A THEORETCIAL AND HYDRAULIC MODEL STUDY OF A CHLORINE CONTACT TANK.

Keywords: BIRMINGHAM UNIVERSITY, SEVERN TRENT WATER AUTHORITY, THEORY, HYDRAULIC, MODELS, STUDIES, TANKS, CONTACT, CHLORINE, LABORATORIES, FLOW, PATTERNS, ANALYSIS, DISPERSION, DIFFUSION, LONGITUDINAL, TURBULENT, NUMERICAL, VALUE, TIME, RATIOS, EXPERIMENTS, CONFIGURATION, VELOCITY, MEASUREMENT, DISTORTION, DYES, PREDICTION, CURVES, TRACERS, PROTOTYPES, FIELD, MODIFICATION, WATER AUTHORITIES, TESTS, WATERWORKS, TECHNIQUES, CONCENTRATION, DESIGN, CONSTRUCTION, FRANKLEY, SEVERN, TRENT, UK