TY  - BOOK
AU  - Bhargava,Amit
AU  - Annachhatre,Ajit P.
AU  - Eckhardt,Hienz
AU  - Ha,Sung-Ryong
ED  - Asian Institute of Technology Partial Scholarship, 
TI  - Evaluation of Swirl-FloTM clarifier and UV/H2O2 process for domestic wastewater treatment
T2  - Thesis
PY  - 1997///
CY  - Bangkok
PB  - Asian Institute of Technology
KW  - Water treatment plants
KW  - Thailand
KW  - Bangkok
KW  - Water reuse
N1  - Reuse of municipal sewage (building effluent) as make-up water for cooling towers  used for central air-conditioning plants in offices and other high rise buildings is a potentially  excellent method of preserving large quantities of pristine waters for domestic and recreational  use. This investigation was aimed at developing and evaluating a blend of conventional and  modern technology for treatment of wastewater: a combination of Swirl-Flo TM Clarifier (SFC)  and Ultraviolet light/Hydrogen Peroxide (UV /H20 2) process coupled with pressure sand filter  and activated carbon adsorption column. The study was conducted to delineate relevant  operational parameters for SFC and UV reactor. Overall Total Suspended Solids (TSS) and  Chemical Oxygen Demand (COD) removal of about 82 % and 90 %, respectively was  achieved in the plant. TSS removal in SFC was influenced by feed flow rate. Optimum feed  flow rate in SFC was found to be 5.5-6.0 m3 /hr at PAC and Polymer dosing of 200 ppm and 2  ppm, respectively for which SS removal efficiency of 45-50 % was obtained. COD removal in  SFC was 37-42 % (at the optimum flow rate), while that in UV Reactor was 18-23 % at H20 2  (50 % strength) dosing of 600-700 ppm. The quality of effluent obtained from this process was  satisfactory and could be used as make-up water in cooling towers. The effluent quality was  consistent and variation was much less as compared to the variation in influent wastewater.; Thesis (M.Eng.) - Asian Institute of Technology, 1997
N2  - Reuse of municipal sewage (building effluent) as make-up water for cooling towers  used for central air-conditioning plants in offices and other high rise buildings is a potentially  excellent method of preserving large quantities of pristine waters for domestic and recreational  use. This investigation was aimed at developing and evaluating a blend of conventional and  modern technology for treatment of wastewater: a combination of Swirl-Flo TM Clarifier (SFC)  and Ultraviolet light/Hydrogen Peroxide (UV /H20 2) process coupled with pressure sand filter  and activated carbon adsorption column. The study was conducted to delineate relevant  operational parameters for SFC and UV reactor. Overall Total Suspended Solids (TSS) and  Chemical Oxygen Demand (COD) removal of about 82 % and 90 %, respectively was  achieved in the plant. TSS removal in SFC was influenced by feed flow rate. Optimum feed  flow rate in SFC was found to be 5.5-6.0 m3 /hr at PAC and Polymer dosing of 200 ppm and 2  ppm, respectively for which SS removal efficiency of 45-50 % was obtained. COD removal in  SFC was 37-42 % (at the optimum flow rate), while that in UV Reactor was 18-23 % at H20 2  (50 % strength) dosing of 600-700 ppm. The quality of effluent obtained from this process was  satisfactory and could be used as make-up water in cooling towers. The effluent quality was  consistent and variation was much less as compared to the variation in influent wastewater.
UR  - http://203.159.5.9/ait-thesis/detail.php?q=B14320
ER  -