Authors :
Abhishek A Shetty; Shashank Raju Poojary; Harsha A Devadiga; Devaraj B; Sridhar D R
Volume/Issue :
Volume 7 - 2022, Issue 7 - July
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3oTBClw
DOI :
https://doi.org/10.5281/zenodo.6965327
Abstract :
Moringa Oleifera Cationic Protein extract used
to water treatment technologies has gained in popularity
because they are more ecologically friendly and provide a
range of additional benefits, such as cost savings, reduced
by-product creation, and increased biodegradability.
Moringa oleifera has historically been utilized as a natural
coagulant to remediate polluted effluents and is being
employed today. In most developing countries, the high
cost of construction for traditional water treatment
facilities and distribution networks makes it very difficult
to provide clean and enough water to all families,
particularly in rural regions. Implementing RO
technology for filtration in remote locations where energy
may not be available continuously is not sustainable, and
people find it expensive. The intention of this paper is to
combine the low-cost technologies of slow sand filtration
and further solar disinfection while using a popular plantbased coagulant moringa oleifera to treat the local surface
and groundwater and to be implemented on a household
level. The cost analysis proves that it is an excellent
alternative to conventional methods and can be
implemented on a large scale by communities or individual
households.
Keywords :
LPG; Gas stove; Sensors; Safety; Microcontroller
Moringa Oleifera Cationic Protein extract used
to water treatment technologies has gained in popularity
because they are more ecologically friendly and provide a
range of additional benefits, such as cost savings, reduced
by-product creation, and increased biodegradability.
Moringa oleifera has historically been utilized as a natural
coagulant to remediate polluted effluents and is being
employed today. In most developing countries, the high
cost of construction for traditional water treatment
facilities and distribution networks makes it very difficult
to provide clean and enough water to all families,
particularly in rural regions. Implementing RO
technology for filtration in remote locations where energy
may not be available continuously is not sustainable, and
people find it expensive. The intention of this paper is to
combine the low-cost technologies of slow sand filtration
and further solar disinfection while using a popular plantbased coagulant moringa oleifera to treat the local surface
and groundwater and to be implemented on a household
level. The cost analysis proves that it is an excellent
alternative to conventional methods and can be
implemented on a large scale by communities or individual
households.
Keywords :
LPG; Gas stove; Sensors; Safety; Microcontroller
