A new generation of loudspeakers for digital signals will be studied, prototypes will be developed and new mass production technologies will be designed.
Development of a hand sanitising system to reduce the time it takes to disinfect hands by up to 75% and cause less harm to the skin and environment. This will reduce the rate of hospital acquired infections and can be used in other industries such as food & beverage.
Development of a high performance steam vacuum cleaner for the commercial sector
To develop a high power quasi-cw fibre laser emitting in a visible, uv (ultraviolet) and ir (infrared) wavelength for micro-machining applications.
The consortium wants to develop breakthrough transmission technology for single shaft turbines, including delivering variable output rotation speed, when having constant input speed. This results in a much wider range of turbine applications against 50% size and 50% costs of prevalent technologies.
It is intended to develop a simulation and modelling system useful for training in plant operations within chemical industry sector and plant failure detection. In this sector, for security reasons and environment accident risks, this process has a critical importance.
The consortium formed of the spanish company hijos de critsobal albero, s.A. And the english web processing m/c , ltd., Is developing an innovative artificial synthetic turf that can be recycled together once his lifespan is finished, as well as the process and technology needed to produce it.
To build an eco-line to develop recycled textile garments from the company's own post-industrial wastes and to create a new product platform for the world's top clothing retailers, which meets their requirements regarding quality, aesthetics and price.
This project is focused on a new 3d printed cranial orthosis. This project will integrate available digital technologies (3d scanning, computational modelling, 3d printing). The goal is to develop new product (cranial orthoses) and production method (direct digital manufacturing process).
The development of a magnetometer and electromagnetic system that can be deployed on an autonomous underwater vehicle (auv) for high speed inspection of the condition of the cathodic protection of subsea pipelines.