Magnetic Nanocomposite for Wastewater Treatment

NE_2014_10 Industrial pollution arising from chemical production and petroleum processing is a growing environmental concern within the wastewater sector, and removal of these contaminants presents a multi-billion dollar problem. Traditional treatments are incapable of addressing these hazardous molecular contaminants, and current nanoparticle-based approaches encounter recovery issues, which reduces cost effectiveness. A novel approach to treating organic contamination utilizes a photocatalytic titanium-dioxide and magnetic iron oxide nanocomposite embedded in a graphene base. The use of such a nanocomposite results in a wastewater treatment solution that is recyclable, non-toxic, and highly cost-effective.

[@watchfuleagle4038]

Brain busting information set out with true brilliance. Thank you very much.

[@ajibolavincent3260]

Great presentation

[@celarey]

Inspired!

[@STUDENTDOTCHEM]

gud presentation by both of u ...

[@analuztq2664]

great, congratulations

[@earthinspiredart7773]

I wish nicola Tesla was alive to critique this research. He was a magnetic master.

[@helenchukwuemekaokorie9086]

Excellent presentation

[@muhammadj.28]

Impressive

[@nehrukhundrakpam5097]

Nice

[@AmenGetaye-kk7yg]

Please tell me how can synthesis coffee husk reiforced magnetic chitosan polvinyil alcohol blend adsorbent material for lead removal from aqueous solution

[@oyetunjiabiodun8873]

Please how can I prepare a composite of magnitite, cooper oxide and activated carbon nanoparticles for waste water treatment

[@Muntasir123]

Any publication regarding this research?

[@nanananisa8385]

Yep a lot of studies regarding the use of Fe oxide and Ti oxide for photocatalysis have been established

[@shalinikathirkamu3415]

Excellent presentation