\r | 226 | ||
Chapter 11: From Volubilis to Fez: Water, witnessed\ra transfer of an International Heritage | 227 | ||
11.1 Introduction\r | 227 | ||
11.2 Volubilis Hydraulic System\r | 228 | ||
11.2.1 Public fountains\r | 231 | ||
11.2.2 Volubilis houses\r | 232 | ||
11.2.3 Thermal baths\r | 233 | ||
11.2.4 Latrines\r | 233 | ||
11.3 Management and Maintenance of The Volubilis Hydraulic System\r | 234 | ||
11.4 Fes Hydraulic System\r | 235 | ||
11.4.1 Mosques and Islamic schools\r | 239 | ||
11.4.2 Fez houses\r | 241 | ||
11.4.3 Public latrines\r | 241 | ||
11.4.4 Handicraft\r | 242 | ||
11.4.5 Bathhouse\r | 242 | ||
11.5 The Issue of Maintenance of The Fez Hydraulic System: The Al-Fachtali Model\r | 242 | ||
11.5.1 The legal constraints of the model\r | 242 | ||
11.5.2 The mathematical formulation of the model\r | 243 | ||
11.5.3 The terminological aspects of the problem\r | 245 | ||
11.5.4 Scope and contributions of the mathematical model of al-Fachtali\r | 245 | ||
11.6 Similarities Between Fes and Volubilis Hydraulic Systems\r | 246 | ||
11.7 Evolution of The Hydraulic System of Fes and Volubilis\r | 247 | ||
11.8 Discussion and Conclusions\r | 248 | ||
Acknowledgments\r | 249 | ||
11.9 References\r | 249 | ||
Chapter 12: Sanitation and wastewater technologies\rin ancient Roman cities | 251 | ||
12.1 INTRODUCTION\r | 251 | ||
12.2 SANITATION AND WASTEWATER TECHNOLOGIES IN POMPEII\r | 252 | ||
12.2.1 Toilets and cesspits\r | 252 | ||
12.2.2 Drainage and sewerage systems\r | 253 | ||
12.3 SANITATION AND WASTEWATER TECHNOLOGIES IN HERCULANEUM\r | 255 | ||
12.3.1 Toilets and cesspits\r | 255 | ||
12.3.2 Drainage and sewerage systems\r | 256 | ||
12.4 SANITATION AND WASTEWATER TECHNOLOGIES IN OSTIA\r | 261 | ||
12.4.1 Toilets and cesspits\r | 262 | ||
12.4.2 Drainage and sewerage systems\r | 262 | ||
12.5 CONCLUSIONS\r | 266 | ||
12.6 REFERENCES\r | 266 | ||
Chapter 13: The sanitary system in ancient Roman\rcivilization: An insight on Tunisia | 269 | ||
13.1 INTRODUCTION\r | 269 | ||
13.1.1 A historical glimpse on Roman Tunisia (Africa Proconsularis)\r | 269 | ||
13.1.2 Chapter structure and scope\r | 270 | ||
13.2 WATER RESOURCES AND SUPPLY\r | 271 | ||
13.3 SANITARY SYSTEM IN ROMAN TUNISIA\r | 275 | ||
13.3.1 Sanitary system and urban planning\r | 275 | ||
13.3.2 Access to sanitation and social considerations\r | 277 | ||
13.4 CONNECTION TO SEWERS AND WASTEWATER COLLECTION\r | 278 | ||
13.4.1 Public premises\r | 279 | ||
13.4.1.1 Public baths\r | 279 | ||
13.4.1.2 Latrines\r | 280 | ||
13.4.1.3 Other premises\r | 281 | ||
13.4.2 Private houses\r | 281 | ||
13.5 WASTEWATER TREATMENT AND REUSE\r | 282 | ||
13.6 ROMAN SANITARY SYSTEM AND PUBLIC HEALTH\r | 283 | ||
13.7\rConclusion | 285 | ||
13.8 Sanitary facilities in selected Roman cities in Tunisia\r | 286 | ||
13.8.1 Sanitation facilities in Carthage\r | 286 | ||
13.8.1.1 Antonine Baths\r | 286 | ||
13.8.1.2 Latrines | 290 | ||
13.8.2 Sanitation and water facilities in Bulla Regia (Henchir Hammam Darradji)\r | 291 | ||
13.8.3 Sanitation facilities in Tuburbo Majus (Henchir Kasbat)\r | 293 | ||
13.8.4 Sanitation facilities in Thugga (Dougga)\r | 293 | ||
13.9 Conclusions\r | 296 | ||
13.10 References\r | 296 | ||
Chapter 14: Revisiting the technical and social aspects of wastewater management\rin ancient Korea | 301 | ||
14.1 INTRODUCTION\r | 301 | ||
14.2 WASTEWATER MANAGEMENT IN TRADITIONAL HOUSES OF ANCIENT KOREA\r | 302 | ||
14.2.1 Water and wastewater flow in a traditional household\r | 302 | ||
