Efficiency of Bank Filtration and Post-Treatment - Ray, Chittaranjan||Grischek, Thomas
English[eng]
Keywords: floods||environmental monitoring||river bank filtration||heavy metals||riverside water source||entrance velocity||ultrafiltration||online monitoring||drinking water treatment||water treatment||system costs||optimization||biofilm||fluorescence excitation-emission matrix||riverbed||inorganic chemicals||well structure remodeling||riverbank filtration (RBF)||sub-oxic conditions||electro-chlorination||energy generation||pressure loss||bank filtrate portion||removal efficacy||bank filtrate||manganese||out/in membrane comparison||pharmaceutical residues||analytical method||hydrochemistry||subsurface geology||dissolved organic matter||column experiments||storage tank||groundwater||organic matter composition||water supply||rural water supply||collector wells||mirror-image method||southern India||gabapentin||microorganisms||site investigation||small communities||decentralized capillary nanofiltration||PHREEQC||renewable energy||droughts||hydrological trends||bank filtration||filter cake||sulphate||point-bar alluvial setting||inline electrolysis||energy efficiency||Ganga||climate change||turbine||Nakdong River||organic matter degradation||oxypurinol||slow sand filtration||suboxic||PARAFAC-EEM||Krishna River||water quality||smart villages||micropollutants||anoxic||dissolved organic carbon (DOC)||attenuation||organic micropollutants||disinfection||surface water treatment||nitrate||drinking water hydropower||pesticides||disinfection by-products||Damodar||pathogen barrier||organic carbon||salinity||sustainable water production||clogging||Yamuna||LC-OCD||redox sensitivity||pharmaceuticals||high temperature||performance||riverbank filtration||trihalomethanes||iron