A collection of case histories of successful collaborations between High Technology Network Laboratories and businesses. These are tangible and customisable examples of the application of new technologies, products, or services that show how industrial research can meet the needs of innovation.

Results: 11

SINTERED ULTRA-HIGH TEMPERATURE CERAMIC MATRIX COMPOSITES

The most resistant materials in the world for space field

In the aerospace and fast transport sectors there is a growing demand for advanced structural materials capable of withstanding temperatures over 1500 °C in highly corrosive environments. Rocket nozzles and thermal protection systems for spacecraft...

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Clams bred in the area

Eco-design for mollusc culture

Sustainable management of mollusc culture

Terra&Acqua Tech Laboratory has developed:
- the localization and georeferenced mapping of nursery areas for veracious clams in lagoon zones, to be used as a decision support tool for the expansion of current nursery areas;
- a process for the...

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HPSolar - High Performance Solar Decontamination

Hydrogen producing water decontamination system

The project has realized solar demonstrators that combine the decontamination of water containing organic substances to the conversion of solar energy into hydrogen. The production of hydrogen represents in this way an added value to the proposal of...

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VALSOVIT: Sustainable valorisation of waste in the wine industry for the chemical and health industry

The agri-food waste becomes a business opportunity

The VALSOVIT project has been proposed as a tool of technological innovation for the valorization of the waste of the wine production chain for the production of high added-value substances using sustainable technologies. The main results obtained in...

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GST4Water - Green Smart Technology for Water

Sustainable use of water resources in urban areas

Availing of new Open Source technologies in the ICT field, the project has experimented innovative hardware and software solutions, that allow an aware use of the water resource at the individual user level and the grey and meteoric water reuse...

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Chemically Bonded Ceramics

Geopolymers for sustainable a high tech

Geopolymers are synthetic inorganic polymers based on aluminosilicates or phosphates and chemically bonded at T <300 ° C. This technology enables the production of materials with properties of certain ceramic materials with the same approach of...

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Production technology of transparent ceramics for high power laser applications

Flexible process ready to be transferred at industrial scale

Transparent ceramic materials are fundamental as sources of laser radiation, especially for high efficiencies and emission in the infrared wavelenghts (typically in the region of 1010 to 1080 nm). The transparent ceramic material that has reached the...

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BIOMASS DISP - Biomass dispenser for anaerobic digestion plants

Improvement of methane yield from waste biomass

The dispenser system BIOMASS DISP mainly consists of a completely isolated fiberglass tank, a submersible pump, pipes connecting to the water supply to the plant and biogas and a bioactive catalyst Biocat + . The system is fed with water from the...

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Secondary raw material recovery from agro-food waste

Reduction of waste managemen costs, highly valuable chemicals production

Some agro-food waste products maintain several compounds even after their processing for dietary uses. By using advanced technologies, it is possible to recover specific molecules that can be employed, once extracted and purified, as secondary raw...

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Production of porous ceramic materials

Porous ceramics: sustainable and multifunctional materials

Processes for the production of ceramic-based articles with controlled porosity in terms of volume, morphology, size, interconnection, 3D distribution. ISTEC manufactures ceramic or hybrid architectures with functional porosity (multidimensional from...

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Optimisation of drinking water purification processes

Drinking water, with no chemicals added and with remotely manageable systems

The electrochemical approach to water purification is based on the application of an electrical current, therefore the process is remotely controllable and neither personnel intervention nor the use of chemicals are required. The current disinfection...

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