The project is aimed at research and development of a new product - a hydrostatic system to energy recovery system for commercial vehicles working in a cyclic operation.
The project aims to the revalorisation of a renewable francion of industrial waste such as glycerol transforming it into an advance biofuel that may be used in several uses, including transport and heating. The project will link the gaps between laboratory and the manufacturing plants.
T-bea (tool for biomass energy accessibility) is a technological solution with a test-proven operative environment to measure efficiently accessible forested biomass growing up in agricultural areas, providing information about new bio-energy resources in our surroundings with earth observation.
To develop improved inkjet digital bifunctional inks for front side metallisation and produce a fully working solar cell with the newly developed inks, based on nano silver with selective emitter function, increased efficiency and reduced manufacturing cost.
The overall project concept is to use yeast biomass (spent yeast biomass resulted from brewing process and enriched brewing yeast biomass) in order to produce selenium-enriched dry baker’s yeast for the bakery industry.
Greenfield ethanol inc. Will demonstrate its proprietary modified twin screw extruder equipment technology to produce high yield oil for the production of biodiesel,and bio-based chemicals from advanced oilseed developed by its israeli partner danziger 'dan' flower farm and and later on from algae
The goal of this project is the development of a real time intelligent system for a comprehensive management of wind farms. It will include a revolutionary early detection fault and failure analysis engine and diagnostic engine to improve operation&maintenance.
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.
For coastal communities, hydrokinetic turbines and tethered wings will be deployed from barges and both require a sea cable, medium voltage dc bus, and energy storage for effective use. This project demonstrates interconnection to a remote community using a grid converter and lithium ion batteries.
Battery less, cordless and wireless sensor system through thermal harvesting. Fields of application of this product; industrial plant safety, monitoring and control for battery-less non-power wireless sensor, iot devices, wearable devices, smart farm, building and home automation, etc.