Development of standard parameters for pyrolysis of remains and other recycling, for complete use of pyrolysis gas by methanisation and recycling of biogas in a gas motor work facility
Development of a central system for rail freight transport based on a concentration of information, web applications and demands from different applications operated out of the portal, to serve users as the information source, guide and navigator.
To develop a comprehensive information system which will enable efficient management of the health status in pig production.
To develop appropriate mixtures of paraffin and iso-paraffin hydrocarbons and stimulants, i.E. To produce a mixture with better quality than wax mixtures used by growers.
The project mission is to build a system of intelligent wireless electrical installations. The system will comply with current standards and will form a 'superstructure' for previously made applications.
Sensor intelligent systems for monitoring body and environmental conditions, integrated into intelligent textile products (work clothing, firemen uniforms, etc.). Features: nanofilms, data acquisition, personal alarm, building blocks, low cost.
The development of a new modular system. The production of a new laboratory device. The final result of this project should be a fully automatic serologic system. This system will be designed for clinical and research laboratories.
The main goal of the project is to develop a unique welding robot for generating crane rails. An important part of the project is the research and development of optimum welding parameters.
The aim is to develop new types of polymer composites able to face high temperatures (200-400 degrees celsius), fire (class a1 or a2) and seismicity, for adoption in strucutral engineering.
Development and processing of molecular-biological diagnostic kits for rapid and sensitive diagnosis of viruses and bacteria causing human and animal diseases.