High impact industrial wastewater treatment project that will lower costs, reclaim water, stabilize contaminants from entering into the environment, and lower greenhouse gas emissions.
Goal of the project is the development of a drone based 3d deformation monitoring system for tailings dams, embankments etc. In the project the system shall be specified, designed, developed until prototype stage and tested.
To develop a smart electrochlorination system by optimizing the required chlorine dosages. The decreased and optimized chlorine dosage system will improve the organoleptic properties of the drinking water while maintaining the low risk water quality.
The project will conduct a comprehensive research on the application of constructed wetlands technology (cws) for various specific pollutants (heavy metals, pharmaceuticals, phosphorus and nitrogen), more cws will be tested also in the third world countries as part of the "water reuse" strategy.
Goal of waqumos project is development of on-line system for monitoring quality of class i freshwaters, running above ground and underground.System consists of multi parameter stand-alone iot sensor nodes connected to cloud based data warehouse with artificial intelligence pattern recognition engine