Authors :
ShubhamP. Kawale; Shruti R. Burde; Nilesh S. Surse
Volume/Issue :
Volume 9 - 2024, Issue 11 - November
Google Scholar :
https://tinyurl.com/yeys2zwk
Scribd :
https://tinyurl.com/7d59hddm
DOI :
https://doi.org/10.5281/zenodo.14288072
Abstract :
Rapid sand filters are widely used for water
treatment, and the capping material plays a crucial role
in their efficiency. This study investigates the effectiveness
of coconut shell and rice husk as capping materials in
rapid sand filters. The experiment was conducted using
identical filters capped with either coconut shell or rice
husk, and their performance was evaluated based on
turbidity removal, flow rate, and head loss. The results
showed that coconut shell outperformed rice husk in
turbidity removal (95.6% vs 88.2%) and flow rate (12.5%
higher). However, rice husk exhibited lower head loss
(23.1% lower). The study concludes that coconut shell is
a more efficient capping material than rice husk in rapid
sand filters, but rice husk can be a viable alternative
considering its lower head loss and environmental
benefits. The findings of this research can inform the
selection of optimal capping materials for rapid sand
filters in water treatment applications.
Keywords :
Coconut Shell, Rapid Sand Filter, Water Treatment, Capping Material, Turbidity Removal, Rice Husk, Etc.
References :
- Chinmay Bhavsar, “Experimental Study of Rapid sand Filter Using Coconut Shell as Capping Material”, International Journal of Advanced Research in Science, Communication and Technology, 2024.
- Snehal N. Chaudhari, “Modification in Rapid Sand Filter with Coconut shells As Capping Media”, International Journal for Technological Research in Engineering, 2017.
- Mota Manoj H, “Improvement of Performance of Rapid Sand Filter using Coconut Shells Capping Media”, “International Journal of Science And Research, 2012.
- Priyesh B. Jain, “Rapid sand filter using coconut shell”, International Research Journal of Engineering and Technology, 2018.
- Ansari Mubeshshera Awais, “Designing Rapid sand filter by using coconunt shell for a village”, International Journal of Advanced Research in Science and engineering, 2017.
- Mr. Ranjeet Sable, “Modified Rapid Sand Filteration with capping”, International Journal for Research in Applied Science and Engineering Technology,2018.
- Hemant Kumar, “Experimental Study and Pereformance of Rapid Sand Filter by Using Turmeric-Root, Coconut-Shell and Charcoal”, International Journal For Scientific Research and Development, 2019.
- Prapti Upase, “Design Of Rapid Sand Filter By Capping Of Coconunt Shell”, IARJSET,2022
- Poornima Kamatagi , “Used Of Coconut Shell Asc Capping For Sand In Rapid Sand Filters”.
- Abhishek Bihade , “A Review On Study Performance Of Rapid Sand Filter Using Coconut Shell”, IJSDR2205099,2022.
- Dr. Dumpa Venkateshwarlu, “Design Of Rapid Sand Filters by Capping of Coconut Shell”, IJMTST,20121.
- Sudhir Kapgate, “ Rapid Sand Filter Using Coconut Shell As A Capping Media” , ICEMESM,2018
Rapid sand filters are widely used for water
treatment, and the capping material plays a crucial role
in their efficiency. This study investigates the effectiveness
of coconut shell and rice husk as capping materials in
rapid sand filters. The experiment was conducted using
identical filters capped with either coconut shell or rice
husk, and their performance was evaluated based on
turbidity removal, flow rate, and head loss. The results
showed that coconut shell outperformed rice husk in
turbidity removal (95.6% vs 88.2%) and flow rate (12.5%
higher). However, rice husk exhibited lower head loss
(23.1% lower). The study concludes that coconut shell is
a more efficient capping material than rice husk in rapid
sand filters, but rice husk can be a viable alternative
considering its lower head loss and environmental
benefits. The findings of this research can inform the
selection of optimal capping materials for rapid sand
filters in water treatment applications.
Keywords :
Coconut Shell, Rapid Sand Filter, Water Treatment, Capping Material, Turbidity Removal, Rice Husk, Etc.