Combating Olive Mill Waste Water (OMWW)Team – WIL Lebanon 2019
Using a physio-chemical treatment (i.e. Iron Oxide Nano-Particles) to treat olive mill wastewater (OMWW) to use the obtained pollutants in their corresponding industry
Badeel Energy Team – WIL Lebanon 2020
Badeel energy offers a low cost , decentralized, and anaerobic digester that contributes to solving the pollution of the litani river.
Smart Water Village Team – WIL Lebanon 2019
Smart Water Village works on integrating: GIS with ERP, call centers, SCADA, and Smart water meters to be able to better control and manage water resources.
Feed w Stafeed Team – WIL Lebanon 2019
Feed w Stafeed focuses on collecting treated WWTP water of Zahle plant in ponds or reservoirs inside the station, to test on crops and later distribute for safe irrigation.
WOSTA Team – WIL Lebanon 2020
WOSTA focuses on treating wastewater produced from refugee camps to produce effluent suitable for crop-irrigation.
Rivaland Team – WIL Lebanon 2020
Rivalnd is a nature-based solution for wastewater treatment in the Litany River. It involves designing floating islands to be implemented directly into the river.
Antizibar Team – WIL Lebanon 2020
Antizibar offers a low cost water treatment technology that uses fruit peels to treat olive mill waste water using an adsorption-desorption technique that will enable use to extract phenols and profit from them.
Hydrocrop Team- WIL Lebanon 2019
Create a platform that connects the three main stakeholders concerned : farmers, research centers, and authorities
CarboneVert Team – WIL Lebanon 2020
CarboneVert focuses on treating the discharged wastewater from refugee camps to Litani river by Microbial fuel cells (no energy input), gaining electricity in return (lighting bulbs)
i-Land Team – WIL Lebanon 2020
i-land is an ecological engineering solution that uses aquatic plants and natural processes to remove contaminants and pollutants in wastewater produced by the F&B industries.