14.2.2 Nutrient flow generated by typical traditional house\r | 303 | ||
14.2.3 Wastewater management system in a traditional village\r | 303 | ||
14.3 TECHNICAL ASPECTS OF TRADITIONAL WASTEWATER TREATMENT\r | 305 | ||
14.3.1 Water dropwort fields\r | 305 | ||
14.3.2 Jetgan toilet\r | 305 | ||
14.3.3 Pit latrine toilet\r | 306 | ||
14.3.4 Separated excreta jars (Ojum-janggun and Ddung-janggun)\r | 307 | ||
14.4 SOCIAL EDUCATION FOR WASTEWATER MANAGEMENT\r | 307 | ||
14.5 IMPORTANCE AND CHARACTERISTICS OF TRADITIONAL WASTEWATER MANAGEMENT PRACTICES\r | 308 | ||
14.5.1 The separation of faeces with urine\r | 308 | ||
14.5.2 Resource recovery from wastewater\r | 308 | ||
14.5.3 Small-scaled and decentralized management\r | 308 | ||
14.5.4 Ecological concepts in wastewater management system\r | 308 | ||
14.5.5 Emphasis on social responsibility\r | 309 | ||
14.6 LESSONS FROM THE PAST FOR THE IMPROVEMENT OF CURRENT WASTEWATER MANAGEMENT SYSTEMS\r | 309 | ||
14.7 CONCLUSIONS\r | 310 | ||
14.8 REFERENCES\r | 311 | ||
Chapter 15: Drainage and sewerage systems at\rancient Athens, Hellas | 313 | ||
15.1 INTRODUCTION\r | 313 | ||
15.2\rTYPES OF DRAINAGE AND SEWERAGE STRUCTURES: PIPELINES, CHANNELS AND GALLERIES | 315 | ||
15.3 DRAINAGE OF REPRESENTATIVE AREAS\r | 317 | ||
15.3.1 Drainage in the hydrologic basin north of the Acropolis hill\r | 317 | ||
15.3.2 Drainage at the southern slopes of the Acropolis hill\r | 318 | ||
15.3.2.1 Area south of the Odeion of Herodes Atticus\r | 319 | ||
15.3.2.2 Excavation for the New Acropolis Museum and the Metro Station\r | 319 | ||
15.4 UNDERGROUND STRUCTURES OF DOUBTFUL INTERPRETATION\r | 320 | ||
15.5 LAVATORIES AND LATRINES\r | 322 | ||
15.6 POSSIBLE SANITATION PROBLEMS\r | 323 | ||
15.6.1 Sanitation and water supply at the excavation for the New Acropolis Museum\r | 323 | ||
15.6.2 The Plague during the Peloponnesian war\r | 325 | ||
15.7 CONCLUSIONS\r | 326 | ||
ACKNOWLEDGMENTS\r | 327 | ||
15.8 REFERENCES\r | 327 | ||
Chapter 16: Sewerage system of Diocletian’s\rPalace in Split – Croatia | 331 | ||
16.1 Introduction\r | 331 | ||
16.2 Palace Water System\r | 333 | ||
16.3 Drainage System of the Palace\r | 334 | ||
16.3.1 The concept\r | 334 | ||
16.3.2 Elements of the sewerage system and its characteristics\r | 336 | ||
16.3.3 After roman period\r | 338 | ||
16.4 The Discussion and Conclusion – Lesson Learned\r | 341 | ||
16.5 References\r | 343 | ||
Chapter 17: The evolution of sanitation in the rural area of Southwest China: With case of Dai villages of Xishuangbana, Yunnan\rprovince | 345 | ||
17.1 INTRODUCTION\r | 345 | ||
17.2 Sanitation in the Dai traditional society\r | 346 | ||
17.2.1 Personal sanitation\r | 346 | ||
17.2.2 Water facilities of daily life\r | 347 | ||
17.2.3 Tap water\r | 350 | ||
17.3 TRANSFORMATION OF SANITATION IN DAI AREAS\r | 350 | ||
17.3.1 Water supply\r | 350 | ||
17.3.2 Current situation of water use\r | 350 | ||
17.3.3 Sanitation change\r | 351 | ||
17.3.4 Popularization of toilet\r | 352 | ||
17.3.5 The changes of the wastewater management\r | 353 | ||
17.4 EVALUATING THE IMPACT OF THE DEVELOPMENT OF SANITATION\r | 354 | ||
17.4.1 The social changes\r | 354 | ||
17.4.2 Environmental impacts\r | 355 | ||
17.4.3 Cultural impacts\r | 356 | ||
17.5 DISCUSSION AND CONCLUSIONS\r | 358 | ||
ACKNOWLEDGEMENT\r | 359 | ||
17.6 REFERENCES\r | 359 | ||
Chapter 18: Evolution of sanitation services in the city of Rome between urban development and environmental quality\r | 361 | ||
18.1 INTRODUCTION\r | 361 | ||
18.2 The Cloaca Maxima\r | 362 | ||
