ALFIE is a Microalgae Photobioreactor, integrated in building façade, that purifies the grey and meteoric waters produced daily by human activities.
Proprietario: Politecnico di Torino
brevetti.spinoff@polito.it
Innovative coating consisting of a glass matrix and metal nanoparticles that can be modulated according to different applications.
The automatic machine for real-time detection of contaminants is able to determine the content of a liquid phase.
Method for the synthesis of zerovalent bimetallic nanomaterials employing inexpensive and non toxic reductants.
Ultra-thin capacitors manufactured with techniques for multi-layer printed circuits, targeted for high frequencies and high voltages applications
This technology allows producing materials with high mechanical properties, starting from quarrying wastes (stone muds).
The proposed system concerns the production of aluminium matrix composites by infiltration, without the need to apply external pressure.
It performs a Raman analysis with control on the injection of the analyte of interest and its physical confinement during the analysis phase.
Homogeneous ecological substance that offers the double mechanical compression resistance compared to the other solutions on the market.
The proposed inventions cover a series of surface treatments, aimed at improving their interaction with biological tissues in biomedical implants.
Production of flame resistant polymer foams. The foams self-extinguish after exposure to a small flame and mantains thermal insulation
Method to improve the effectiveness of groundwater remediation techniques based on the injection of reactive particle suspensions.
New and low cost optical fibre sensing system for monitoring the diffusion of corrosive media (water, acids, etc.) and the degradation.
The patent is aimed at treating industrial wastewaters, containing high concentrations of ammonia, by using a bromide enhanced ozonation proces.
The proposed invention consists of a photonic structure, made of transparent dielectric materials, adapted to control the emission of radiation.
The patent describes a new technology for the elaboration of Zirconia-based nanocomposite (multiphasic) powders.
