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.
Development of wastewater treatment system, including equipment with biologically treated sorbent and in-line monitoring device for tertiary treatment of petrochemical wastewater. Optimisation of treatment technology on toxic compounds.
Development of a new concept for a rearward-facing child safety seat in cars with an isofix attachment for children up to the age of 3.
Development of scientifically sound and technically feasible procedures to assess human exposure to electromagnetic radiation next to mobile communications base stations to fulfil the requirements of european directives.
To develop the stabilisation/solidification method so that those responsible for harbours & other areas with contaminated sediments & other dredged materials can analyse & apply the s/s method as alternative to the current methods of treatment
The aim of the project is to develop a commercial prototype of a printable electrified air filter.
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.