Geomodels of space monitoring of water bodies

Trysnyuk, V.; Trysnyuk, T.; Nikitin, Anatolii; Kurylo, A.; Demydenko, O.

doi:10.1051/e3sconf/202128009016

Cited by 3 publications

(2 citation statements)

References 44 publications

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“…To determine the impact of the hazard on the health of the local population, we identified areas of agricultural development with high dust concentrations located near industrial enterprises, the main sources of secondary air pollution [14]. The size of these zones was determined by calculating emission dispersion using the EOL software package.…”

Section: Specialists Of the Institute Of Telecommunications Andmentioning

confidence: 99%

Aerospace Technologies for Assessing Soil Contamination

Golovan

2023

ITSSI

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Actuality. Studies of soil pollution assessment are based on scientific principles that define a complex system of environmental safety management in the context of increased exposure to sources of secondary dust pollution of the atmosphere. To ensure environmental safety under conditions of high levels of dust pollution, it is necessary to apply and improve the relevant models. Among the many types of environmental pollution, dust pollution of the atmospheric air and the deposition of harmful substances on the soil are particularly dangerous. This pollution can take two forms: direct emissions from industrial enterprises (primary) or the formation of secondary pollution through physical and chemical processes in places where dust-like waste is stored. Fine waste after air purification with dimensions of less than 100 microns is particularly hazardous. In modern environmental monitoring and assessment of soil pollution, special attention is paid to remote methods that allow for more effective monitoring of the impact of human activity and solving environmental problems. The use of unmanned aerial vehicles is one such method that has positive results. The purpose of the article is to solve the scientific problem of improving aerospace methods based on unmanned aerial vehicles (UAVs) for monitoring and assessing the quality of soil pollution. The object of the study is the use of aerospace tools for monitoring and assessing the condition of soil cover. To achieve this goal, the following tasks have been defined: to study the current state and ways to improve the efficiency of UAVs in the system of environmental monitoring of soils; to develop models of environmental assessment; to analyze existing approaches to the use of aerospace assets for monitoring and assessing the state of soil cover. Conclusions: a methodological approach based on a modified method of the comprehensive assessment of the level of technogenic hazard of industrial facilities is proposed to assess the state of environmental safety in conditions of intense dust pollution of the atmospheric air.

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Section: Specialists Of the Institute Of Telecommunications Andmentioning

confidence: 99%

Aerospace Technologies for Assessing Soil Contamination

Golovan

2023

ITSSI

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“…There are also known works related to water supply systems, the problems that exist in these systems, and the optimization of the operating modes of centralized water supply systems, which do not take into account the specifics of livestock farms with significant water consumption [28]. Solving the problem of water supply requires scientific and practical approaches in environmental, engineering, economic and other spheres [29]. Attention is paid to the use of domestic wastewater for the needs of technical water supply in order to reduce the intake of fresh water from natural reservoirs, which is a promising direction in reducing resources for water supply of livestock farms [30], as well as the use of energy-efficient equipment for raising water.…”

Section: Source: Calculated and Formed By The Author Using The Data I...mentioning

confidence: 99%

Determination of the parameters of the use of water-lifting equipment in the conditions of livestock farms

Бабенко¹,

Baczurovskaya²,

Горбенко³

2022

UBSRAS

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The main task of water supply systems is to expand the technological capabilities of the water supply process, increase its reliability, reduce its capital and operating costs, and simplify design. The purpose of the article is to determine the optimal parameters for the use of the proposed constructive solution of water-lifting equipment in the conditions of livestock farms. The research was conducted in laboratory conditions with further use of mathematical statistics methods. The criteria for optimizing the use of the proposed design of water-lifting equipment in the conditions of livestock farms include the amount of water flow and the speed of the flow. The article establishes the most optimal structural and technological parameters of water-lifting equipment, namely: head height; volume of transit tanks; pipeline diameter; pipeline length. The principle of operation of the proposed constructive solution of water lifting equipment for use in livestock farms is based on increasing the necessary pressure for the water supply network by direct repeated use of gravity forces in the form of the weight of the liquid column from natural or artificial pressure. The ratio of criteria for optimizing the process of using water-lifting equipment in the conditions of livestock farms and optimal structural and technological parameters of the proposed solution was determined. The use of technology in compliance with the recommended structural and technological parameters will solve the problem of improving the quality of water supply to consumers in the conditions of livestock farms, reducing energy consumption during the operation of the water supply system and maintaining the necessary pressure in the water supply network

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