Domestic Wastewater Treatment by Root Zone Technology Option: Colacassia Plant

  • Poonam Thorat
  • Sayyad Saniya
  • Salman Shaikh
  • Raashida Shaikh
  • Atul Sonawane
Keywords: Domestic Wastewater, Root Zone, COD, BOD, TSS, TDS

Abstract

Root Zone Technology is one of the low cost methods to treat wastewater. With the help of this system we can treat the Non-Point sources with best results. To achieve this goal we have  to divide the Non-Point sources into constructed channels within the river bank followed by root zone bed or if the Non-Point Sources is coming from natural nallas we can provide this system within its Channel. We have prepared channel on which I have developed the root zone bed and have lab analysis of  rector out  put on number of parameters. Flow rate and Detention time are the two factors on which channels are to be designed. Therefore I am changing the flow rate and finding out the change in parameter with respect to detection time. The optimization  is when we get best result with maximum flow. I have got satisfactory results for the detention time of Three day, Seven day and twenty one day and Three day. With the help of this data I have designed the root zone bed system for the selected actual Domestic Sources.

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References

Bansari M Ribadiya & Mehali J. Mehatal. (2014). Treatment of municipal and industrial wastewater by reed bed technology. Journal of Engineering Research and Application, 4(12), 15-18.

Chavan B.L. & Dhulap V.P. (2013). Developing a pilot scale angular horizontal subsurface flow constructed wetland for treatment of sewage through phytoremediation with colocasia esculenta. International Journal of Environmental Sciences, 2(2), 6-14.

Calheiros, Cristina S.C. Antonio O.S.S. Rangel, & Paula M.L. Castro. (2007). Constructed wetland systems vegetated with different plants applied to the treatment of tannery wastewater. Water Research, 41, 1790-1798.

Desai Binita & Pratibha Desai. (2014). Root-zone technology as energy efficient and cost effective for sewage water treatment biomed research. International Journal of Pharmacy & Bioscience, 01, 1-6.

Dhulap V.P. & S.S. Patil. (2014). Removal of pollutants from sewage through constructed wetland using pennisetum purpureium. Europian Academic Research, II, 52-64.

George Alex Eobin & Tiwari Gaurav. (2014). Multi-stage organic water filter system. Global Humanitarian Technology Conference, 458-461.

Irfan Naseemul & M V Molykutty. (2015). Holistic household waste management at source- An experimental study, International Journal of Latest Technology in Engineering, Management & Applied Science, IV(XI), 12-16.

Joshi S. & S.S. Patil. (2009). Ecoplanning and ecotechnological solutions for the wastewaters from point and Non-Point sources of modern urbanization in the Ujjani Reservoir Catchment. International Journal of Pharmacy & Bioscience, I, 45-68.

Kumer Makvana & Manish K.Sharma. (2013). Assessment of pathogen removal potential of root zone technology from domestic wastewater. Universal Journal of Environmental Research and Technology, 3, 401-406.

Mane Mahesh, Bhupen Patil, Mohite Powar, Yatin Gohil, & Akshaya Ghalimath. (2017). Introduction to waste water treatment by root zone technique. International Research Journal of Engineering and Technology, 04, 1691-1694.

Mthembu M.S., Odinga CA, Swalaha FM, & Bux F. (2013). Constructed wetlands: A future alternative wastewater treatment technology. African Journal of Biotechnology, 12(29), 4542-4553.

Published
2019-04-30
How to Cite
Poonam Thorat, Sayyad Saniya, Salman Shaikh, Raashida Shaikh, & Atul Sonawane. (2019). Domestic Wastewater Treatment by Root Zone Technology Option: Colacassia Plant. International Journal of Engineering and Management Research, 9(2), 55-60. https://doi.org/10.31033/ijemr.9.2.7
Section
Articles