This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision |
| 38 [2025/12/02 03:08] – 24812232 | 38 [2025/12/02 03:39] (current) – 24812232 |
|---|
| |
| **2. groundwater:** Leakage from failing sewers, unlined drainage channels, or natural infiltration allows wastewater to enter shallow aquifers. Wastewater infiltration is a potential threat to groundwater quality, especially where sanitation infrastructure is fragmented (World Bank, 2023). Wastewater therefore influences groundwater through pollutant transfer and hydrological connectivity. | **2. groundwater:** Leakage from failing sewers, unlined drainage channels, or natural infiltration allows wastewater to enter shallow aquifers. Wastewater infiltration is a potential threat to groundwater quality, especially where sanitation infrastructure is fragmented (World Bank, 2023). Wastewater therefore influences groundwater through pollutant transfer and hydrological connectivity. |
| | |
| | ... |
| | |
| | __Bibliography:__ |
| |
| AKTOR/CEPS Consortium (2020) Design and Build of the El Salitre Wastewater Treatment Plant – Phase II. Available at: https://aktor.gr/en/projects/design-and-build-of-the-el-salitre-wastewater-treatment-plant-phase-ii-in-colombia/ | AKTOR/CEPS Consortium (2020) Design and Build of the El Salitre Wastewater Treatment Plant – Phase II. Available at: https://aktor.gr/en/projects/design-and-build-of-the-el-salitre-wastewater-treatment-plant-phase-ii-in-colombia/ |