18.3 The Role of the Roman Sewer System\r | 364 | ||
18.3.1 Management aspects\r | 364 | ||
18.3.2 Organizational and regulatory aspects\r | 370 | ||
18.4 Development of the Sewerage-Water Treatment System After the Fall of the Roman Empire\r | 373 | ||
18.4.1 Sewer network development from the Middle Ages until the end of the 19th century\r | 373 | ||
18.4.2 Present-day configuration of the sewer system of the Capital\r | 377 | ||
18.4.3 Future development of a sustainable urban drain system for the city of Rome\r | 379 | ||
18.5 Discussion and Conclusions\r | 381 | ||
18.6\rReferences | 382 | ||
Chapter 19: History of the sewerage systemin Barcelona, Spain: From its Originsto Garcia Faria Plan | 383 | ||
19.1 Introduction\r | 383 | ||
19.2 Roman Sewerage\r | 385 | ||
19.3 Medieval Barcelona\r | 387 | ||
19.4 18th and 19th Century\r | 389 | ||
19.5 The Problem of Soil’s and Water’s Putrefaction: The Miasmas\r | 390 | ||
19.6 Characteristics of the Sewer System in Barcelona before the Cerdà Plan\r | 392 | ||
19.7 From Cerdà to García Fària\r | 392 | ||
19.8 “Salus Populi Suprema Lex Est”: The Utopia of Garcia Faria\r | 394 | ||
19.9 Conclusions\r | 398 | ||
19.10 References\r | 398 | ||
Chapter 20: A brief history of the sewerage system in Prague and the role of William\rHeerlein Lindley | 401 | ||
20.1 A Short History of Sanitation in the City of Prague\r | 401 | ||
20.1.1 Prague–history and first sewers\r | 401 | ||
20.1.2 Progress over next centuries\r | 402 | ||
20.2 Towards a Modern Concept of Sanitation System\r | 402 | ||
20.2.1 The first tender for the prague master plan\r | 402 | ||
20.2.2 The second master plan tender\r | 404 | ||
20.3 The Arrival of W.H. Lindley\r | 405 | ||
20.3.1 When two are fighting ...\r | 405 | ||
20.3.2 Building the new sewers of prague\r | 407 | ||
20.4. The First Wastewater Treatment Plant\r | 409 | ||
20.4.1. Construction and operation start-up\r | 409 | ||
20.4.2. Between the Wars\r | 413 | ||
20.4.3. Post-War Years\r | 415 | ||
20.5. Epilogue\r | 416 | ||
20.7 References\r | 416 | ||
Appendix I\r | 417 | ||
Terminology\r | 417 | ||
Appendix II\r | 417 | ||
Biography of Sir William Heerlein Lindley\r | 417 | ||
Chapter 21: Waterborne diseases in the Hippocratictreatise \rAirs, Waters, Places | 419 | ||
21.1 Introduction\r | 419 | ||
21.2 Cities Exposed to Warm Winds – Profusive and Saltish Waters\r | 420 | ||
21.3 Cities Exposed to Cold Winds – Hard and Cold Waters\r | 423 | ||
21.4 Cities which Lie Between the Summer and the Winter Rising of the Sun\r | 423 | ||
21.4.1 Cities lying towards sunrise\r | 423 | ||
21.4.2 Cities lying towards sunset\r | 423 | ||
21.5 other kinds of healthy and unhealthy waters\r | 424 | ||
21.5.1 Stagnant waters\r | 424 | ||
21.5.2 Waters flowing from rocks and from soils which produce thermal waters\r | 424 | ||
21.5.3 Salty waters\r | 424 | ||
21.5.4 Rain and snow waters\r | 425 | ||
21.5.5 River and lake waters\r | 425 | ||
21.6 Conclusion\r | 426 | ||
21.7 Appendix of Hippocratic Medical Terms\r | 426 | ||
21.8 References\r | 427 | ||
Websites | 427 | ||
Chapter 22:\rAncient Greek and Roman authorson health and sanitation | 429 | ||
22.1 Introduction\r | 429 | ||
22.2 Therapeutics Above All\r | 429 | ||
22.3 Airs, Waters, Places\r | 431 | ||
22.4 Galen\r | 431 | ||
22.5 Sanitation After All\r | 432 | ||
22.6 Non-Medical Authors on Sanitation\r | 433 | ||
22.7 Epilogue\r | 434 | ||
22.8 References\r | 435 | ||
APPENDIX I | 436 | ||
Chapter 23: Historical development of sanitation from the 19th century to nowadays: Centralized vs decentralized wastewater\rmanagement systems | 437 | ||
