Graphic interpretation of influence reduction temperature smoke and ventilation emissions at their disposal to change ground-level concentrations of pollutants

Authors

  • A. V. Trotsenko pg., Ukraine
  • S. Z. Polishuk Dr. Sc.(Tech.), Prof., Ukraine
  • E. G. Kushnir Cand. Sc.(Tech.), Ukraine
  • А. V. Polishuk Cand. Sc.(Tech), Ukraine

Keywords:

air, contaminants, surface concentrations, temperature, emission

Abstract

Abstract.  Purpose.  Determining the impact of reducing the emissions of smoke and air temperature at their disposal to change the surface concentration of air pollutants. Methodology. Methodology The study is based on the results of previously published studies, which provided the results of studies using the algorithm calculations of maximum ground-level concentrations, general scientific methods of analysis and synthesis, as well as the apparatus of mathematical analysis. Findings. Summing up the above analysi, it can be noted that the technological parameters 0  and ΔТ ambiguously affect the values of surface concentrations of pollutants in contrast to other influencing factors. Originality. For the first time we studied the effect of reducing the emissions of smoke and air temperature at their disposal to change the surface concentration of air pollutants. Practical value. Energy savings due to utilization of significant emissions, the interrelation of surface concentrations with temperature emissions regime that would allow to formulate practical recommendations for the management of emissions and energy conservation in general.

Author Biographies

A. V. Trotsenko, pg.

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, phone +38 (056) 756-34-92

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

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, phone +38 (056) 756-34-92

E. G. Kushnir, Cand. Sc.(Tech.)

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, phone +38 (056) 756-34-92

А. V. Polishuk, Cand. Sc.(Tech)

State higher educational establishment the Ukrainian state chemical-technological university, pr.Dzerzhinskogo, 8, Dnipropetrovsk 49000, Ukraine, phone + 38 (0562) 47-24-64

References

Pro oxoronu atmosfernogo povіtrya : [zakon ukraїni : ofіc. tekst za stanom na 26 kvіt. 2014r.] – kiїv : parlamentske vidavnictvo, 2014 - 24 c. [On Protection of Atmospheric Air [Law of Ukraine: official. text as of Apr 26. 2014.] - Kyiv: parliamentary publishing, 2014 - 24 p.]

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

Barbashova N.V., Vzayemozvyazok ponyat’ “ekologichnyy ryzyk” ta “ekologichna bezpeka” [The realation of definitions “ecological risk” and “ecological safety”]. Aktual’ni problem derzhavy i prava [Issues of State and Law], 2014, issue 72, pp. 245-253.

Zinchenko V.Yur., Falko V.V., Rozrobka matematychnoyi modeli metodu rishennya zadachi prognoznoyi otsinky ekologichnogo ryzyku vid gruppy tochkovyh dzherel [Mathematical scheme development of solving method for ecological risk prognostic assessment problem from a group of emissions point sources]. Ekologichna bezpeka [Ecological safety], 2013, issue 2 (16), pp. 36-39.

Zinchenko V.Yur., Falko V.V., Polishchuk S.Z., Polishchuk A.V., Prognozna otsinka ekologichnogo ryzyku dlya lyudyny vid ploshchadnogo dzherela vykydiv pry dovil’nomu napryamku vitru [Ecological risk prognostic assessment for a human from an areal pollutants emission source under the conditions of arbitrary wind direction]. Stroitel’stvo. Materialovedyeniye. Mashinostroyeniye. [Building. Material Engineering. Machine Building], 2014, issue 76, pp. 132-136.

