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ASCE 9780784410783 2010

ASCE 9780784410783 2010

$59.58

Effects of Urbanization on Groundwater

Published By Publication Date Number of Pages
ASCE 2010 410
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This report presents sustainable systems engineering technologies and applies them to the management of water in urban areas.

PDF Catalog

PDF Pages PDF Title
8 Table of Contents
16 Chapter 1: Sustainable Development in Urban Regions
1.1 Introduction
17 1.2 Current Scope and Feature Areas
19 1.3 Future Directions
20 1.4 References
21 Part I: Water Supply and Pollution Prevention
Chapter 2: Design, Installation, and Operation Challenges of Large-scale Aquifer Storage and Recovery Wells in San Antonio, South Texas
2.1 Introduction
24 2.2 Geological Formation
25 2.3 Site Characterization
27 2.4 Aquifer Recharge
28 2.5 Aquifer Discharge
29 2.6 Water Quality
31 2.7 Well Design
2.8 Well Drilling and Casing Installation
32 2.9 Geophysical Tests
33 2.10 Acidization and Chemical Treatment
2.11 Well Development
34 2.12 Pump Tests
35 2.13 Pump and Equipment Design
37 2.14 Installation Challenges and Critical Decisions
39 2.15 Conclusions
40 2.16 References
41 Chapter 3: Environmental Assessment of Using Stone Quarries as Part of an Integrative Water Supply System in Fast Growing Urban Regions
42 3.1 Introduction
3.2 Literature Review
47 3.3 Feasibility of Using Stone Quarries as Water Supply Reservoirs
60 3.4 Conclusions
61 3.5 References
66 Chapter 4: Saltwater Intrusion Management in Urban Area Aquifers – A Case Study for Savannah, Georgia
4.1 Introduction
68 4.2 Literature Review
72 4.3 Use of Analytical Solutions and Optimization Methods
80 4.4 Optimal Management of Coastal Aquifer under Fuzzy Rules: The Savannah Case Study
97 4.5 Conclusions
98 4.6 References
105 Chapter 5: The Impact of Urbanization of Wekiva Springshed on Groundwater
5.1 Introduction
106 5.2 Region of Study
112 5.3 Computational Models – WASH123D
119 5.4 Model Setup
122 5.5 Calibration – Simulation Results
127 5.6 Applications
130 5.7 Conclusions
132 5.8 References
134 Part II: Stormwater Management with Regional Infiltration Technologies
Chapter 6: Groundwater Contamination Potential from Infiltration of Urban Stormwater Runoff
6.1 Introduction
135 6.2 Groundwater Impacts from Stormwater Infiltration
138 6.3 Case Study: Field Infiltration Devices Treating Urban Stormwater Runoff
148 6.4 Laboratory Investigations into Soil’s Pollutant Removal Ability
153 6.5 Predicting Pollutant Removal in the Vadose Zone
169 6.6 Conclusions
171 6.7 References
180 Chapter 7: Mitigation of Urban Stormwater and Polluted River Water Impacts on Water Quality with Riverbank Filtration
181 7.1 Introduction
182 7.2 Treatment Mechanisms and Operational Limitations
190 7.3 RBF around the World
192 7.4 Surface Water Quality Changes due to Urban Stormwater Runoff and Pollution
194 7.5 Organics Removal
195 7.6 Inorganics Removal
197 7.7 Pathogen Removal
200 7.8 Compensation for Peaks and Shock Loads
202 7.9 Conclusions
203 7.10 References
214 Chapter 8: Use of Functionalized Filter Medium for Nutrient Removal in Stormwater Ponds
8.1 Introduction
216 8.2 Design Philosophy
218 8.3 Literature Review
226 8.4 Materials and Methods
230 8.5 Results and Discussion
235 8.6 Conclusions
8.7 References
239 Part III: Wastewater Treatment and Disposal with Nutrient Removal
Chapter 9: Comparative Assessment of Two Standard Septic Tank Drain Fields Using Different Sands with Recirculation for Nutrient Removal
9.1 Introduction
241 9.2 Materials and Methods
253 9.3 Results and Discussion
261 9.4 Conclusions
262 9.5 References
266 Chapter 10: Considerations Regarding Geochemical Transformations Downstream of Subsurface Wastewater Effluent Disposal Facilities
10.1 Introduction
268 10.2 Background
273 10.3 Bacterially-Mediated Oxidation-Reduction Reactions in Groundwater Affected by Wastewater Effluent Discharge Facilities
275 10.4 Modeling the Transport and Transformations Related to Wastewater Discharge
278 10.5 Case Study – Transport and Transformations Downstream of a Wastewater Effluent Discharge
286 10.6 Conclusions
288 10.7 References
292 Chapter 11: Use of Wetland Systems for Groundwater Recharge in Two Urban Wastewater Treatment Plants in Orlando, Florida
293 11.1 Introduction
295 11.2 Northwest Wastewater Reclamation Facility Wetlands
310 11.3 Eastern Wastewater Reclamation Facility Wetlands
319 11.4 Groundwater Monitoring
320 11.5 Conclusions
321 11.6 References
323 Part IV: Low Impact Development with Landscape Architecture Technologies
Chapter 12: Low Impact Development Practices: Designing to Infiltrate in Various Urban Environments
324 12.1 Introduction
326 12.2 Infiltration BMPs Associated with Low Impact Development
342 12.3 Applications of Low Impact Development BMPs
355 12.4 Conclusions
356 12.5 References
359 Chapter 13: Environmental Effects of Pervious Pavement as a Low Impact Development Installation in Urban Regions
13.1 Introduction
362 13.2 Quantitative Assessment
364 13.3 Qualitative Assessment
374 13.4 Recommendations
375 13.5 Conclusions
377 13.6 References
382 Chapter 14: Hydrological and Environmental Modeling Analyses of Pervious Pavement Impact in a Coastal City
14.1 Introduction
383 14.2 Model Development
392 14.3 Case Study
401 14.4 Conclusions
402 14.5 References
404 Appendix: About the Editor
406 Index
A
B
C
D
E
F
407 G
I
H
L
M
N
408 O
P
Q
R
S
409 U
V
W

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ASCE 9780784410783 2010
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