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Innovative industrial solutions for processing more than 2,500 types of waste into locally demanded resources

DAVER-A! has developed a novel proposal for the processing of more than 2500 types of waste into energy, heat and fuel. The scalable waste processing solution comprises: 1. Used tires . 2. Heavy duty tires (quarry equipmen

Innovative Products and Technologies

Innovative industrial solutions for processing more than 2,500 types of waste into locally demanded resources
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Nanostructured titanium dioxide for photocatalytic purification for antibacterial materials

Formation of nanostructured materials based on titanium oxides with photocatalytic properties by electrochemical anodizing. Can be used for antibacterial materials with photocatalytic and / or sterilizing functions

Innovative Products and Technologies

  • +3 months
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Smart skin solar screen (system for the control of the amount of solar radiation hitting vertical surfaces)

This patented structure, ideal in the temperate climate zone, uses aluminium panels, whose position is determined by real time temperature and illumination parameters. The panels slide along a vertical structure fixed paralle

Patents for licensing

Smart skin solar screen (system for the control of the amount of solar radiation hitting vertical surfaces)
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Connector for timber walls (X-shaped steel plate connector with curved extremities)

This invention is an X-shaped steel plate connector with curved extremities. It can be used to anchor the base of wood walls to foundations or to connect wall panels. The device is optimized to resist static and seismic actio

Patents for licensing

Connector for timber walls (X-shaped steel plate connector with curved extremities)
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Raw material recovery from solar panels

The method and plant described in this patent are an effective means of separating the materials present in the panels, such as glass, copper, silver, aluminium and silicon. The panels go through a sequence of treatments that

Patents for licensing

Raw material recovery from solar panels
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Improved solar panel recycling

This patent improves the current methods available to separate the glass from the photovoltaic cells. This patent has developed a simple and effective method to improve the separation of the glass from the cells. Thanks to th

Patents for licensing

Improved solar panel recycling
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Direct Solar Lighting Technology

Our unique technology using optical physics collect and store sun light and use it for outdoor/indoor lighting, as it is. Proprietary Direct Lighting Technology with Primary Ray Optics and Secondary Wave, Photonic Optical ele

Investment Opportunities in Startups and Spinoffs

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New polymeric materials with exceptional mechanical and thermal properties

A research group at the University of Burgos (UBU) has developed new aromatic polyamides (aramids) models and polymeric materials reinforced with carbon nano-fillers, chemically functionalized previously with these polyamide

Patents for licensing

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SERS-active substrates based on plasmon nanomaterials

University offers the production of SERS-active substrates based on plasmonic nanomaterials used for rapid analysis in medicine, biomedicine, and criminology. Compatibility of the fabrication process with technological operat

Innovative Products and Technologies

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SAXETHANE: Urethane Modified Soy Fatty Acid Ester

Airable Research Lab has developed a urethane-modified soy-based fatty acid ester that can substitute for petroleum-based chemicals, enabling a variety of low-cost and low-toxicity products.

Knowhow and Research output

  • +5 months
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Explosive Cladding for the Electrical Industry 

Explosive cladding is a solid state process in which controlled explosive detonations force two or more metals together at high pressures, resulting a high quality metallurgical bond between the colliding surfaces. The bondin

Innovative Products and Technologies

Explosive Cladding for the Electrical Industry 
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Paper-based temperature sensor with high sensitivity

The CSIC has developed a thermo-resistive sensor comprising a semiconductor material onto a paper substrate. The use of this type of materials together with deposition technique of semiconductor element allow to design a t

Patents for licensing

Paper-based temperature sensor with high sensitivity
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Biohybrid catalyst with coper nanoparticles

CSIC has developed a novel hybrid material consisting on a protein matrix and nanoparticles of different copper species. The effect of the combination is an enhancement of the peroxidase activity of the material

Patents for licensing

Biohybrid catalyst with coper nanoparticles
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Bacterial nanocellulose biomaterial production

The CSIC has developed the production of an emerging nano-cellulose biomaterial from autotrophic bacteria, with growth from a single inorganic carbon source (eg atmospheric CO2), for use in biomedicine, food, packaging, and p

Patents for licensing

Bacterial nanocellulose biomaterial production
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Metallic Catalysts for the Preferential Activation of Ammonia Over Other

Amines CSIC and the University of Zaragoza have developed a new, more economic, more sustainable and more effective methodology that allows obtaining nitrogen molecules using ammonia as raw material. Industrial partners are

Patents for licensing

Metallic Catalysts for the Preferential Activation of Ammonia Over Other
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