Project activities are aimed at research, development and implementation of a new concrete composite material and its introduction into industrial flooring production.
In the framework of the project, the plan is to develop and implement a commercially feasible product - tempered greenhouse glass with anti-reflective (ar) coating for the greenhouse industry. A unique and innovative (state-of-the-art) technology will be developed for the product.
The project aims to carry out research and a development process for a new generation architecture of a 64 bit based data base management system design and approve the copyright of the newly developed products.
Latvia, sweden and lithuania will cooperate to develop a new super-pdh digital hierarchy radio for the 24ghz - unlicensed - frequency band. Use of alternative solutions and technologies will allow for designing this product with target markets in eastern europe and africa.
Nutritional conditions and plant protection technologies differ for vegetables grown in the baltics. This influences storage ability in ca. Investigations on most appropriate gas composition and temperature will be conducted. Technology for quality and prolonged storage period will be elaborated.
Basic goal of this project is the development of technology for industrial waste recycling and production of new construction materials, with high performances, reduced environmental impact and adjusted to customer needs: geopolymers, as well as the porous ceramic building materials.
Present work is aimed at elaborating of technology for manufacturing complex composite amber (fossilised resin) fibre which can be applied for medical or preventive purposes.
The evaluation of biological activity of processing by-products from more widely grown japanese quince and black currant cultivars.
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 aim is to develop platform with complex passive multi-level fatigue monitoring system and workability evaluation system designed in order to provide an integrated service in professional safety and health area.