Advanced technology for intensification of biological wastewater treatment using a magnetic device will be developed. A magnetic device will be constructed, evaluated and optimised for various biofilm structures (suspended or attached to novel macro/nano-fibre scaffolds) and specific wastewaters.
To establish cleaner and more economical paper production in the paper mill goricane by implementation of innovative technology for process and waste water treatment by means of advanced membrane filtration.
The project proposes the development of a process control instrument to integrate and optimise two water treatment technology units: vertical constructed wetland and ultrasound for sensitive water treatment systems where chemicals are an unsatisfactory solution like fish farms.
To develop an innovative, low-cost and robust technique to remove arsenic from drinking water. This objective is to be achieved by integrating two complementary innovations: 1) subsurface arsenic removal. 2) arsenic filtration with adsorption of arsenic onto iron oxide coated sand.
Basic goal of this project is the development of technology for industrial waste recycling and production of new construction materials, with high performances, reduced environmental impact and adjusted to customer needs: geopolymers, as well as the porous ceramic building materials.
Webair-2 will follow-up on e!3266 webair, extending scope and it technologies employed to (1) particulates (pm10/2.5) emission modelling and public health, (2) co2/ghg emissions, energy efficiency and the co-benefits between kyoto targets and air pollution, and (3) use of 3g mobile phone technology.
Fur biodegradability study and development of an optimal biodegradation system.
Drinking water sources are becoming increasingly contaminated with emerging substances (e.G., Pharmaceuticals and hormones). Currently no sufficient treatment technology is available. In this project belgian, german and dutch partners develop an absolute barrier for emerging substances.
Regeneration of acids and the recovery of metals from spent acids solutions after the stainless steel pickling process. Reducing the emission of nitrates in the waste water. Avoiding the need for land-filling of acid-metal residues in special landfills. Producing reusable by-products.
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.