Elaboration of formulations for high quality ecological gasoline. This will decrease environmental hazards resulting from the growth in motor fuel consumption.
To develop a new commutated electronic power converter which has great versatility in the transfer of energy from one or more power-supply ports to one or more lead gates.
Based on gas bearings and direct drive, permanent magnet, high frequency synchronous motors, downhole gas compression offers a technically feasible solution for accelerating production and increasing the ultimate recovery from depleting gas fields.
A new and innovative process will be developed to solve the glycerin glut from biodiesel production by converting it into an additive for diesel fuels: gtbe. Adding gtbe to diesel fuels will lower the emission of fine particles up to 50%
Two partner companies will jointly develop a highly capable/smart electronic metering system for use in households able to gather data from other energy meters (heat, water, etc.) And wireless communication to customer displays (showing current use of energy, co2 emission, etc.).
To adapt engines and their internal components, such as combustion engines, for use with non-conventional fuels and lubricants, minimising noise and gas emissions caused by engines and improving the lifetime of components.
To research and develop a device able to produce electricity using the energy of exhaust gasses and deceleration and its logical distribution throughout the vehicle in order to lower its consumption of fuel and also its co2 emissions.
Development of a next-generation analytics platform with accompanying energy analytics for use by utilities and their customers. This project will lead to improved energy efficiency and potentially millions of dollars in savings for utilities and their customers.
The objective of the eureka project is to develop and scale-up quadrogen's biogas clean-up system and h2 booster from its current sub-megawatt level to 1.5 mw size and be ready for integration with dfc1500 for co-production of renewable electricity, heat and h2 from biogas in the uk and europe.
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.