Peptide sequences with phytosanitary action for the defense of wheat, rice and other crops from fungi, oomycetes and phytopathogenic bacteria
COP 27 – UN Climate Change Summit
The invention allows the production of innovative solar absorber coatings stable in the air and at operating temperatures above 400 ° C. This is achieved by using one or more [...]
Multi-stage ABE fermentation using serially immobilized Clostridia biofilms to increase butanol production.
Novel electrocatalyst design for hydrogen production via hydrogen evolution reaction under alkaline conditions.
Waste water treatment with black soldier fly larvae, with the recovery of resources from the larval biomass produced
Solution to modernize corporate data centers and exploit the potential of Cloud Computing, to achieve greater efficiency.
Platform for the production of highly controlled, pure and catalytic nanomaterials with “green” synthetic procedures.
System for glass melting furnaces, able to recover part of the energy of the combustion fumes before being discharged to the chimney.
Innovative electrode configuration of an atmospheric plasma reactor for water decontamination and treatment.
Point absorber, equipped with a deeply immersed toroidal mass, capable of extracting energy from the wave motion.
Multi-sensory monitoring and warning of contamination levels and air quality, such as VOCs and carbon oxides.
Luminescent solar concentrator, for the conversion of energy for the production of hydrogen through the electrolysis of water.
Waste treatment process by converting into "clean" gaseous fuels such as hydrogen and methane, without polluting emissions.
Composter for transforming household organic waste into compost with high agronomic qualities and respecting the environment.
The dishwasher wastewater, regenerated via a biofilter, can be used as feed to promote plant growth thanks to its nutrient content.
Innovative IoT system that allows you to manage the cooling of the building through advanced machine learning techniques.
Mitigating sea microplastic pollution, thanks to the contribution provided by the entire naval fleet and the offshore sector.
Chemical-physical-biotechnological process for the remediation of groundwater contaminated by chlorinated solvents, nitrates and sulphates.
Process to obtain cellulose from citrus pulp (peels, pulp and seeds) using environmentally friendly solvents and low temperatures.
Zinc-polysulfides redox flow battery based on low-cost, earth-abundant and non-toxic materials for stationary energy storage.
Synthesis of functionalized polymeric flakes and their use in the removal of pollutants from contaminated fluids.
Method for creating an artificial solid-electrolyte interface layer on the surface of lithium metal, for rechargeable batteries
System able to convert wave energy into electricity through an anchoring system that acts as a reaction mechanism between the device and seabed.
A method and architecture for reducing the electrical consumption peaks of a plurality of electrical equipment with thermostat regulation.
The use of waste wool in the biocomposite / paper manufacturing process without the use of chemicals and binding materials.
The patented technology reduces overall costs by offering the possibility of a prefabricated façade in modular certified wood.
Photoanode for the generation of hydrogen via photocatalytic splitting of water to meet the need for a source of clean energy.
Wear-free materials in ultra-refractory ceramic composite with the ability to cope with temperature changes, from -200 ° C to over 1800 ° C.
Products that absorb heavy metals, solvents and microparticulate, and in addition induce the degradation of hydrocarbons.
Timely, multilevel and very low flow water delivery system for autonomous irrigation of planters of all sizes.
System to enhance the energy harvesting of a pitching floating wave energy converter in terms of energy production and system efficiency.
Multifunctional hybrid material based on sepiolite for the recovery and bioremediation of contaminated sites.
Thermal insulation panels for building application, entirely composed of agricultural waste material deriving from oranges.
Efficient microwave-based greenhouse system to heat the aerial part and a thermal source to heat the plant roots.