The main objectives of the REMEB project are the implementation and validation of a low-cost ceramic membrane bioreactor (MBR) in a Waste Water Treatment Plant (WWTP)...
The main objective consisted of producing commercial quartz powders that show very little or no RCS toxicity. To do this, a pilot plant for treatment of commercial quartz powders was designed. The treated quartz produced in this plant was verified by means of industrial trials performed by several end users from different industrial sectors with good results.
The SINTERCER project will strengthen the research potential of the SINTERCER Centre - an integral part of the Institute of Advanced Manufacturing Technology (IOS), Poland.
To develop ceramic electrodes for two different processes that address two major problems. First, photoelectrooxidation of emerging pollutants in water. Second, increase the efficiency of redox flow batteries. The starting point was electrodes previously developed at IUTC, based on antimony-doped tin oxide, which have already demonstrated very favourable electrochemical properties.
The CEMINK project aims to develop and validate a technology focused on the manufacture of low-cost ceramic membranes for microfiltration and ultrafiltration, as well as membranes with special requirements (anti-biofouling, catalytic, ...).
To achieve healthier, more energy-efficient and environmentally friendly homes. These are three of the main objectives of the CONFORTMA project. An initiative launched by Gimecons Construcciones y Contratas, the University Institute of Ceramic Technology (IUTC) and the ceramic company Realonda.
The SINVIR project aims to obtain new antiseptic substances against the SARS-CoV-2 virus based on Ag nanocomposites, to be incorporated into commonly used materials used in different sectors of the habitat, in order to create safe spaces in which the growth and transmission of bacteria and viruses can be stopped
The PULSACER project has its origin in a patent developed jointly by researchers from the University Institutes of Advanced Materials and Ceramic Technology of the Universitat Jaume I. The aim of the project is to scale up the manufacture of a ceramic switch from the laboratory prototype to the industrial plant.
