Dangerous geodynamic processes of the Eastern Orenburg

Abstract

The article raises a problem of dangerous geodynamic processes taking place in the eastern part of Orenburg region. The analysis of subsoil geodynamic state of Orenburg region is completed. Effective monitoring of geodynamic processes in the eastern part of Orenburg region using a seismological network is proposed and justified. Seismic events with a magnitude of ML> 2.0 are confidently recorded on this territory as well as subsidence of land surface reaching 50 cm per year. According to long-term monitoring of seismic events in the eastern part of the Orenburg region, a repetition schedule of seismic events was constructed. It allowed us to make a conclusion of the reason for increased geodynamic activity in this region is high technogenic load on geological environment. To study abnormally high seismic activity in the East Orenburg region, it is necessary to create a seismological network of 3-4 seismic stations in the territory of seismic activity in the Gaysky and Novooorsky districts near the cities of Orsk and Gai, Iriklinskaya State District Power Station and Iriklinskoye Reservoir. This will help to identify seismic activity causes and sources, level of danger, help to develop measures for reducing seismicity and increase the security of specific objects of society, industry and energy.

Mobile charging station for electric tractors

“…The use of electric tractors is inextricably linked with their provision of electrical energy. Today, traction batteries are charged at stationary charging stations [6,7]. To charge, you need to deliver the tractor to this station using special trawls or under your own power.…”

Современная Сейсмогеодинамика Апшеронского Нефтегазоносного Региона

“…As a result, stress is reduced and seismic energy is released. Finding out the specific reasons for their occurrence presupposes knowledge of the features of the geological structure of the territory in terms of its historical formation [Nesterenko et al, 2018;Nesterenko et al, 2019].…”

Technology of identification of natural resource potential in geodynamic ecological and economic assessment of the territory of the developed hydrocarbon deposit

“…The intensification of the level of hydrocarbon production leads to a drop in reservoir pressure, and this, in turn, is the cause of possible deformations of the earth's surface and transformation of groundwater. Conducting a comprehensive analysis of the ecological and economic state with the identification of the natural resource potential of the territory with the hydrocarbon deposit being developed on the basis of aggregated models can significantly increase geodynamic safety [4][5][6] and thereby the efficiency of using the natural resource potential.…”