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.
To develop a compact/low cost high performance raman spectrometer (enhanced with patented, proprietary, crystal/grating technology) optimised for detection of explosives.
The proposed cooperation for developing dana - a dynamic anaerobic aerobic reactor - will enable, for the fist time, the integration of anaerobic and aerobic processes in one vertical configuration.
Prapi (pollution reduction and profitability improvement) the prapi project will develop a range of technologies capable of reducing environmental pollution in livestock confined operations, thus increasing livestock performance and production profitability.
Develop an innovative chemical free leachate treatment facility by using a novel type of membranal electrolysis treatment technology, electro-flotation, and by remote monitoring and controlling of water quality. The aim is to locally treat landfill leachate to prevent environmental contamination.
Development of the mirasys gateway and the vigilant api with the aim of integrating the mirasys recording, and vigilant management platforms. This will provide a cost-effective, cutting edge solution for video recording and management across highly distributed multi-site projects.
Asipari builds an online-based real-time multi-heavy metals biosensor and purification method achieving information- and being decision support system for urban and industrial water quality assessment and management integrating on-line monitoring and modeling, in support of relevant eu directives.
The interest project will foster sustainable development in israel and italy through countries cooperation in the design of innovative services and technological solutions for contaminated sediment management in coastal and port areas
Synergetic effect of nano-iron (nzvi) and iron reducing bacteria (irb) will be used to the improvement of the technological intervention (in-situ bio-regeneration of nzvi). Role of irb is coupled with the biodegradation and with the regeneration of fe(iii) layer on oxidised form of nzvi particles.
DETECTING WATER DISTRIBUTION AND RESERVOIRS LOSES PER REMOTE SENSING ADVANCED TECHNIQUES