A Method of Integral Efficiency Evaluation of Water Use on Irrigation Systems

Olgarenko, Vladimir Igorevich

doi:10.5593/sgem2018/3.1/s12.001

Cited by 15 publications

(14 citation statements)

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“…The object of research is the quality management system of a machine-building enterprise that implements and develops a quality management system based on ISO 9000 series standards [9].…”

Section: Equations and Mathematicsmentioning

confidence: 99%

Development of a quality management system for a machine-building enterprise

2021

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The article presents proposals for the development of the quality management system of a machine-building enterprise based on a risk-oriented process approach. The theoretical and methodological foundations of the risk management subsystem formation as the basis of continuous development of the quality management system based on ISO 9000 standards are considered. Methodological recommendations of the development of existing enterprise methods for managing the processes of the quality management system are proposed. A methodology of risk management of quality management system processes has been developed. The practical application of the proposals formulated in the paper is shown by the example of an enterprise engaged in the production of electric traction machines for railway rolling stock. At the present stage of development of machine-building production, insufficient attention is paid to the issue of methodological support for risk management of quality management system processes developed on the basis of ISO 9000 series standards, despite the fact that this direction is very relevant and practically in demand in all industries. It is revealed that the process monitoring system, which is based on monitoring process indicators, information about internal audits, self-assessment of the quality management system, allows you to present a real picture of the state of processes and develop management decisions to improve the effectiveness and improvement of processes and the quality management system. And all the information obtained during process monitoring can be used as input data for managing risks in processes.

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“…The object of research is the quality management system of a machine-building enterprise that implements and develops a quality management system based on ISO 9000 series standards [9].…”

Section: Equations and Mathematicsmentioning

confidence: 99%

Development of a quality management system for a machine-building enterprise

2021

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“…This is a powerful environmental factor [3], accompanied by transformation of the landscape IOP Conf. Series: Earth and Environmental Science 988 (2022) 042037 IOP Publishing doi:10.1088/1755-1315/988/4/042037 2 [4], land and water resources [5], mass production of waste entering the atmosphere [6], water and terrestrial ecosystems [7]. The development of urban environment has posed a number of environmental problems, among which the most acute are: vulnerability of urban systems, migration and population concentration, poor quality of the habitat, loss of fertile land, waste disposal [8].…”

Section: Introductionmentioning

confidence: 99%

Reducing the Anthropogenic Impact of Natural Risks on Small Rivers in the South of Russia

Бандурин

Rudenko

Bandurina

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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The rapid development of society, increase in the population, land urbanization, growth of human economic activity contribute to the involvement in economic turnover of an increasing number of natural resources, the main part of which is water. Along with the depletion of water bodies, their pollution is also intensively occurring. The analysis of ecological state of basins of small rivers in the South of Russia shows a constant increase in the emission of pollutants into their channels. On the territory of Rostov region there are 5.572 rivers with a total length of 36.064 km. 90 % of rivers of Rostov region are less than 10 km long. On average, a local runoff in the amount of 3.36 billion m3 is formed on the territory of Rostov region per year. Increased anthropogenic activity leads to the disruption of functioning and stability of natural systems, which has a significant impact on small rivers, which are the most common elements of the hydrographic network. About 30 % of urban and about 90 % of rural population live in catchments of small rivers, while the greatest density is observed in the immediate vicinity of water banks. Small rivers significantly affect the hydrological, biological and biochemical regime of landscapes, maintaining the balance and redistribution of moisture and are important for water supply of the population.

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“…In Russia, 25.2% of agricultural land is affected by water erosion, deflation is widespread on 35.7%, about 3.8% is affected by both water and wind erosion [3]. In this context, the issue of the use of complex land reclamation in the southern regions, which allows increasing soil fertility, improves its water, air, heat and salt regimes, regulates the microclimate in the surface layer of the atmosphere, is of particular relevance for Russia, taking into account the need to ensure the country's food security [4,5]. A special emphasis on the southern regions is associated with the presence of Chernozem soils and a fairly high amount of active temperatures.…”

Section: Introductionmentioning

confidence: 99%

Improving the Forecast of the Effectiveness of Reclamation Measures to Reduce Food Security Risks

Dolobeshkin

Gumbarov

Бандурин

2022

IOP Conf. Ser.: Earth Environ. Sci.

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The analysis of the current state and prospects for implementation of the integrated land reclamation program in Krasnodar Territory is one of the main tasks in the development of the agro-industrial complex to reduce the risks of industrial safety in the region. The article pays special attention to the crucial importance of the agro-industrial complex of the region in supporting and ensuring food security of the country on the example of Krasnodar Territory, since the Southern region makes a great contribution to the formation and development of the agro-industrial complex of the country. In accordance with the documents of the Program, Krasnodar Territory is a key element in the creation of the “main food base of the country” on the territory of the Southern Federal District on the basis of the formation of a national mega cluster of the agro-industrial complex. The article also pays special attention to the problematic aspects and difficulties in the practice of creating and operating a reclamation complex in the regions of Southern Russia. Taking into account the accumulated experience, the key components of the integrated land reclamation of Krasnodar Territory are identified, providing for improvement of physical and physical-chemical properties of soils through the use of modern irrigation technologies, introduction of new methods for removing excess water during the growing season and expansion of the use of progressive methods of anti-erosion land reclamation. Forecasting the effectiveness of the use of complex land reclamation in the conditions of Krasnodar Territory should show its feasibility and necessity. Thanks to the implementation of comprehensive measures, it is possible to reduce soil degradation, increase the effectiveness of drainage systems, as well as irrigation in general, and ultimately get a positive economic effect. An example of such an economic approach to agricultural lands of Kuban can be the improvement of the overall organic and chemical state of soils, which is mainly reflected in an increase in the gross harvest of agricultural crops.

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A Method of Integral Efficiency Evaluation of Water Use on Irrigation Systems

Cited by 15 publications

References 0 publications

Development of a quality management system for a machine-building enterprise

Development of a quality management system for a machine-building enterprise

Reducing the Anthropogenic Impact of Natural Risks on Small Rivers in the South of Russia

Improving the Forecast of the Effectiveness of Reclamation Measures to Reduce Food Security Risks

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