23.1 Introduction\r | 437 | ||
23.2 Wastewater Collection and Treatment in the 19th Century\r | 438 | ||
23.3 Centralized Wastewater Treatment Plants: The Gold Technology\r | 444 | ||
23.4 Decentralized Systems\r | 448 | ||
23.5 Kuhn and the Scientific Revolution: is Back Progress the Future ECO-Sanitation?\r | 454 | ||
23.6 References\r | 454 | ||
Chapter 24: The history of land application and hydroponic systems for wastewater\rtreatment and reuse | 457 | ||
24.1 Introduction\r | 457 | ||
24.2 Evolution of Wastewater Collection and Land Application and Hydroponic Treatment Systems | 458 | ||
24.2.1 Bronze ages (ca. 3200–1100 BC)\r | 458 | ||
24.2.2 Indus valley civilizations (ca. 2600–1900 BC)\r | 459 | ||
24.2.3 Historical times (ca. 800 BC–330 AD)\r | 460 | ||
Etruscan civilization (ca. 800–100 BC) | 460 | ||
The Classical and Hellenistic periods (ca. 480–67 BC) | 460 | ||
The Roman period (ca. 67BC–330 AD) | 463 | ||
24.2.4 Medieval times (ca. 300–1500 AD)\r | 463 | ||
24.2.5 Aztecs (ca. 1100–1521 AD)\r | 464 | ||
24.2.6 Modern times (ca. 15th to the present)\r | 464 | ||
Land application and reuse of wastewater | 464 | ||
The use of hydroponic systems for waste water treatment and reuse | 466 | ||
24.3 Environmental Concerns and Public Health \r | 468 | ||
24.4 \r Emerging Trends | 472 | ||
24.5\r Discussion and Conclusions | 473 | ||
Acknowledgement\r | 474 | ||
24.6 References\r | 474 | ||
Chapter 25:\rEvolution and impacts of water andindustrial wastewater management inLavrion, Hellas | 481 | ||
25.1 Introduction\r | 481 | ||
25.2 Ancient Activities\r | 483 | ||
25.3 Modern Activities and Related Environmental Impacts\r | 485 | ||
25.4 Conclusions\r | 491 | ||
25.5 References\r | 491 | ||
Chapter 26:\rThe Water Court of Valencia, Spain(Wastewater) | 493 | ||
26.1 Origen\r | 493 | ||
26.2 The Scope of the Water Court: Huerta De Valencia\r | 493 | ||
26.3 Managing the Farmer Communities\r | 496 | ||
26.4 Constitution and Organisation of the Water Court\r | 497 | ||
26.5 Water Court Processes\r | 498 | ||
26.6 Spoken Trials\r | 499 | ||
26.7 Enforcement of Judgments\r | 501 | ||
26.8 Other Issues\r | 502 | ||
26.9 Conclusions\r | 503 | ||
26.10 References\r | 503 | ||
Chapter 27: An overview and synthesis of the evolution of sanitation, and wastewater technologies through the centuries:\rpast, present, and future | 505 | ||
27.1 Prolegomena\r | 505 | ||
27.2 Prehistorical Times\r | 506 | ||
Chapter 2 | 507 | ||
Chapter 3 | 507 | ||
27.3 Historical Times\r | 508 | ||
Chapter 4 | 508 | ||
Chapter 5 | 508 | ||
Chapter 6 | 509 | ||
Chapter 7 | 509 | ||
Chapter 8 | 510 | ||
Chapter 9 | 510 | ||
Chapter 10 | 511 | ||
Chapter 11 | 511 | ||
Chapter 12 | 512 | ||
Chapter 13 | 512 | ||
Chapter 14 | 512 | ||
27.4 Case Studies\r | 513 | ||
Chapter 15 | 513 | ||
Chapter 16 | 513 | ||
Chapter 17 | 514 | ||
Chapter 18 | 514 | ||
Chapter 19 | 514 | ||
Chapter 20 | 515 | ||
27.5 History of Water Borne Diseases\r | 515 | ||
Chapter 21 | 515 | ||
Chapter 22\r | 516 | ||
27.6 Sanitation in Modern Times\r | 516 | ||
Chapter 23\r | 516 | ||
Chapter 24 | 517 | ||
Chapter 25 | 518 | ||
Chapter 26\r | 518 | ||
27.7 Sanitation in Present Times and for Cities of the Future\r | 519 | ||
27.7.1 Healthy waters understood\r | 519 | ||
27.7.2 Resource Recovery Facilities\r | 520 | ||
27.7.3 Potable Water Reuse\r | 521 | ||
27.7.4 Integrated Water Resource Management (IWRM)\r | 524 | ||
27.8 Epilogue\r | 524 | ||
27.9 References\r | 525 |