Artificial recharge of groundwater proceedings of the third International Symposium on Artificial Recharge of Groundwater: TISAR 98, Amsterdam, Netherlands, 21-25 September 1998

Cover......Page 1
Half Title......Page 2
Title Page......Page 4
Copyright Page......Page 5
Table of Contents......Page 6
Preface......Page 12
Water in Europe......Page 14
The role of artificial recharge of groundwater for the water supply of Amsterdam......Page 16
Organization......Page 18
 1.1: Operation of basin recharge......Page 20
  Seawater intrusion reversed through artificial recharge beneath the Oxnard Plain, California......Page 22
  Sustainable groundwater management using artificial recharge in the Paris region......Page 28
  Dynamic simulation model for water management of a large-scale artificial recharge system......Page 34
  Maaskant Recharge Project: Monitoring and operation of the recharge system......Page 40
 1.2: Water management in arid regions......Page 46
  Role of artificial recharge in the water resources management of Kuwait......Page 48
  The management of surface and groundwater resources in Lebanon......Page 54
  Successful operation of a large aquifer storage facility for a desert community......Page 60
  The role of artificial recharge in integrated water management in Egypt......Page 66
 1.3: Clogging......Page 72
  A conceptual and numerical model to characterize clogging......Page 74
  Well clogging effects determined from mass balances and hydraulic response at a stormwater ASR site......Page 80
  Effects of natural channel bed filtration prior to deep well injection......Page 86
  Microbial growth and clogging in sand column experiments simulating artificial recharge of groundwater......Page 92
 1.4: Recharge of treated waste water......Page 98
  The San Gabriel Valley Recycled Water Demonstration Project......Page 100
  Wastewater Aquifer Storage and Recovery (ASR) – Towards sustainable reuse in South Australia......Page 106
  Column experiments to evaluate clogging and biogeochemical reactions in the vicinity of an effluent injection well......Page 112
  Wastewater treatment and groundwater recharge for reuse in agriculture: Dan Region reclamation project, Shafdan......Page 118
 1.5: Pollutants and bankfiltration......Page 124
  Removal of organic matter during bank filtration......Page 126
  Long-term sustainability in artificial groundwater recharge......Page 132
  Fate of pollutants during artificial recharge and bank filtration in the Netherlands......Page 138
 1.6: Microbiological aspects......Page 146
  DNA-analysis to study the microbial diversity in recharged groundwater......Page 148
  Temporal and spatial distribution patterns of Crustaceans inhabiting a slow sand filter......Page 154
  Fate of pathogens and consequences for the design of artificial recharge systems......Page 160
 1.7: Hydrological aspects......Page 166
  Predicting infiltration and mounding, and managing problem soils......Page 168
  Tracking the movement of recharge water after infiltration......Page 174
  Optimisation of artificial groundwater recharge system with infiltration galleries......Page 180
  Ground water management system in Vienna – An evaluation after three years of operation......Page 186
 1.8: Well recharge case studies......Page 192
  Creation of potable water reserve in Kuwait through artificial recharge......Page 194
  Deep well recharge in a polder area near the river Rhine......Page 200
  Simulation of the influence of recharged cold groundwater on temperature and level of surrounding groundwater......Page 206
  ASR feasibility testing of the semi-confined Cretaceous Chalk aquifer of South Essex, England......Page 212
 1.9: Pollutants and basin recharge......Page 222
  Microparticle facilitated transport of contaminants during artificial groundwater recharge......Page 224
  Fate of cyanobacterial hepatotoxins in artificial recharge of groundwater and in bank filtration......Page 230
  Arrenres artificial recharge trial plant, Denmark – Hydrological and chemical aspects......Page 236
  Fate and behaviour of atrazin in the Meijendel artificial recharge system......Page 242
 1.10: Other types of recharge......Page 248
  Artificial recharge schemes in water resources development in Oman......Page 250
  Artificial recharge of a lake excavated for gravel extraction......Page 256
  Sprinkling infiltration in Finland: Effects on forest soil, percolation water and vegetation......Page 262
  An innovative drinking water concept based on double aquifer passage......Page 268
 1.11: Storage and recovery efficiency......Page 274
