Transition to advance technologies of subsoil use

Journal Title: Metallurgical and Mining Industry - Year 2017, Vol 9, Issue 2

Abstract

Complex use of mineral resources allows, in addition to scientific and technological achievements, implementing the economic and environmental interests such as producing the maximum possible volumes of competitive products with higher utility value at the lowest cost of material, labor, financial and intangible resources and reducing negative impacts on the environment. At the moment, the problem of man-made waste water treatment is very relevant and it is global in nature. This is primarily connected with a sharp jump in the development of chemical industries in recent decades, as well as with significantly increased volume of use of household chemicals. Approximately one third of all waste water is discharged into surface water bodies untreated or insufficiently treated. The article raises the question of the formulation of the concept of technological development in the sphere of subsoil use. An analysis of existing technologies and technological methods is given, and the author’s proposals for the development of modern subsoil (mining, oil and gas industry), as the industry characterized by a number of challenges and problems (in this case we do not consider the political challenges and problems, which somehow have a negative impact on the development of the subsoil) are described. Key words: subsoil,

Authors and Affiliations

Aleksandr Vorob’ev, Evgeniy Shchesnyak, Singkh Ragkhav Dzhugendra, Kirill Shchesnyak

Keywords

Related Articles

Tests to determine the automatic braking systems characteristics of gondola cars of domestic production

Railway transport plays a crucial part in the integrated transport system of the country, considerably influencing economic ties between producers and consumers of products, areas and economic regions of Ukraine with for...

The method of accounting infiltration of atmospheric precipitation to calculate drainage facilities

Due to changes in the global climate of the planet, increasing the content of atmospheric moisture, the intensity and duration of precipitation throughout the year, it is proposed that the calculations should be performe...

Organization development project management in the system of synergetic knowledge

The conducted research was aimed to analyze the application prospects of synergetic theory for the project management in the base of system synergetic knowledge. Mechanisms of nonlinear developments in view of the genera...

Strength of liquid glass ceramic shell mold

Objective is to establish how the layers drying regime and the composition of refractory slurry when using coarse dusting quartz sand as the cushioning layer influence the strength of not pre-calcinate and calcinate liqu...

Complex study of dynamics of automatic pipe-rolling plant

The complex solution of a problem of dynamics for the chosen “working stand - shell - mandrelbar” model of automatic pipe-rolling plant TPA taking into account time-varying of the system mass is considered. The different...

Download PDF file
  • EP ID EP298766
  • DOI -
  • Views 126
  • Downloads 0

How To Cite

Aleksandr Vorob’ev, Evgeniy Shchesnyak, Singkh Ragkhav Dzhugendra, Kirill Shchesnyak (2017). Transition to advance technologies of subsoil use. Metallurgical and Mining Industry, 9(2), 72-80. https://www.europub.co.uk/articles/-A-298766