To develop chromatographic tools which will enable the rapid purification/concentration of large herpes virus vaccines. Developed process will facilitate downstream applications by increasing purity and potency.
We are suggesting to utilise the fruit of autumn olive, which is widely farmed in korea, for the production of natural lycopene. Supercritical co2 extraction, microencapsulation of lycopene, and the development of lycopene formulations for various products will be studied.
Silvac aims at the development of silver nanocluster doped thin films obtained by standard coating techniques (pvd, cvd, sputtering, printing) on several substrates to improve their antibacterial activity. The first applications are on interiors surfaces such as internal doors, steering wheel, gear
The present proposal aims at the development of revolutionary spatial two-and three-dimensional liquid-chromatography systems specifically aimed at targeting the complex challenges posed by biomarker discovery and clinical diagnostics.
The goal of the project is development and construction of the equipment for preparing the reference material for dissolved gas analysis used for prediction of faults in power transformers.
A group of considerably less toxic and much easier biodegradable by comparison with the existing ones ionic liquids is foreseen to elaborate and put on production by scientists of the university of latvia, the tallinn university of technology (estonia) and the company bapeks, ltd (latvia).
Project is focused on development of integrated sensor system which will be applied to detection of ultra-violet (uv) radiation in high temperature areas. The sensor system is based on fibre-optic components built in fully portable system.
The project aims to obtain high added value natural ingredients from local plants using sustainable green-technologies. Sharing knowledge in separation technologies, supercritical fluid extraction and molecular distillation, will allow both companies to efficiently use resources to reach this goal
Development and realization of monitoring system based on the method of electrical impedance spectrometry for monitoring selected parameters of porous substances for application in conditions of real environment, agriculture and of food industry is solved in project.
The need for sound dose meters have increased and the future technology and market will be based on a combination of dose meters and level meters. this consortium covers the skills and experience for the technological development as well as the sales and market implementation.