Srishti Asthana, a XI standard student from Millenium School, Mohali in Punjab. She made it to the final level of the Google Science Fair, 2013
Her topic is Solar Light Assisted nanoZnO Photo Catalytic Mineralization- The Green Technique for the Degradation of Detergents
Wastewater containing detergent from industrial and domestic source creates huge pollution in our cities. To treat this waste containing detergents is quite difficult since detergents are quite rugged and resistant to degrade. I wish to find out a potential Green method to treat this polluted waste.
Nano ZnO assisted photo catalytic degradation using solar light is emerging as new green option for the treatment of contaminated water.
The advantages of my method are summarized as follows: fast reaction, short treatment time, less costs, less exposure for workers, complete reduction pathway to non-toxic end products is possible and less equipment.
Preliminary studies have shown that the proposed method is quite effective in remediating the waste water. After lab synthesis of nanoZnO characterization has been done using various methods such as XRD (X-Ray Diffraction).
I propose to design a batch reaction system demonstrating that the representative detergent Cetyl Pyridinium Chloride can be effectively degraded by using nanoZnO. Mineralization of the detergents would be confirmed using UV spectrum and COD determination.
Source: https://www.googlesciencefair.com/en/2013/
Her topic is Solar Light Assisted nanoZnO Photo Catalytic Mineralization- The Green Technique for the Degradation of Detergents
Wastewater containing detergent from industrial and domestic source creates huge pollution in our cities. To treat this waste containing detergents is quite difficult since detergents are quite rugged and resistant to degrade. I wish to find out a potential Green method to treat this polluted waste.
Nano ZnO assisted photo catalytic degradation using solar light is emerging as new green option for the treatment of contaminated water.
The advantages of my method are summarized as follows: fast reaction, short treatment time, less costs, less exposure for workers, complete reduction pathway to non-toxic end products is possible and less equipment.
Preliminary studies have shown that the proposed method is quite effective in remediating the waste water. After lab synthesis of nanoZnO characterization has been done using various methods such as XRD (X-Ray Diffraction).
I propose to design a batch reaction system demonstrating that the representative detergent Cetyl Pyridinium Chloride can be effectively degraded by using nanoZnO. Mineralization of the detergents would be confirmed using UV spectrum and COD determination.
Source: https://www.googlesciencefair.com/en/2013/