The GREENER project has carried out a research and mapping of EU and Chinese polluted systems, having identified bioremediation technologies from other organisations. This search tool shows those found at a glance! If you want to include any other or make further recommendations and changes to the existing ones, please contact us on the email: marketing@sustainableinnovations.eu
| Site name | Location | Sample Type | Target contaminant | Bioremediation technology |
|---|---|---|---|---|
| Soil with TPHs and heavy metals | Toledo, Spain | Soil | TPH, Heavy metals | Bioaugmentation/ Bioestumaltion/ Bioelectrochemical systems (BES) |
| Greencore: Former Irish Sugar Site Carlow | Carlow, Ireland | Soil | TPH | Bioaugmentation/Bioestimulation Hybrid technology (Phytoremediation/Bioestimulation & bioaugmentation - Ecopile) |
| Sediment of River Saale downstream of industrial area | Saxony-Anhalt, Germany | Sediment | Heavy metals, PAH | Bioelectrochemical systems (BES) |
| Deventer Hospital | Sneek, The Netherlands | Water | Pharmaceuticals (antibiotics) | Bioelectrochemical systems (BES) |
| Industrial Facility 5 | Bavaria, Germany | Water | Chromium, Dyes | Phycoremediation |
| Industrial Site 8 | Flanders, Belgium | Soil | Heavy metals | Phycoremediation |
| Industrial Site 9 | Flanders, Belgium | Soil-Water | Heavy metals | Phycoremediation |
| Industrial Site 10 | Flanders, Belgium | Soil-Water | Heavy metals | Bioelectrochemical systems (BES), removal and recovery of nanoparticles |
| Industrial Site 11 | Bade-Wüttenberg, Germany | Water | Metals | Bioelectrochemical systems (BES) |
| Contaminated site with pesticides | Spain | Soil-Water | Pesticides | Bioelectrochemical systems (BES) |