It is developed the anaerobic-aerobic technology of treatment of highly concentrated wastewater associated with biotechnological production of electricity and hydrogen. The technology is different from the existing ones with the implemented system of bioreactors. It is developed the hydrobiocenosis of microorganisms that are organized in bioconveyor and immobilized on synthetic carrier with highly developed surface area in bioreactors.

The scientific novelty of development consists in that first in a theoretical plan generalized and the theoretical are systematized and experimental data of researches of balance of energies in the hauling and рекуперативному modes of operations of autonomous electro-transport facilities. It is well-proven that the use of hybrid source of feed which includes the block of supercondensers and storage battery prolongs tenure of employment of accumulators in two - three times. Work of block of supercondensers is analysed in hauling and recuperation modes.

The methodology of risk management for energy market in the sustainable development of the state through improvement methodology based on risk analysis and selection criteria of optimal stabilization solutions was developed. The mechanism of substantiation of investment-innovative decisions in power industry with taking into account the estimated environmental and energy efficiency criteria was improved. The general classification of the risks of subjects of electroenergy market in accordance with accepted by Basel agreements modern international standards was proposed.

Hydraulic adaptive system of power take-off and redistribution is developed. Hydrosystem automatically adjusts the power and the trajectory of its flow in conditions of wind speed increasing or decreasing. Adaptive hydraulic system is designed for increasing of energy volume, which comes to consumers from independent medium-power wind turbines (up to 30 kW).

The fundamental principles of the applied theory of the energy-efficient adaptive operation of the complex for pulse-resonance destruction of rocks and reservoir rocks in oil well were formulated. CAD for the elements of energy-efficient adaptive complex with pulse-resonance actuating device was developed. It allows for the automated control of the complex with minimum energy consumption and maximum impact on rocks.

Getting new data on the mechanism and regularities of formation of amplitude-frequent spectrum of the seismic impulse, depending on the construction of industrial charges, parameters of network borehole charges, interval and sequence of shortlyretarded explosion, way of initiating charges of industrial explosives.

A number of approaches and methods was developed for creating of data warehouses for scientific and educational purpose. Developed werehouses unlike most analogues are oriented on the task analysis of unstructured data sets rather than on the problem of documents flow. In particular, the method of warehouse architecture oriented on semantic and advanced analytical processing was designed. Ways to support very large repositories of text data based on the use of cluster computing technologies was developed.

Electrodynamic models of scattering the electromagnetic waves on the systems of coupling dielectric resonators of the infrared wavelength ranges in the regular and the below cutoff waveguides as well as in the open space have been formulated. It`s developed electrodynamic models of the electromagnetic waves pulses are scattering on the systems of coupling dielectric resonators. The advantages of the proposed method are outlined. It showed a possibility of band stop and band pass filters creation on a basic resonances of dielectric resonators in the infrared wavelength ranges.

The purpose of the work is to increase energy efficiency of the electromechanical systems of stationary mining enterprises by monitoring in real time of their current operating parameters and diagnosing and evaluating energy and technical conditions to identify inefficient modes and make informed decisions about further exploitation. The paper solved the urgent scientific and practical task of improving the energy efficiency of electromechanical systems of the mine fixed installations with asynchronous motors.

The methodology of determination of optimal structure (composition of generating and accumulating equipment) and parameters of integrated distribution systems (microsystems) have been created on the basis of methods of multicriteria optimization considering technical, economic, social, ecological, meteorological factors, regional peculiarities of energy supply, in particular availability of local fuel, energy and labour resources, existing structure of centralized power supply system.