|Photocatalysis and nanoparticles:|
|1. Bio-mediated route of metal doping: A breakthrough
The main barriers of semiconductor photocatalysts include rapid recombination of photo-generated electron/hole pairs as well as backward reaction, high band gap, and activity only in the UV region. These barriers make the poor activation of the photocatalysts.
Figure 1. Pictorial view of steps of present innovation: bio-inspired metal doping on semiconductor supports (here TiO2/ZnO).
2. Metal nanoparticles synthesis and antimicrobial functionalities
|1. Electrocatalytic H2O2 formation and sensing
2. Electrocatalytic CO2 conversion to value chemicals
|Physiochemical and biochemical processes|
|1. Heavy metal remediation using functionalized adsorbent and bio-resin
2. Spirulina platensis: A potential scavenger of chromium from wastewater
|Advanced oxidation processes (AOPs)|
|1. Impact of iron chelation on PhACs decomposition in AOPs|
Dr. Animes Kr. Golder
Key Research Areas : Photocatalytic water treatment and water-splitting, Nanoparticle for water purification and
sensor development, Electro-and bio-remediation of heavy metals, Advanced oxidation
processes, Physiochemical water treatment techniques, Extraction and separation of value
added chemicals from natural sources.
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