The project is focused on the development of an innovative ligthting system based on the assembly of microchips using roll-to-roll manufacturing processes over flexible substrates. The system will include advanced optical designs for uniform luminosity and advanced thermal management.
This project is aimed at the formulation of different essential oils extracted from local medicinal plants for use in household hygienic products. The acaricidal activity of the pure extracts and the processed products will be tested.
The strategic aim is to increase european manufacturing competitiveness by providing an application-oriented, bottom-up, collaborative r&d support mechanism primarily focused on 'new added value products and related services'&'innovative production processes and systems'.
The new trend of craft brewing is creating an exciting new market for premium priced highly aromatic (ha) hops. It is clearly sustainable and profoundly changing the way brewers value hops, which presents a new opportunity for the european hop industry.
To create a new embedded computing platform for real time data processing needs combining stadard cpus and programmable hardware as well as tools for efficient development of software and testing. The platform should be smart, energy efficient, and economically feasible.
The new products developed through this project will provide solutions for different applications in the field of biopharmaceutical glycoprofiling. The aim of the project is development of different devices and kits for fast, easy and efficient high throughput applications for personalized medicine.
To develop a new generation of solar panels, exploring the use of thermal rectification materials in order to control heat flow in one direction and also the incorporation of phase change materials to accumulate heat at the radiation peak hours and use it when it is required.
To develop technology and methods for measuring turbulence at tidal energy sites and laboratory scale simulators. The project is carried out by a consortium consisting of six academic and commercial organisations, three in canada and three in uk, with rsi as the lead
To develop a high-speed and high-throughput digital printing solution on a high number of laser markers running in parallel (up to hundreds of lasers). That solution is currently envisaged as a scalable modular design on an embedded image processing platform.
To design and develop a completely new pneumatic braking system (air brakes) suitable for turkish tractor o.E.M.S designed to meet the new forthcoming turkish regulations and also the proposed new pan-european regulations governing the use of agricultural tractors and trailers on the highway.