Creonia identifies interesting business ideas and products from social trends in the field of high-performance plastics, renewable energies and high tech and develops these itself to market maturity.
The ideas are marketed in different ways. There are 3 options open, which are pursued differently depending on the project:
- Exclusive or non-exclusive licensing of the technology to interested companies
- Selling the technology
- Establishment of an own company and own marketing of the products
Our funded research projects:
CREOCell – funded lithium ion battery research project
- Manufacturing free-standing, highly porous anodes and cathodes using a proprietary, patented process
- Subsequent 3D metallization of the free-standing electrodes
- CreoCell – Trilayer Separator Electrode Assembly: firmly connected 3-layer multi-layer system consisting of anode, separator and cathode with 3D current conductors
- Greatly increased storage density per weight (up to 30%)
- All conventional active materials for anodes and cathodes can be used
- Lower manufacturing costs (up to 20%) due to lower use of materials and lower investment costs for production facilities
Development of novel Li ion battery solid electrolyte separators based on metal organic frameworks
- Development of novel separators based on thermally stable MOF/polymer composites that replace hazardous, flammable lithium electrolytes with a cost-effective liquid and environmentally friendly manufacturing process
- Integration into the new manufacturing process of CREOCells
- Improved safety, thermal stability and high performance of LIBs
- Fulfillment of the most important performance indicators of LIB through reduced (cell) weight, material and production costs
- Increased volumetric and gravimetric cell storage density with improved LIB performances (high power density and high capacity)
Biogas Plus – A new power-to-gas technology for new and existing biogas plants
- new Power-to-Gas manufacturing process developed by Creonia
- excess CO2 from biogas production is converted with hydrogen from electrolysis (operated with excess electricity) into renewable synthetic methane using biological methanation
- electrolysis with excess electricity from the electricity grid or from local wind and photovoltaic systems
- up to 70% more methane production than conventional biogas plants
Investors wanted !!!
Write us an email if you are a business angel, want to invest seed money or are generally interested in our new technologies!