Project ideas of NMU in "Societal Challenges" section of
Horizon 2020 program
Slope stability analysis and landslide forecast via numerical modelling to prognose natural and technogenic catastrophes
Restoration of ecological potential of wastelands in industrial cities
Creating a system of bioindicative assessment of toxicity levels of the environment in the territories of the coal-mining regions
Development the method directed on testing environmental conditions
Improving the protection of workers using a dust respirator in the coal mines
Technology of multiple use of mineral deposits exploitation and formation of man-caused deposits at the open pit mining
Scientific substantiation of saving technologies of underground mining of uranium and iron ore with solid backfill in Ukraine and the world.
Ecological aspects of selective technology of coal extraction implementation
Rationale of technology of regeneration of methane of trash dumps and possibility of his application as alternative power mediums
Improvement of technological schemes of transport when developing open pit mining based on the use of ground-layer cable roads
New technological solutions for open mining
The technology of the heat mapping cities from space.
Assessment of the ecological status of water bodies according to the data of multispectral airspace images.
Geoinformation system of the integrated analysis of different-type and different-level data using RAPID GIS
Technology of searches of industrial accumulations of coal methane and creation of mine fields 3D models by different-level data
Geoinformation technology of unconventional hydrocarbons forecasting in igneous and metamorphic rocks using space and ground-based surveys
Technology of slagheaps burning sites mapping from multi-temporal data of multispectral space imagery
Enhancing of energy efficiency of heating systems of residential buildings
Technical systems parameters justification applied to mining and processing of organic-mineral sediments in the Black Sea.
Hybrid Improved Motor-Green Driving Efficiency (HIM-GDE)
Establishment laws of power transmission on branches of double-mechanical transmission
Development of research, design and technology solutions for the integrated development of natural and man-watered fields of rocks of sedimentary origin
New generation of lift facilities with flat traction bodies
Rationale for the application of scientific, technical and engineering decisions in the creation of pipelines for hydraulic mining, the method of producing wells.
Scientific substantiation and development of the technology of construction materials with high levels of energy dissipation for the mining industry.
Develop and explore the impact of technology on the borehole rocks, providing warning of sudden outbursts of gas and rocks in coal from underground mines.
Scientific substantiation and development of energy-saving technology of synthesis of superhard materials.
Scientific substantiation of rational parameters of mine hoist facilities of the new generation of flat traction bodies.
Study of the operating electric power losses dynamics in the power supply systems elements
Development of the transfer concept of underground consumers of energy-intensive mines to the voltage of 20-35 kV
Development of the system of continuous and selective insulation monitoring and protection for distribution networks 6-35 kV
Development of technical support principles of systems with distributed generation on the basis of «Smart Grid» concept
Development of methods and means of saving and control power quality of energy intensive industries due to energy-efficient electric systems
Feasibility study of nature-friendly technologies for Lviv-Lublin basin coal mining
Service life extension of metallurgical equipment while tribological barrier negotiation
Restorable sources of raw stock for tool material production
Improving methods for energy efficiency control of production processes at industrial enterprises
