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Thematic directions

Directional development: "Technologies and Equipment for Exploring, Estimating, and Extracting Mineral Resources"
Apr-2 Portable Mine Anemometer(2017)
The device is to be used for measuring average velocity of air streams in remote places with high content of dust, moisture, and explosive gases, and average weighted velocity and amount of air in mines of all categories, including dangerous ones in terms of gas or dust content, as well as in gas pipelines, tunnels subways, control systems, industrial ventilation systems, degassing systems, etc.
Vitrinite Thermometry As A Tool Of Paleogeothermal And Paleotectonic Reconstructions Areas Of Application(2017)
The method is to be used for determining the paleogeothermal and paleotectonic parameters of tectonic structures and catagenetic zoning of rocks to make a forecast of oil and gas content and a detailed reconstruction of paleogeothermal conditions for the formation of sedimentary rocks complexes of different regions
Neutron Generator Based On Ntg-2m Type Small-Sized Neutron Tube Areas Of Application(2017)
The generator is to be used for pulsed neutron logging of wells while exploring and controlling the extraction of mineral resources from oil and gas deposits
Skif-100m Electrodischarge Device(2017)
The device is to be used for treating the bottom- hole zones and for increasing the productivity of oil, gas, injection, and artesian wells
Insulation Coating For Underground Pipelines(2017)
Multilayer insulation tape for oil- and gas pipelines applied under base or field conditions
Information Technology For Continuous Monitoring Of Horizontal Ride Quality Of Mine Hoisting Vessels In Vertical Shafts With Rigid Reinforcement(2017)
The technology is to be used in digital electronic complexes for continuous monitoring of dynamic interaction of hoisting vessels with rigid reinforcement of mine shafts
Information Technology For Continuous Monitoring Of Rope Tension In Multirope Hoisting Plants(2017)
The technology is to be used in rope tension digital monitoring systems
Information Technology For Diagnostics And Monitoring Of Technical Condition Of Hoisting Plant Facilities(2017)
The technology is to be used for improving the technical condition of hoisting plant facilities in order to enhance their reliability and to increase hosting speed for escalating the quantity of minerals elevated to surface
Comprehensive Method For Structural-Thermo- Atmo-Hydro-Geochemical Research (Stagr)(2017)
The method is to be used for forecast of oil and gas promising areas; .predictive estimates of areas for arranging well fields under conditions of crystalline rocks and sedimentation mass
Comprehensive Technology For Temporary Shutoff, Development, And Suspension Of Oil Wells Under Conditions Of High-Permeability Reservoirs And Abnormal Rock Pressure(2017)
The technology is to be used for oil well control and suspension under normal and abnormal conditions of operation and repair works
Multispectral Structural Field Method For Prediction Of Oil And Gas Deposits(2017)
The method is to be used for prospecting hydrocarbon deposits using satellite methods in various geological and landscape conditions for solving the following tasks: to rank the oil and gas prospecting objects obtained with the use of various geological and geophysical methods by productivity criterion; to define more exactly the external contour of oil and gas presence; and to promptly estimate the oil and gas bearing capacity before prospect drilling
Increasing The Yield Of Marginal Wells(2017)
The technology is to be used for increasing the hydrocarbon production from marginal oil, gas and gas condensate wells whose production rate has dropped because of bottom-hole zone contamination with bridging agents
Prediction Of Methane Outburst Risk In Coal-Bearing Rock Massifs(2017)
The prediction is used to identify the dangerous areas in coal beds and exhausted mines and the zones suitable for coal bed methane degassing
Thermoelectric Cooling Sensor (Tcs)(2017)
The device is to be used for analysis of rocks in deep well drilling. It can be used on interplanetary stations to determine the elemental composition of soil of the Solar System planets, as well
Technology For Recovering Productivity Of Water Supply Wells(2017)
The technology is to be used for recovering industrial water supply wells up to 200 m depth, the debit of which has decreased as a result of long-term use
Technology For Comprehensive Processing Of Peat And Biomass Into Composite Fuel With Extraction Of Humic Substances From Milled Peat For Fertilizer Production(2017)
The technology is to be used in peat processing industry of Ukraine; for producing biofuels and fertilizers from raw peat materials. It enables resource saving and diversification of peat processing works
Technology For Roof-Bolting Support Of Mine Roadways, Industrial And Civil Engineering Underground And Surface Facilities(2017)
The technology is to be used for implementing new resource-saving supports in the mine roadways while building different underground and surface facilities to radically improve stability, reliability, and safety of their structure and operation and to significantly cut the costs for their protection and maintenance Roof-bolting support scheme
Technology For Enhancing The Oil Well Productivity(2017)
The technology is to be used for raising the yield of oil-gas producing and injecting wells, which has lost their productivity as a result of long-term operation and have the following parameters: Well configuration: with uncased and cased bore; Diameter: from 114.3 mm and more; Depth: up to 5.5 km; Thickness of workable beds: 1.0—20.0 m and more
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