Novel Smart Filtration Media
The aim of the project is research work to create new filtration structures that are a combination of polymers and ceramics, allowing for effective purification of liquids. Project implemented by the consortium: Polymemtech, Warsaw University of Technology; Hollywood Textile Service; Hohenstein Institute for Textile Innovation; Atec Automatisierungstechnik; AQON Water solutions. Project financed by the National […]
BLUE GAS
Oworking of the technology for cleaning and closing the water cycle used in the fracturing process using membrane technologies Project implemented by the consortium: Polymemtech, Warsaw University of Technology. The aim of the project is to develop a technology for purification of water used for fracturing, and then purification of water returning after fracturing. The […]
UCOPure
Development of a new technology for the management of unreacted oil from the hydrocracking process using filtration systems – UCOPure acronym Project implemented by the Consortium: Grupa LOTOS, Polymemtech The innovative technology proposed by the Consortium, consisting in the removal of heavy polycyclic aromatic hydrocarbons from UCO in the process of integrated filtration, is a […]
HyprSTEP
Development of a new hybrid process for advanced wastewater treatment using smart textile filters and graphene-modified polymer membranes” – Acronym HyprSTEP The research project focuses on the development of innovative wastewater treatment processes in wastewater treatment plants. The new hybrid process is based on pre- and post-treatment of wastewater using smart textile filters combined with […]
REWARD
Development of a sustainable recycling process for water and detergents used in industrial laundries – REWARD acronym The aim of the project is to develop an innovative technology for recycling wastewater from industrial laundries and detergent ingredients in order to achieve sustainable water management in industrial laundries and to optimize the recycling process using analytical […]
AMROCE
Nanoenabled strategies to reduce the presence of contaminants of emergent concern in aquatic environments. (acronym:AMROCE) AMROCE aims to reduce antibiotic contamination and the spread of AMR bacteria throughout the water cycle through a platform of new antibiotic-free antimicrobial products. AMROCE will develop antibacterial/antibiofilm nets for catching fish and membranes for wastewater filtration using nano-engineered polymers […]