Design of Early Warning and Predictive Source-water Monitoring Systems |
Contents
INTRODUCTION | 1 |
EARLY WARNING SYSTEMS AN OVERVIEW | 9 |
INVENTORY OF EXISTING MONITORING TECHNIQUES | 23 |
BIOMONITORING OF RAW WATER SOURCES | 51 |
EARLY WARNING SYSTEMS CASE STUDIES | 71 |
EMERGING MONITORING TECHNIQUES | 139 |
REVIEW OF SURFACE WATER MODELS FOR USE IN EARLY WARNING SYSTEMS | 157 |
RIVERINE SPILL MODELING SYSTEM | 185 |
RISKBASED ANALYSIS OF EARLY WARNING SYSTEMS | 207 |
GUIDANCE AND RECOMMENDATIONS | 255 |
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Common terms and phrases
action activated carbon agencies analysis approximately assessment Atomic Absorption automated AWWA bacteria biomonitors BLTM calibration carbon characterization chemical concentration constituent contamination events daphnia dead zone detector developed discharge dispersion downstream drinking water early warning system effectiveness electronic noses enhanced treatment Environmental finished water flow frequency gas chromatographs geosmin hydraulic hydrodynamic impact industrial instruments intake closure maximum measurements mechanisms methods mg/L monitoring stations monitoring system mussels notification Ohio River on-line operation ORSANCO parameters pollution potential predict Rainbow trout reporting reservoirs response Rhine River River Dee river mile River Trent riverine RSMS runoff samples Schematic self-reporting simulation source water monitoring spill events spill model Spill Risk model substances surface water tank toxic treatment processes tributaries turbidity U.S. Army upstream USEPA velocity water body water intakes water monitoring water quality model water treatment plants water utilities Yodo River µg/L