Development of applications for glucomannan polysaccharides and oligosaccharides derived from konjac plants which give substantial health benefits. In particular, prebiotic properties are addressed extensively.
Development of new and innovative methods for improving fire tube boiler efficiency automatically and in-line cleaning of the tubes and cleaning of high temperature smoke.
To develop a new type of organic fertilizer which will decrease the use of mineral fertilizers in agriculture production and in doing so will decrease nitrate quantities in food, soil and groundwater.
Recycling of polyolefin-mixed films for the production of high-added value ldpe (low density polyethylene) film and pellets
Currently, electrochemical machining (ecm) does not allow for meeting the specifications prescribed in many high-tech applications for advanced materials. We will develop a new technological foundation for ecm that addresses these limitations.
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.
Intrinsic full colour electrophoretic display(epd) technology with in plane switching(ips) of pigmented nanoparticles for e-readers. For the colours the substractive colour mixing paradigm is used. The pixel architecture consists of three layers, corresponding with the colors yellow, magenta & cyan
To develop a biodegradable plastic compound, capable of setting the start of its degradation process within its compouds. This innovative feature allows this plastic to keep 100% of its performance features during the period before it starts degradation.
The objective of the project is to research using cyclomedia technology's street-front lidar data to enhance 3d spatial measurement and analysis capabilities in esri canada's 3d smart building model for the assessment sector.