Table 1: List of WPs and tasks with duration
| Duration (months) | |
| WP1: Optimization of cavitation treatment | 1 – 12 |
| Task 1.1: Effect of flow conditions on cavitation pattern | 1 – 8 |
| Task 1.2: Cavitation characterization | 5 – 12 |
| WP2: Optimization of plasma treatment | 1 – 12 |
| Task 2.1: Construction of a small experimental setup suitable for studying basic phenomena | 1 – 9 |
| Task 2.2: Construction of the experimental setup using a powerful RF generator and determination of the optimal matching network | 3 – 12 |
| WP3: Construction and optimization of combined experimental device | 10 – 26 |
| Task 3.1: Construction of combined experimental device | 10 – 18 |
| Task 3.2: Optimization and testing of the combined experimental device | 16 – 26 |
| WP4: Biological evaluation of treatment process optimizations | 1 – 26 |
| Task 4.1: Characterize the effects of different cavitation patterns on the viruses infectivity and their integrity | 4 – 14 |
| Task 4.2: Characterize the effects of different plasma parameters on the viruses infectivity and their integrity | 4 – 14 |
| Task 4.3: Characterize the effects of different parameters of the combined method on the viruses infectivity and their integrity | 12 – 26 |
| WP5: Biological effects of treated water on plants, bacteria and human cells | 24 – 34 |
| Task 5.1: Effect of treated water on plant growth and stress response | 24 – 34 |
| Task 5.2: Evaluation of treated water toxicity using bacterial models (Ames assay and SOS/UmuC test) | 26 – 30 |
| Task 5.3: Assessment of potential (geno)toxicity human cell model | 26 – 32 |
| WP6: Evaluation of upscale potential and dissemination | 24 – 36 |
| Task 6.1: Testing of pilot device at water treatment plant | 24 – 34 |
| Task 6.2: Evaluation of purification potential on larger scale | 28 – 36 |
| Taks 6.3: Dissemination activities | 24 – 36 |