Characterization and substantiation of conflict situations in the preparation of water for heat energy objects in the construction industry.

Nataliia Zhuravska September 30, 2018 Water Supply & Treatment

Nataliia Zhuravska ^1*
¹Department of Occupational Health and the Environment of Kyiv National University of Construction and Architecture.
Received: 09/20/2018, Accepted: 09/28/2018, Available online: 09/30/2018.
DOI: https://doi.org/10.32557/useful-2-3-2018-0002
HDL: http://hdl.handle.net/20.500.12334/19
*Corresponding author: e-mail: nzhur@ua.fm
Under a creative commons license. Volume 2, Issue 3, 2018, pages: 07-09.

Author Keywords: potentially possible conflict situations, energy saving technologies, material flows, biotic potential, biological damage.

Abstract

In this paper one of the issues of the thermodynamic concept of material flows in the system of thermal power objects (TEO) is considered. The emergence of potentially possible conflict situations in the preparation of technical water under critical operating conditions of the TEO systems is investigated. It is established that there is a decrease in the total concentration of integral material evidence. It is shown that biological changes in the TEO systems are formed at the temperature (mode) - specific electrical conductivity of biological overgrowing, which is confirmed by the presence of "wildlife", which necessitates the identification and establishment of optimal gradations in relation to the operation of the TEO systems. Confirmation of this is the biotic potential in the operation of the feasibility study: for optimal regimes -1,7; under critical conditions - 2,6 (the self-organization of material flows is violated).

References

[1] Malkin E. Special issues of heat transfer. Malkin E.S., Furtat I.E. & Zhuravska N.Y. Scientific textbook. - KNUСA - Kiev: 2017, - 288 p. Google Scholar

[2] Zhuravska N.Y. Energy saving technology of the influence of biocorrosion on materials. Urban planning and territorial planning: Nauk.-Tehn. Collection. From. Ed. M. M. Osetrin, N. E. Zhuravska. - K.: KNUBA, 2016. p. 155-162. Google Scholar

[3] Zhuravska N. Ecological end of energy-saving technologies in the use of water in the magnetic fields. N.Zhuravska, E.Malkin Ecological safety and environmental management: Coll. sciences works. Ministry of Education and Science of Ukraine, Kyiv National University. Unity of Construction and Architects, NAS of Ukraine, Institute of Telecommunications and Global. Inform space: O.S.Voloshkina, O.M. Trofimchuk. - K.: 2017 P. 106-111. Google Scholar

[4] Winter I.I. On the possibility of use in the heat engineering of the phenomenon of magnetic rotary pre-dissociation of water. І.І. Winter, Vesnykh HPU. - Kharkov: 2005. (118) - P. 187-191. Google Scholar

[5] Draganov B.H. 1990. Engineering and application of heat in agriculture. Agropromizdat, - 463 p. Google Scholar

[6] Malkin E.S., Furtat I.E. & Zhuravska N.Y. 2015. The system of preparation of magnetized water in the electromagnetic fields of water and solutions and compounds based on it. The patent for useful model 102494. Google Scholar

[7] Borshchov A.S. The Concept of Modern Ethics. A.S. Borschov - Moscow: "Exam", - 2005 - 192 p. Google Scholar

[8] Goncharuk V.V. Science of Water. V.V. Goncharuk. Scientific publication. – K.: Naukova Dumka, 2010. - 512 p. Google Scholar

Please cite as: N. Zhuravska “Characterization and substantiation of conflict situations in the preparation of water for heat energy objects in the construction industry.” USEFUL online journal, vol. 2, no. 3, pp. 07–09, September 2018. DOI: https://doi.org/10.32557/useful-2-3-2018-0002