Innovations

Industrial design example of the installation for electro-activated water

Industrial design example of the installation for electro-activated water

Sphere of use of the scientific development

Getting the water of special composition and structure (electro-activated water), enabling it to significantly change the structure of materials and improve processes. Electro-activated water applied in animal husbandry, construction of concrete structures and buildings, medical and domestic use. In electro-activating water a unique acid-alkali-resistant eco-friendly regenerative ceramic diaphragm is used.

Key competitive advantages and consumer value

To obtain electro-activated water the following are necessary: âordinary tap water, 220 V, the area for accommodation — 2..3 m2. When using electro-activated water in animal industry the growth rate of young animals increased by 15 % or more. When using electro-activated water in construction and erection of concrete structures and facilities significantly increases the rate of hardening of concrete construction. Installation is suitable for desalination of groundwater. Performance of 100 l/h or more.

Weatherproof and ozonprotecting materials

Weatherproof and ozonprotecting materials

Sphere of use of the scientific development

Tire industry, rubber industry, agriculture, automotive products for various branches of engineering. Processing of large-diameter tires of construction, industrial, military, and agricultural machinery for protection from the weather. Material delays aging of tires, increasing their life.

Key competitive advantages and consumer value

Ease of fabrication of the coating. Availability of ingredients for cooking material. The high adhesion strength, durability, and high protective properties of applied coatings.

The way to create firebreaks by small aircraft and innovative fire retardant materials

The way to create firebreaks by small aircraft and innovative fire retardant materials

Sphere of use of the scientific development

Creation of preventive fire protection strips and localisation of existing fires instead used today stripping of land by small aircraft and spraying of flame retardant. The consumers of the MChS, forestry, aeroclubs, airlines, and companies having in its use small aircraft, military units equipped with small aircraft and other holders of small aircraft, as well as newly created airstructures. Spraying of the inhibitor with special equipment by small aircraft to create a fireproof firebreaks on land, on the ground in the forest and steppe zone, near the residential, social, industrial, military, transportation and other purposes.

Key competitive advantages and consumer value

Speed and mobility create fire belts and zones of exclusion. Out of airport basing and exceptional maneuverability due to the applied technique. Application in a mountainous and hilly terrain where the use of other machinery to create fire retardant strips by cutting down trees is impossible or difficult. High efficiency (150–180 rubles / ha) and productivity (80–300 m/h), efficiency (low operating altitude — 3 m, width — 22 m). A wide range of inhibitors to modify them to different geographical and climatic zones.

A small plant for producing biogas from aquatic vegetation

A small plant for producing biogas from aquatic vegetation

Sphere of use of the scientific development

Natural bodies of water, agriculture, farmers and farms, gardens and suburban society, tourist centers and other facilities.

Key competitive advantages and use values

Small size, portability, adaptability to the small amounts of raw materials, low cost of final products. Ability to use in areas inaccessible to the central power and energy, and distant from these sources (farming, grazing, forestry, tourist centers, etc.)

Polymeric materials with adaptive-selective properties

Polymeric materials with adaptive-selective properties

Sphere of use of the scientific development

Enrichment and reprocessing technologies of non-ferrous, precious and rare metals. The absence of analogues in the world of custom selectivity to the desired absorption of the metal.

Key competitive advantages and use values

Increase in 2–3 times the efficiency of most existing enrichment and processing of ores. Reducing losses of metals in the production cycles.

The working model of the industrial, academic and consumer devices based on microcontrollers

The working model of the industrial, academic and consumer devices based on microcontrollers

Sphere of use of the scientific development

Material provision of laboratories, training of university students in the disciplines: «Microcontrollers», «Theory of automatic control», «Sensors and Systems.» PCS in the industry.

Key competitive advantages and use values

Very low cost of production — about 3000 rubles., Compared to similar devices available on the market — 30 000 — 400 000 rubles. Open source code for programming and configuration of the device. Communication with PCs on ports LPT, COM, USB, IR. Stand-alone operation with storage of data. Modes of the options and view the recorded data.

Building materials based on modified magnesium material

Building materials based on modified magnesium material

Sphere of use of the scientific development

Construction and finishing materials: lightweight blocks, tile, cast floors, a modified cement, decorative items of any shape.

Key competitive advantages and use values

The resulting magnesia cement is 30 % lighter products of Portland cement and 50 % stronger than silica brick, does not decompose in sea water is well protected from electromagnetic fields does not contribute to the development of mold, does not shrink, environmentally friendly, good resistance to dynamic loads, is caught in low temperatures, which is extremely important in the construction in the Far North and earthquake-prone areas.

Nano-modifiers Microfine

Nano-modifiers Microfine

Sphere of use of the scientific development

Chemical, tire and rubber-technical industry.

Key competitive advantages and use values

The product allows you to replace the more expensive domestic and imported modifiers (RU-stiorat cobalt, MONOBOND). Achieved cost savings of 5–15 % of rubber. The product allows you to: reduce the level of zinc oxide by 30 %, the economic effect of more than 1,5 million rubles per year, reduce the cure time by 15–20 %.

The use of mollusks of the genus Dreissena as a raw material for feed and feed additives

The use of mollusks of the genus Dreissena as a raw material for feed and feed additives

Sphere of use of the scientific development

Feed and feed additives for fish breeding and poultry farming. Biotechnology and agriculture.

Key competitive advantages and use values

The low cost of the resulting feed. Cleaning water engineering and using them as additional suppliers of biological waste.

Technology for producing chitin and chitosan from the Volgograd water reservoir zoo-plankton

Technology for producing chitin and chitosan from the Volgograd water reservoir zoo-plankton

Sphere of use of the scientific development

Chemical technology, biotechnology, cosmetic industries.

Key competitive advantages and use values

Available raw materials. A balanced set of nutrients content in the feed, which affects the growth of live weight of sturgeon up to 30 % for inclusion in the diet, only 10 % of the feed. Chitin and chitosan — biopolymers with valuable properties of the complex for fishery and cosmetic industries.

Adhesives with high adhesive performance

Adhesives with high adhesive performance

Sphere of use of the scientific development

Rubber industry, shoe industry, automotive, construction, products for various branches of engineering.

Key competitive advantages and use values

With a small amount of added (from 0,5 % to 2 %) of the total mass of glue, there is a significant increase in the strength of adhesive mounts (in 0,5–3,5 times) rubbers based on various rubbers to each other, to the metal compared with known analogues.

The use of (supplements) at any stage of the process of manufacturing adhesives.

The polymeric materials of low combustibility

The polymeric materials of low combustibility

Sphere of use of the scientific development

Construction of wagon, ship, aircraft equipment, and equipment for various branches of engineering.

Key competitive advantages and use values

Reduction of flame retardants and flame retardant efficiency improvement.

Excellence in 1,5–2 times of commercially available analog-known foreign companies, the lack of analogues in the world.