Belarusian university with strong expertise in microelectronics and nanotechnologies has developed the two-sensor gas microsystem on nanostructured substrate of anodic alumina, designed to determine extremely low concentrations of toxic and explosive gases. The microsystem can be used as: - sensitive component of fire alarm systems, - in systems for analyzing multicomponent gas media, - for environmental monitoring (e.g., in the automotive industry to control the emission of CO into the atmosphere), - for monitoring the working environment of industrial enterprises (e.g., in chemical laborat

Disposable cutlery made of natural hardwood is an eco-friendly alternative to single-use plastic products. The company from Belarus manufactures various wooden products for catering companies and fast food restaurants: - disposable wooden cutlery (forks, spoons, knives individually and in sets); - wooden coffee/tea stirrers for vending machines; - cosmetic wooden spatulas. In manufacturing process the company uses only FSC-certified wood (birch, aspen, maple, willow, etc.), without chemicals and glue.

The Belarusian manufacture and trading company offers: - wooden kitchen accessories (end grain cutting boards and traditional cutting boards); - oak furniture (tables and tabletops); - softwood and hardwood lumber; - pellets. For the manufacture of furniture only natural wood is used - European oak, walnut, birch, alder, wenge, padauk.

Nanoelectronics technologies are currently considered as one of the most promising methods for creating a new generation of non-volatile sensors. The sensitive element of the magnetic sensor is nanoscale Al2O3 structures with quantum wells. The principle of operation of digital magnetic threshold sensors is based on the excitation of electrons located on traps in a potential well by a magnetic field. Filling electron traps in a thin dielectric layer leads to a decrease in the electrical resistance of such a layer.