Research & Development Projects
S.No. |
Funding agency |
Project Title & Grant Details |
Role |
Duration |
Cost (Lakhs) |
1. |
Govt. of India (DBT) |
Excess sludge reduction by lysozyme secreting bacterial pretreatment RGYIS - DBT/BT/PR/13124/GBD/27/192/2009 |
PI |
2009-12 |
11.98 |
2. |
Govt. of India (DST) |
Effect of sludge reduction and the recovery of solubilized nutrient from pretreated Fast Track - SR/FTP/ETP-0021/2010 |
PI |
2010-13 |
4.08 |
3. |
Govt. of India (DST) |
Pretreatment of agro-based biosolids for high rate anaerobic digestion process SR/WOS-A/ET-34/2011 |
Mentor |
2011-14 |
21.30 |
4. |
Govt. of Tamilnadu (TNSCST) |
Bioremediation of chlorinated hydrocarbon. |
Guide |
2012-12 |
0.45 |
5. |
Govt. of China (S & T Action Plan) |
Combined electrochemical catalysis and anaerobic membrane bioreactor for high efficient sludge fermentation and in-situ membrane fouling control. 17230741100 |
Co-PI |
2017-19 |
12.00 |
6. |
Govt. of Germany (GIZ) |
A study of the existing co-treatment of fecal sludge and sewage in the sewage treatment plant at ukkadam, Coimbatore. |
PI |
2019-20 |
78.23 |
7. |
Govt. of India (DBT - MI- IC4) |
A novel integrated biorefinery for conversion of lignocellulosic agro waste into value added products and bioenergy. BT/PR31054/PBD/26/763/2019 |
PI |
2019-21 |
67.48 |
8. |
Ministry of Education Saudi Arabia (R & D Office) |
Bioaugmentation of electrogenic halophiles in the treatment of pharmaceutical industrial wastewater and energy production in microbial fuel cell under saline condition. IFPHI-260-980-2020 |
Co-PI |
2020-21 |
8.20 |
9. |
Ministry of Education Saudi Arabia (R & D Office) |
Macroalgae derived biohydrogen recovery through mild biosurfactant induced energy and cost efficient dispersion pretreatment technology. IFPHI-261-980-2020 |
Co-PI |
2020-21 |
8.20 |
10. |
Govt. of India (UGC - STRIDE) |
Application of biochar on agro ecosystem for mitigating climate change and GHG emission. |
PI |
2021-22 |
3.45 |
11. |
Qatar National Research Fund (R & D) |
Development of Innovative Integrated Approaches for Sustainable Biohydrogen Production Using Predominant Macroalgal Species in Qatari Environment. NPRP14S-0401-210120 |
Co-PI |
2023-26 |
4.02 (Crore) CUTN Share 89.00 |
12. |
Govt. of India (DBT - MI- IC4) |
A novel bioconversion of volatile fatty acids from waste streams to polyhydroxyalkanoates and concomitant synthesis of biopolymer-based nanoparticles. BT/PR45817/ BCE/8/ 782/2023 |
PI |
2023-26 |
42.00 |