Methods of disposal of thermal emission

Authors

  • S. Z. Polischuk Dr. Sc. (Tech.), Prof., Ukraine
  • T. V. Morozova Sen. Inst., Ukraine
  • O. V. Petrovtsy Ass., Ukraine
  • K. A. Osman master, Ukraine
  • A. O. Mykhalchenko master, Ukraine

Keywords:

thermal emission, source utilization, devices and methods of utilization

Abstract

Abstract. Purpose. Analysis of the methods of recycling thermal emissions entering the environment. Methodology. Method study based on the results of previously published works, where the results of the study are provided with devices for heat recovery from the flue gases. Findings. A detailed analysis of each of the four types of heat emission. Originality. It is the allocation of emission sources into four main types: industrial, ventilation, smoke and aerosol. Characterized sailed heat emissions on the environment. Practical value. It is the ability to improve air quality and energy efficiency and storage.

Author Biographies

S. Z. Polischuk, Dr. Sc. (Tech.), Prof.

Department of heating, ventilation and air quality, State Higher Education Establishment “Pridneprovsk State Academy of Civil Engineer and Architecture”, 24-A, Chernishevskogo str., Dnipro 49600, Ukraine, phone +38 (0562) 756-34-92

T. V. Morozova, Sen. Inst.

Department of physics, HEY “National Mining University”, 19 Karl Marx Av., Dnipro 49600, Ukraine, phone +38 (0562) 46-9924

O. V. Petrovtsy, Ass.

Department of heating, ventilation and air quality, State Higher Education Establishment “Pridneprovsk State Academy of Civil Engineer and Architecture”, 24-A, Chernishevskogo str., Dnipro 49600, Ukraine, phone +38 (0562) 756-34-92

K. A. Osman, master

Department of heating, ventilation and air quality, State Higher Education Establishment “Pridneprovsk State Academy of Civil Engineer and Architecture”, 24-A, Chernishevskogo str., Dnipro 49600, Ukraine, phone +38 (0562) 756-34-92

A. O. Mykhalchenko, master

Department of heating, ventilation and air quality, State Higher Education Establishment “Pridneprovsk State Academy of Civil Engineering and Architecture”, 24-A, Chernishevskogo str., Dnipro 49600, Ukraine, t. +38 (099) 222-51-53

References

Pro oxoronu atmosfernogo povіtrya : zakon ukraїni : ofic. tekst za stanom na 26 kvit. 2014r [On Protection of Atmospheric Air [Law of Ukraine: official. Text as of Apr 26. 2014]] – Kyiv: parliamentary publishing, 2014 – 24p.

Derzhavnі sanіtarnі pravila planuvannya ta zabudovi naselenix punktіv.- kiїv: mіnіsterstvo oxoroni zdorov’ya ukraїini [State sanitary rules of planning and development of human punktiv. Kyiv: The Ministry of Health of Ukraine], 1996. – 107p.

Barbashova N.V. Vzaуmozv`yazok ponyat` “ekologschniy ryzyk” ta “ekologschna bezpeka” [The realation of definitions “ecological risk” and “ecological safety”]. Aktual`nі problemi derzhavi і prava [Issues of State and Law], 2014. Issue 72, pp. 245 – 253.

Zіnchenko V.Yur., Falko V.V., Rozrobka matematichnoyi modeli metodu rishennya zadachi prognoznoyi otsinki ekologichnogo riziku vid grupi tochkovih dzherel [ Mathematical scheme development of solving method for ecological risk prognosis assessment problem from a group of emissions point sources]. Ekologschna bezpeka [Ecological safety], 2013, issie 2 (16), pp. 36-39.

Zinchenko V.Yur., Falko V.V., Polischuk S.Z., Polischuk A.V., Prognozna otsinka ekologichnogo riziku dlya lyudini vid ploschadnogo dzhereia vikidiv pri dovilnomu napryamku vitru [Ecological risk prognosis assessment for a human from an areal pollutants emission source under the conditions of arditrary wind derection]. Stroitelstvo. Materialovedenie. Mashinostroenie. [Building. Material Engineering. Machine Building], 2014, issue 76, pp. 132-136.

Kushnir E.G., Stroitelstvo, Metodichniy pidhid do rozrahunku rozpodilu zabrudnenih rechovin po teritoriyi materialovedene, mashinostroenie [Methodical approach to calculating the distribution of pollutants on the territory Building. Material Engineering. Machine Building]. – Dnepropetrovsk, 2014 – Vol. 76 – P. 153-157.

Polischuk S.Z., Kushnir E.G., Lesnikova I.Yu., Petrenko V.O., Vasileva Yu.D., Homenko E.A. Utilizatsiya tepla promyishlennyih vibrosov i kachestvo vozdushnoy sredyi . Stroitelstvo, materialovedene, mashinostroenie [Heat recovery of industrial emissions and air quality. Building. Material Engineering. Machine Building]. – Dnepropetrovsk, 2014 – Vol. 76 – P. 212-220].

Bespalov V.I., Bespalov V.V. Pristriy utilIzatsiyi tepla ta sposib yogo roboti [Heat recovery devices and methods of its work] – 2010. - №2436011. – 10 p.

http://msd.com.ua/misc/sposoby-utilizacii-teploty-v-sistemax-ventilyacii-i-kondicionirovaniya-vozduxa/

http: //www.freepatent.ru/patents/2347147

Popov D.A., Popov A.G. PristrIy dlya utilIzatsiyi teploti pichnih vikidiv [The device heat recovery coke oven emissions]– 2009. - №2338141.

Published

2017-04-27

Issue

Section

Energy, ecology, computer technology in construction