Principles of macro-ecological risk mapping of mining industry areas

Kalabin, G. V.

doi:10.1134/s1062739148060172

Cited by 5 publications

(5 citation statements)

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“…As a result, prevailing meteorological parameters, influencing the diffusion of harmful substances in the atmosphere, are to be imposed on the emission data of mine dump trucks TKA. Meteorological parameters primarily include wind flow parameters (wind rose, average wind speed, wind gustiness) [1], [2]. In this case, the lower the wind speed and gustiness, https://doi.org/10.1051/e3sconf /202131503017 E3S Web of Conferences 315, 03017 (2021) VI th International Innovative Mining Symposium the worse the diffusion of harmful substances in the atmosphere, and the higher the probability of MCL excess.…”

Section: Fig 1 the Methodology Of Providing The Required Ecology Of Mining Transport Operational Environmentmentioning

confidence: 99%

“…The increase in open pits' output complicates mining transport operation conditions since work intensity rises, the extraction depth grows, and etc. It leads to the deterioration of ecological situation in the area of mining transport operation: dust content rises and emissions of harmful substances increase [2]. The necessity to conduct the activities in order to improve the ecological situation at open pits occurs.…”

Section: Introductionmentioning

confidence: 99%

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The concept of technogenic risks of a mining transport complex as a tool of lowering the level of its ecological load

Zhdanov

Kosolapov

Ibragimova³

2021

E3S Web Conf.

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The article considers the basic provisions of the concept of technogenic risks of a mining transport complex in order to solve the problem of lowering the level of its ecological load. The concept of the ecology of operational environment at open-pit works is introduced, as well as, the structure of the technogenic risk function of a mining transport complex is determined to implement the concept. The article emphasizes the necessity of a systematic approach to the solvation of the problem of lowering the level of the ecological load of a mining transport complex, which should take into account all aspects of negative impact on operational environment. The practical methodology of providing the required ecology of mining transport operational environment is provided.

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Section: Fig 1 the Methodology Of Providing The Required Ecology Of Mining Transport Operational Environmentmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

The concept of technogenic risks of a mining transport complex as a tool of lowering the level of its ecological load

Zhdanov

Kosolapov

Ibragimova³

2021

E3S Web Conf.

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“…The low level of information in techno-ecosystems leads to low level of their organization and, accordingly, the high level of the transported material and energy flows. The basic principles of mining region techno-ecosystems can be summarized as follows:  the management of material and energy flows between the techno-ecosystem components and the environment should be organized in such a way that the amount of transported materials and energy, and, consequently, the amount of waste generated, should decline, approaching the minimum necessary for each process;  a minimum amount of waste generated as the result of the manufacturing process is recycled within its technoecosystem ensuring its maximum isolation, or failing that, in neighboring techno-ecosystems, including their material and energy cycle in the biosphere;  the waste disposed from the techno-ecosystem must be translated into the form that is usual for these ecosystems before its displacement into the natural ecosystems;  the techno-ecosystem waste disposal in natural ecosystems must be organized in such a way so as not to disturb the existing dynamic equilibrium of ecosystems [32,33,34,35,36]. Implementation of these principles will ensure not only the stability of the biosphere, but also will contribute to the sustainable development of the techno-ecosystems themselves, ensuring the minimization of material, energy, and hence the financial resources.…”

Section: Fig 2/-scheme Of the Information Support Of Ecologicaleconomentioning

confidence: 99%

Transformation of the Ecological-economic System of the Coal Mining Region

Михайлов¹,

Golofastova²,

Seredyuk³

2016

Proceedings of the 8th Russian-Chinese Symposium "Coal in the 21st Century: Mining, Processing, Safety"

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The evolution and the origin of known systemic ecological-economic interactions, which is especially important in the modern conditions of "technocratic" mode of production characteristic of the coal industry of Kuzbass, are examined in the article. The purpose of the research is to establish the transformation laws of ecological-economic system of the coalmining region and to identify the factors affecting the efficiency of its management and the improvement of socioeconomic and environmental indicators. The process of formation of ecologicaleconomic systems differentiated by economic, climatic, spatial and other criteria with definition of obligatory, systematically important elements, is studied. A study of modified ecologicaleconomic systems under the influence of the specific environment requirements, including those socioeconomic , ecological, anthropological ecosystems and species directly related to the development of the infrastructure industries, which include coal mining, is carried out. The main result of the study is to develop proposals to improve the functioning of the regional ecologicaleconomic system of the coal-mining region. The practical significance of the research is modeling the effective ecologicaleconomic system of the coal-mining region adapted to the external economic and environmental challenges.

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“…This because of, its use in the extraction process (drilling), production (crushing) and, in processing of minerals (enrichment). These lead to an ecological instability highlighted since the Rio conference (1992) and subject to in-depth discussions of many authors like Kalabin (2012), Pokhrel and Dubey (2013) but, also lead to dynamic impacts.…”

Section: Introduction and Scope Of Studymentioning

confidence: 99%

Environmental Risks in Open Pit Mines: Representation of a Temporal Evolution Related to Water Factor

Lagnika

Häusler

2018

EMSD

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Natural resources are sources of much ecological instability. They are subjects of many types of research and led to the strengthening of measures. However, the exposure to hazards (water-air-soil pollution, radiation, degradation, etc.) due to such industries as mining continuous. This paper intends to show the dynamic relationships between production and time as part of the synergy of the whole extraction system over time. Given to sensitives issues known in the heart of mining operations, water is, therefore, the only environmental factor considered to lighten the research methodology. So, after the hypothesis, a temporal graphic with time and mining production level as explanatory and dependent variables is developed. Then, attention is given to the hypothesis validation used to highlight the joint result of the two variables. This is done by a literature review on environmental management risks tools existing, in-depth on the open pit mines with the simple linear regression analysis. The paired T-test Student result will help to clarify the potential of this statistical approach.

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Principles of macro-ecological risk mapping of mining industry areas

Cited by 5 publications

References 1 publication

The concept of technogenic risks of a mining transport complex as a tool of lowering the level of its ecological load

The concept of technogenic risks of a mining transport complex as a tool of lowering the level of its ecological load

Transformation of the Ecological-economic System of the Coal Mining Region

Environmental Risks in Open Pit Mines: Representation of a Temporal Evolution Related to Water Factor

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