Projects

Development of new formulation for its use in rotomoulding process

The objective of this project is to develop and validate formulations with characteristics and proprieties for using it in rotomoulding process. [...]

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Research on the effects of toxics aromatics amines in child products

The aromatics amines are organic substances constituted by a group -NH, NH2 or nitrogen attached with aromatics hydrocarbons whose structure normally contains one or various benzene ring. [...]

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Financed

CHILDBIOPACK. Development microwavable package, from environmentally friendly materials, based on nutritional prepared meals adapt to child growth (3-14 years)

The current project has for main objective to develop a line of microwave trays that contains menus nutritionally adapted to child consumption (3-14 year). Notably, developed packages will optimise the warming in microwaves in terms of temperature uniformity and will be composed by raw materials more environmentally friendly. Furthermore, foodstuffs will be chosen according to their intrinsic properties which affect the warming in microwaves. Lastly, menus will be prepared according to nutritional and sociocultural criterias by focusing on the use of local food which stimulate the Mediterranean alimentation. [...]

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Financed

Advanced Production of traditional manufacturing products via additive manufacturing technologies – AMFAB II

Actually, the 3D printing via the FFF printing technique (Fused Filament Fabrication), raises powerfully in all the sectors, thanks to its capacity of production of complex geometric pieces, with different functions which fit the requirements required by the end user. [...]

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Financed

Development of PEM electrolyser, of high efficiency, high pressure and low cost, for para hydrogen supplying – SMARTH2PEM.

In last years, hydrogen economy has been a lot spoken about. This term corresponds to an energetic model in which the hydrogen, obtain from clean energy, is used as a combustible to satisfice the majority of the society energetic needs. [...]

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Financed

Intelligent automation – ROBINT

The main objective of this project is the development of the sensor technology and the necessary tools, which allow elaborating man-machine collaborative work environments, based on an artificial vision system, laser triangulation system and/or photoelectric barrier, to integrate it in manual processes. Furthermore, developed systems will allow obtaining information that allows the adequate automation and robotization of various operations in the manufacturing of shoes and superficial finition process for manufacturing of toys which are actually not viable or difficult automation. Actually, we pretend to implement a pilot plant associated to the shoes sector to realize shoes soles deburring tasks for rubber boots, and other pilot plant associated to the toys sector for plastic pieces deburring. [...]

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Financed

R&D in economy circular and sustainable

Currently, manufacturing systems pretend to emulate the ideal function of natural ecosystems, in which prevails the no waste generation and the optimal resources use (water and energy). [...]

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Financed

R&D of storage systems for advanced energy based on hybrids supercaps.

The general objective of this project is to develop storage devices for advanced energy based on the supercaps technology which are compatible for its usage in consuming electronics devices and that also improve performances of current storage devices in terms of energy density and lifetime of those ones. This way it wishes to obtain a storage system which allows the production in which is embedded (toys, Smartphone, localisation systems GPS, wi-fi antenna, etc.) a great autonomy, which charges in very short periods and which guarantee long life. [...]

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Financed

Development of monolithic ceramic systems for energetic and environmental uses.

In this project, we pretend to develop manufacturing methodologies of structured heterogeneous catalysts able for various uses through the use of classic materials design technics and last generation additive manufacturing technologies. The structured catalysts to develop will get geometric forms and design of different complexity, from granulates and classic “pellets” to “honeycomb” monoliths and those that are called “structured reactors”. [...]

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Financed

CROWD KNOWLEDGE

Start of the Crowd Knowledge business accelerator.The CEEI Alcoy and seven companies of the interior regions have launched the business accelerator, Crowd Knowledge. This is a programme in which AIJU takes part and that promotes and supports entrepreneurs with projects that have high growth potential in terms of idea development and that emerge on the market with better chances of success. The main aim is to promote the creation and growth of innovative companies, investing local resources locally. [...]

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