Development of an innovative kit for the early screening of waterborne pathogens
Application of Tracer Technology for Characterization of Chemically Contaminated Areas
Continuous pesticide sensing in the environment
Automated Online Flow Cytometry for Real-time Monitoring of Bacteria and Particles in Drinking Water
Validate a standard for microbial environment monitoring in two meat processing plants and to engineering corresponding device/materials. Sampling techniques and methodology are innovative.System to be applied in every bio-risk situation.
The goal is to develop an instrument incorporating state-of- the-art technologies to provide the ultimate customer with a low cost 'go-no go' safety toxicity tester using biosensors and to quickly identify the exact location.
Since 9/11, heavy emphasis has been placed on safety of infrastructures. This project will develop a monitoring system that covers the entire infrastructure, is embedded in a decision support system, and offers a platform for extension.
Will bring to the prototype a tool for monitoring water quality based on voltammetric analysis by boron doped diamond electrodes (fe, cu, zn, as, ag, pb, ni) and ion selective electrodes (nh4, no3, cl, k, ca, na) for all water types.
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