The project aims to create a system based on innovative technologies for the management of drinking water quality, to be used in distribution networks characterized by peculiarities and which integrate increased environmental sustainability in terms of replacement of chemical agents, such as chlorine, with continuous monitoring techniques aimed at maximum efficiency in the management of […]
The project involves the development of a portable wireless technology platform consisting of sensor units multi-purpose that enables the identification and in-field qualitative-quantitative evaluation of residues of pharmacologically active molecules in the following foods: Milk, honey and eggs. The project is part of a rationale for building a supply chain food safety platform for rapid […]
Development of an innovative graphene based membrane as ion exchange membrane fro blue energy harvesting and their scaling up.
The project aims to contribute to cryogenic innovation through the development and implementation of various technical/scientific solutions. The first objective is geared toward innovative sensor technology for pressure, temperature and vibration measurement, with the goal of realizing miniaturized mechatronic components, capable of extending through the application of a larger number of sensors the diagnostics of […]
The presence of microplastics (MPs) in the aquatic environment is a worldwide concern that threatens the lives of hundreds of environmental species. To tackle this situation, several technologies (microfluidics and nanotechnology) are emerging and they could be useful to eliminate MPs from the aquatic environment specifically, due to the similarities in density and size to […]
The project deals with the definition of a new high-voltage diode for the Automotive market, which can also be used for the White, Air Conditioning, Motor Control market. The goal is to generate a new family of advanced devices that can support the needs for improved efficiency, cost containment and energy consumption in line with […]
The project involves the development of a versatile measurement system (suitable for LFS (Lateral Flow Strip) of different origins) capable of performing quantitative, low-cost, and automatic (without the presence of experienced operators) measurements of M1 aflatoxin (AT) at origin, i.e., at the same time as the milk is withdrawn, so as to allow measurements on […]
The project "Smart3D - Smart 3D Polymer Devices Production Chain" aims to realize an integrated production process based on the use of technical polymers, through the adoption of innovative Additive Manufacturing techniques, Laser Assisted Welding and Automatic Testing Machines. The objective of the project proposal is to provide flexible technologies necessary for the mass production […]
The ECOSMART ROAD 2.0 project aims to build an innovative road system for bicycle applications with prefabricated modules composed of recycled plastic and milled asphalt with sensors for sub-services, information point and charging point for e-bikes.
The "3D Smart Polymers" project has the ambitious goal of engineering two complementary production systems: the first one aimed at the manufacture of 3D electronic devices through a welding process on polymers with laser technology developed by CEMAS ELETTRA Srl and the second one aims at obtaining the first machine in the world capable of […]
