The aim of the project is to achieve a new type of 3D biomass carrier, which will be characterized by a unique structure and the presence of advanced (nano)materials – a 3D carrier with integrated linear composite nanofibrous precursors (abbreviated: "3D nanofibrous biomass carrier"). The application of this carrier will be in the field of biotechnology for water purification, specifically e.g. in wastewater treatment plants or on larger water bodies, where the carrier will ensure the maintenance of slowly growing and specific microorganisms capable of ridding water of unwanted pollutants, thereby achieving a better chemical-biological state of the waters.
Secondary efforts will be made to introduce a biological component (e.g. enzymes or other biologically active substances - "3D biocarrier") onto the nanofibrous surface of the carrier in order to create a suitable environment for adhesion and rapid development of specific microorganisms demanding conditions essential for their metabolism or for the use of these microorganisms in heavily loaded environments.
The development of biotechnological solutions for water purification offers great potential for innovation, especially for the improvement of aquatic ecosystems. The project focused on the development of a new type of 3D biomass carrier is exactly the kind of innovation that can bring about fundamental changes in this area and environmental protection in general. The innovative solution resulting from this project should also inspire further research and innovation in the field of water purification, thus supporting industrial transformation and technological progress in this area.
The project is being implemented in 2024/2025 and is co-financed by the European Union and the Ministry of Industry and Trade.