Kushnіr e. g. metodichnij pіdxіd do rozraxunku rozpodіlu zabrudnenix rechovin po teritorії / s. g. kushnіr // stroitelstvo, materialovedene, mashinostroenie.- dnepropetrovsk, 2014.-vip. 76.- s.153-157. [Kushnir EG methodical approach to calculating the distribution of pollutants on the territory / SG // Construction Kushnir, materyalovedene, mashynostroenye.- Dnepropetrovsk, 2014-Vol. 76.- P.153-157]

Polyschuk S.Z. Kushnir EG, Lesnykova I.Yu, Petrenko VA, Vasiliev Yu, D., E. Khomenko A . Construction, materyalovedene, mashynostroenye Utylyzatsyya of industrial heat vibrosov [Quality and environment vozdushnoy .Heat recovery of industrial emissions and air qualityConstruction , Materials Science, mashinostroenie].- Dnepropetrovsk , 2014 - VIP . 76.- S.212-220.

OND-86. Metodika rasshcheta kontsentratsyy v atmosfernom vozduhe vrednyh veshchestv v vybrosah predpriyatyy [Methodology of concentrations estimation for air pollutants emissions], 1987, 94 p.

Khazan V.B., Khazan P.V., Vyznachennya ekologichnoyi bezpeky na pidstavi doslidzhennya systemy ekologichnyh ryzykiv [Ecological safety determination on the base of ecological risks survey]. Ekologiya ta pryrodokorystuvannya [Ecology and Nature Management], 2013, issue 16, pp. 64-70, Rezhym dostupu: http://nbuv.gov.ua/j–pdf/ecolpr 2013 16 10/pdf

Tsutsa N.M., Ekologichnyy ryzyk [Ecological risk]. Kvalilogiya knygy [Qualilogy of a Book], 2014, issue 2, pp. 70-73, Rezhym dostupu: http://nbuv.gov.ua/j-pdf/Kk 2014 2 16.pdf

Obihod H.O., Omelyanenko T.L., Metodychni pidhody shchdo otsinky rivnya ekologichnoyi nebezpeky regioniv Ukrayiny [Methodological approaches to level assessment of ecological danger in regions of Ukraine]. Efektyvna ekonomika [Effective Economy], 2012, issue 3, Rezhym dostupu: http://www.economy.nayka.com.ua/?op=1&z=1429

Berner g. ya. inzhenernye resheniya v oblasti oxrany okruzhayushhej sredy i energosberezhenie na promyshlenyx predpriyatiyax / g. ya. berner. – moskva : novosti teplosnabzheniya [Berner GY engineering solutions in the field of environmental saving and energy supply in industrial enterprises / GY Berner]. - Moscow: news heating, 2009 – 327p

Suvorov S.F. Pokvartirnaya sistema ventilyacii s utilizaciej teploty. pilotnyj proekt zhilogo doma s. f. suvorov, a. yu. milovikov // avok.- 2013.- vip.2.- s.23-26. [Suvorov SF door-ventilation system with heat recovery. The pilot project of an apartment house SF Suvorov A. Yu Milovikov // AVOK.- 2013.- Vip.2.- P.23-26.]

Polishchuk S Z., E.H. Kushnir, A.V. Trotsenko, S.S. Barabanov, Dyad'kyna A.I. Do pytannya vzayemozv'yazku temperatury dymovykh ta ventylyatsiynykh vykydiv pry yikh utylizatsiyi z pryzemnoyu kontsentratsiyeyu zabrudnyuyuchykh atmosferu rechovyn Stroitel’stvo. Materialovedyeniye. Mashinostroyeniye. [Building. Material Engineering. Machine Building], Vol 93, Dnipro, 2016, pp. 80-84.

Trotsenko A.V. Vplyv znyzhennya temperatury dymovykh i ventylyatsiynykh vykydiv pry yikh utylizatsiyi na zminu pryzemnoyi kontsentratsiyi zabrudnyuyuchykh atmosferu rechovyn / A.V. Trotsenko, S.Z. Polishchuk, A.V. Polishchuk, O.O. Levchenko // Stroitel’stvo. Materialovedyeniye. Mashinostroyeniye. [Building. Material Engineering. Machine Building], Vol 92, Dnipro, 2016, pp. 157-162.

Published

2017-04-27

Issue

Section

Energy, ecology, computer technology in construction