  Aquifer storage recovery: Recent developments in the United States......Page 276
  The use of modelling to predict the behaviour of ASR systems......Page 282
  ASR, hydraulic and salinity response in unconfined/confined aquifers......Page 288
  Aquifer storage recovery – Wessex Water's experience using the chalk aquifer......Page 294
 1.12: Chemical reactions and well recharge......Page 300
  Quality changes upon injection into anoxic aquifers in the Netherlands: Evaluation of 11 experiments......Page 302
  Well recharge in California: Water quantity and quality considerations......Page 312
  An experiment on well recharge of oxic water into an anoxic aquifer......Page 318
  Water quality modelling at the Langerak deep-well recharge site......Page 324
 1.13: Well recharge case studies......Page 330
  Environmental guidelines for aquifer storage and recovery: Australian experience......Page 332
  Berkheide well recharge system: Design, implementation and initial experience of operation......Page 338
  Preliminary study for deep injection experiments at the Cornellà site, Barcelona......Page 344
  Well recharge pilot in the south-east Netherlands......Page 350
 2.1: Water management in arid regions......Page 356
  Development of a simple tracer method to assess contribution of artificial recharge ponds to augment groundwater resources......Page 358
  Artificial recharge experiments in Bustan Extension Area, Egypt......Page 362
  Scoping process to determine pilot sites for artificial recharge with wastewater......Page 366
  Need to increase recharge to the aquifer in Sri Lankan hard rock terrain......Page 368
 2.2: Field and desk studies, plans and cases......Page 372
  Epe artificial recharge project......Page 374
  Hydrogeological potential for Aquifer Storage and Recovery (ASR) in England and Wales......Page 378
  Groundwater management and water quality assessment in the City of Vienna......Page 382
  Use of tracer tests in artificial recharge......Page 384
  New-style open recharge in the Oostduinen: An ecological engineering approach......Page 388
  Possibilities of enlarging groundwater exploitation reserves of Peć town, Yugoslavia......Page 392
 2.3: Artificial groundwater recharge in Stockholm, Sweden......Page 396
  Artificial groundwater recharge in Stockholm – I. The project and its general aim......Page 398
  Artificial groundwater recharge in Stockholm – II. Column test design and tracer tests......Page 402
  Artificial groundwater recharge in Stockholm – III. An experimental study of chemical processes in the unsaturated zone......Page 406
  Artificial groundwater as the future water supply of greater Stockholm – IV. Phylogenetic diversity of the unsaturated zones of experimental sand filter columns......Page 410
  Artificial groundwater recharge in Stockholm – V. Strategic environmental impact assessment......Page 414
 2.4: Behaviour of contaminants......Page 418
  Experimental and numerical analysis of atrazine behaviour in an artificial recharge site......Page 420
  Your daily' drugs' in drinking water? State of the art for artificial groundwater recharge......Page 424
  Pesticide monitoring: Measuring the right substances at the right place and time......Page 428
  The behaviour of fluorine in a lake-water recharge plant in Southeastern Finland......Page 432
 2.5: Predicting and modelling groundwater quality......Page 436
  An integrated model for predicting and assessing the development of groundwater quality......Page 438
  Modelling the effects of deep artificial recharge on groundwater quality......Page 442
  Simple models for reactive transport of pollutants and main constituents during artificial recharge and bank filtration......Page 446
 2.6: Clogging of recharge systems......Page 454
  Determining the clogging potential of water used for artificial recharge in deep sandy aquifers......Page 456
  Operational guidelines regarding clogging......Page 460
  Analysis of a well recharge experiment......Page 466
 2.7: Biological treatment and removal of organic matter......Page 470
  Biological treatment and re-infiltration for denitrification of groundwater......Page 472
  Biological purification of recharge water by forested soils......Page 476
  Impact of drinking water sources on refractory DOC in water reuse systems......Page 480
  Artificial recharge of ground water, organic carbon and microbes......Page 484
  Current research into removal of natural organic matter at Baltezers artificial groundwater recharge plant, Latvia......Page 488
Author index......Page 492