Effectiveness of an Upflow Roughing Filter for High Turbidity Water: Performance Evaluation of an Upflow Roughing Filter for Treatment of High Turbidity Water at Chakwal

 
9783639331233: Effectiveness of an Upflow Roughing Filter for High Turbidity Water: Performance Evaluation of an Upflow Roughing Filter for Treatment of High Turbidity Water at Chakwal

In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management,design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2½ fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same).

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About the Author:

Ghalib Hasnain, MS (Env. Eng.): Stduied physics and environmental engineering. Zahiruddin Khan, PhD (env. Eng.)- Interested in water treatment and environmental management in SMEs., HoD - Environmental Engineering, IESE-SCEE-NUST

Ghalib Hasnain, MS (Env. Eng.): Stduied physics and environmental engineering. Zahiruddin Khan, PhD (env. Eng.)- Interested in water treatment and environmental management in SMEs., HoD - Environmental Engineering, IESE-SCEE-NUST

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Ghalib Hasnain
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ISBN 10: 3639331230 ISBN 13: 9783639331233
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Hasnain, Ghalib / Khan, Zahiruddin
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Descripción Estado de conservación: New. Publisher/Verlag: VDM Verlag Dr. Müller | Performance Evaluation of an Upflow Roughing Filter for Treatment of High Turbidity Water at Chakwal | In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management,design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2 fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same). | Format: Paperback | Language/Sprache: english | 218 gr | 220x150x8 mm | 152 pp. Nº de ref. de la librería K9783639331233

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Descripción VDM Verlag Jun 2011, 2011. Taschenbuch. Estado de conservación: Neu. Neuware - In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management,design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2 fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same). 152 pp. Englisch. Nº de ref. de la librería 9783639331233

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Descripción VDM Verlag Jun 2011, 2011. Taschenbuch. Estado de conservación: Neu. Neuware - In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management,design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2 fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same). 152 pp. Englisch. Nº de ref. de la librería 9783639331233

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Ghalib Hasnain
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Descripción VDM Verlag Jun 2011, 2011. Taschenbuch. Estado de conservación: Neu. This item is printed on demand - Print on Demand Neuware - In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management,design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2 fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same). 152 pp. Englisch. Nº de ref. de la librería 9783639331233

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Hasnain, Ghalib; Khan, Zahiruddin
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ISBN 10: 3639331230 ISBN 13: 9783639331233
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Descripción VDM Verlag Dr. Müller, 2011. Paperback. Estado de conservación: New. This item is printed on demand. Nº de ref. de la librería INGM9783639331233

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Ghalib Hasnain, Zahiruddin Khan
Editorial: VDM Verlag, Germany (2011)
ISBN 10: 3639331230 ISBN 13: 9783639331233
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Descripción VDM Verlag, Germany, 2011. Paperback. Estado de conservación: New. Language: English . Brand New Book. In Chakwal, highy turbidity rainwater runoff and streamflows are collected in Khokhar Zar Dam to be used for water supply. Slow sand filtration (SSF) is a low-cost technology for treating raw water with turbidity below 50 NTU. Objectives of the work reported here include: study of current treatment process and highlight problems related to quality management, design and construct a pilot scale upflow roughing filter plant and to determine the optimum coagulant dose for in-line roughing filtration. The pilot plant constructed could reduce raw water turbidity from 450 NTU (Avg) to 2-10 NTU making SSF a viable option. There were a number of promising outcomes: the monitoring of physical parameters (turbidity, pH and conductivity) of raw and treated water at Chakwal water treatment plant (CWTP), the performance evaluation of multistage and multilayer UFRF, 30-50 percent removal efficiency by multistage UFRF and 30 percent by multilayer UFRF, the in-line coagulation to UFRF reveals 99 percent removal efficiency at 2 fold reduced coagulant dose (47 mg/L of alum vs 122mg/L by the facility management and 65 mg/l of Ferric Chloride against the same). Nº de ref. de la librería KNV9783639331233

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