Mobile neutron radioscopy equipment adapted to non- destructive testing for components and the study of new materials (composites, ceramics).
Development of biological composite materials, whose phases are biocompatible, adhere to each other and have the effective properties to satisfy medical requirements.
New generation computerized distribution system to meet the total future needs of the travel industry.
Research into specific sorbents to mimic biological recognition using simple organic molecules. The advantage is economic: large source of materials, low cost and long term stability.
New carbonisation concept based on individual coking units with high productivity will replace the conventional system and fulfil all modern process technology requirements: widened coking coal range/thermal efficiency/process control
Overall system architecture for use by small/medium metal working industries. Advanced technology:nc-scanning/cutting, welding systems with sensors, programming systems, databases for fast/flexible adaptation > changing mfg requirements.
Hitop-method to shorten the socio-technical change cycle to ensure optimal technology-organisation-people integration. industrial applications:expand hitop reference manual,create user manual and support tools to facilitate use for smes.
Development of off-line and on-line automated corrosion advisors and monitoring systems to improvement assessment of h2s damage risk. Furthermore, this could help to enhance design/maintenance practices in oil and chemical industries.
Will support further development of abatement strategies within europe by providing an improved scientific basis for the quantification of source-receptor relationships for photo-oxidants and acidifying substances.
Prototype laser cleaning system development for historical paper and parchment including a catalogue of working parameters to define the optimum conditions for application by parchment and paper restorers.