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6
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4
| Title | Funding Agency |
| A Novel and Cost-effective Biogas Purification Technology using Polyacrylamide Gel to Power Bio-methane in Automobiles | SERB-CRG, India |
| Evaluation and efficacy of alcohol-free and alcohol-based sanitizers cum aerosols against opportunistic pathogens during pandemic situations | ICMR, India |
| Title | Funding Agency |
| A novel method to capture absorbed CO2 and H2S from polyacrylamide gel for a possible reuse in the low?cost biogas to bio?CNG purification process | VIT |
| Title | Application No. |
| POLYACRYLAMIDE-PIPERAZINE HYDROGEL FOR EFFICIENT PURIFICATION OF BIOGAS | 202441012591 |
| POLYACRYLAMIDE-PIPERAZINE-COPPER OXIDE NANOCOMPOSITE HYDROGEL FOR BIOGAS PURIFICATION | 202441083492 |
| LOW ENERGY INDIRECT EVOPORATIVE INDOOR AIR COOLER SYSTEM | 202441049355 |
| Title | Application No. |
| POLYACRYLAMIDE-PIPERAZINE-COPPER OXIDE NANOCOMPOSITE HYDROGEL FOR BIOGAS PURIFICATION | 202441083492 |
| Title | Publisher | Published Year |
| Dharmendra k. Bal, Jaykumar Bhasarkar, Nanomaterial –based advanced oxidation process for degradation of waste pollutants, Elsevier, 2021, B978-0-12-821496-1.00003-9, 00003, https://doi.org/10.1016/B978-0-12-821496-1.00003-9 | Elsvier | 2021 |
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