Waste water treatment with black soldier fly larvae, with the recovery of resources from the larval biomass produced
Safeguarding our Waters: from Production, Purification to Management
Water is at the source of every living being; with water scarcity being a reality in some parts of the world, it is necessary to find innovative methods to purify and decontaminated the current sources at hand. We propose a collection of technologies for remediating waters/wastewater, producing water and better managing with vital resource; with at heart whilst the mission of ensuring there will be water for all.
New mixing cartridge design to regulate the flow rate and the outlet temperature of the water from a kitchen tap.
Innovative electrode configuration of an atmospheric plasma reactor for water decontamination and treatment.
Material, obtained by heat treatment, which has the property of binding and retaining substances dissolved in wastewater.
Method for the removal of boron from liquid matrices (water or waste) by means of a chemical-physical precipitation process.
Continuous production of organic polymeric membranes for the decontamination and / or purification of water.
The dishwasher wastewater, regenerated via a biofilter, can be used as feed to promote plant growth thanks to its nutrient content.
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.
TRIX, timed push button block, which can reduce the wasted water flow from 3 to 10 seconds; good for water management.
Synthesis of functionalized polymeric flakes and their use in the removal of pollutants from contaminated fluids.
Cartridge filtration device, designed with the aim of overcoming the main disadvantages presented by conventional devices.
Mixed matrix membrane for the decontamination of water from polluting metals, via chemical and / or electrostatic adsorption.
New adsorbent material with excellent sequestering properties for Arsenic, for the purification of water from toxic contaminants.
Prototype reactor with photo catalyst based on iron oxide and lanthanum for the degradation of micropollutants in aqueous effluents.
Marine consortium for the bioremediation of environments contaminated by organic compounds (polycyclic aromatic hydrocarbons and bisphenol A)
Miniaturized and modular photocatalytic system which uses solar energy for waste water treatment and contemporary hydrogen production.
Technology which can reduce the presence of microplastic particles in the water discharge without increasing energy consumption.
Innovative water-stable family of multivariate metal–organic frameworks for the simultaneous capture of inorganic and organic contaminants from water.
Approach that allows to convert waste products from the agri-food industry to generate low- cost filters for domestic users, with high abatement efficiency.
Device for the nitrogen capture and reuse, in a circular economy approach, as a biological (liquid) fertilizer to replace the fossil based-one.
Method that enables the efficient selective extraction of palladium from Hi-Tech waste leaching or wastewater from industrial processes.
High pressure reciprocating pumping system that enables to realize water treatment plants with low energy consumption.
Invention for treating fluid and aqueous (organic) suspensions characterized by high ammonium contents through cation exchange.
Production process of silicone foams, oleophilic and hydrophobic, comprising carbon nanotubes for water contaminated by oils treatment.
Method for treating liquid effluents that allows a reduction of their ammonia load and obtain a slow-release amendment/fertilizer.
Electrochemical sensor based on molecularity imprinted polymers that can be used to detect environmental pollutants belonging to the PFAs.
Method for the synthesis of zerovalent bimetallic nanomaterials employing inexpensive and non toxic reductants.
Method for boron removal from water and urban and industrial wastewater based on immobilization-precipitation mechanisms.
Nanostructured membrane for wastewater treatment able to prevent the growth of micro-organisms on its surface.
The invention is a device that produces water from air, combining the adsorption materials with low-grade heat.
Chemical inertization does not require pretreatment of the liquid waste and it consists of a cold mixing in a few hours at room temperature.
New method for the simultaneous treatment of wastewater and the generation of electric energy using salinity gradients by reverse electrodialysis.
The patented system allows an efficient, low-cost, automated control of the processes for a complete nitrogen removal, also ensuring energy savings.
This patent is about the development of a process for olive mill wastewater treatment, allowing to produce a gas mix rich in hydrogen and methane.
The patent is aimed at treating industrial wastewaters, containing high concentrations of ammonia, by using a bromide enhanced ozonation proces.
Method to improve the effectiveness of groundwater remediation techniques based on the injection of reactive particle suspensions.