S.
No.
Name of faculty member
Period
Title
Funding Agency
Outlay (Rs.)
1.
Dr. Alka Tiwari
2011-15
Magnetic nanoparticles loaded cation exchanger sorbents for effective removal of toxic metal ions
BARC
22,24,600
2.
Dr. A. K. Singh
2011-14
Studies on some chemically deposited nanocrystalline thin films doped with transition and rare earth metallic ions
UGC
12,09,800
3.
Dr. Ajai Kr. Pillai
2008-11
Feasibility studies on the development of biosensors for monitoring pesticidal residues in water bodies
DST
5,57,700
Dr. A.K. Singh
2013-15
Oxidative degradation of antibiotic/analgesic by Colloidal MnO2 in micellarsystem.
CCOST,
Raipur
5,00,000
Dr. NutanRathod
Optical & structural analysis of pure and doped lead oxide thin film
1,90,000
Dr. AlkaTiwari
2010-12
Iron oxide encapsulated chitosan microspheres as novel nanocomposite sorbent for detoxification of water
1,20,000
S.No
2008-10
Impact of industrial effluents on ground water regime
50000
Dr. Nutan Rathod
Mechanistic studies of nucleophilic substitution Reaction of some carboxylic & phosphate esters with α- nucleophiles
60000
Dr. Anupama Kashyap
Studies on the development of low cost methods for the determination of some air pollutants in environmental sample
65000
4.
2006-08
Removal of heavy metal ions from aqueous solutions by adsorption onto Ca-Alginate beads
5.
Transition metal catalyzed oxidation kinetics of some biologically active/industrially important compound
6.
Dr. Anil Kr. Kashyap
Analytical studies on soil to determine the % of nitrogen & phosphorus in Ambagarh Chowki Block
55000
Dr. AnupamaKashyap
2015-17
Studies on analytical chemistry of chemical pollutants
3,70,000
Dr. AjaiPillai
2014-16
Feasibility studies on the development of sensor for monitoring antibiotics in environment
2,10,000
Dr. AnupamaAsthana
Kinetic and Thermodynamic Studies of Adsorption of some toxic metal ions by using Nanoparticles entrapped Adsorbents
2,90,000
Dr. Sunitha B. Mathew
Oxidative degradation of some harmful pesticides- Kinetic Study
4,40,000
Pesticides removal from Aq. Soln by adsorption onto paramagnetic styrene based co-polymers
4,20,000