USE OF PRODUCTION WASTE IN ROAD CONSTRUCTION OF UKRAINE

ABSTRACT

Dmitriev M.M., Gameliak I.P., Ostroverkhyi O.G., Dmytrychenko A.M. Use of production waste in road construction of Ukraine. Visnyk National Transport University. Series «Technical sciences». Scientific and Technical Collection. - Kyiv: National Transport University, 2021. - Issue 1 (48).

The analytical review provides an analysis of domestic quality standards for road construction materials and structures used with industrial waste (metallurgical slag, thermal plant fly-ashes, mixes of fly­ash, etc.). Note that this issue is not new and some aspects of it have already been covered in special publications and in the media. However, the presented generalized material will be useful not only for road construction specialists, but also for people who would like to know how and why industrial waste is used in road construction.

The review gives general concepts and describes the principles and features of building norms and regulations, standards of supervision and control that have operated and operate in Ukraine since the mass construction of roads in the 70-80s of last century and now. Based on this analysis, conclusions are formulated that should be taken into account when initiating the use of waste from the metallurgical industry and energy in the field of road construction of our country. The materials presented in this review are intended for government officials and industry and road professionals, including developers of building norms, researchers, scientists, designers, builders, suppliers, teachers and students of educational institutions who train personnel for construction, in particular roads and airfields.

Qualitative method tools were used to collect, verify and analyze information.

Information was collected and verified according to the needs of the analysis. The research was performed by the method of iterations. To collect the information needed for the analysis, two categories of information resources were used: human and documentary.

Verification of the adequacy, integrity, reliability, validity and applicability of information was achieved by comparing the information obtained by alternative means, as well as using deductive and
consistent methods of analysis. The base of normative and technical documents and human data carriers were used as the main source of information.

Human resources included secondary sources of information in the person of consultants' specialists and primary sources in the person of respondents - specialists of non-governmental organizations and enterprises of the road industry of Ukraine.

Obtaining information from respondents was carried out through oral interviews and interviews. In order to ensure the objectivity and completeness of the information obtained, the technique of informal, unstructured survey was used, followed by verification of the information received from the respondent by comparing it with documentary information obtained from the main sources.

The authors of the review express their deep gratitude to the persons who kindly provided the necessary information.

KEYWORDS: SLAG, PRODUCTION WASTE, MIXES OF FLY-ASH, MATERIALS, STANDARDS, NORMATIVE DOCUMENTS, ROAD CONSTRUCTION.

REFERENCES

  1. Kabinet Ministriv Ukrajiny. Pro zastosuvannja vidkhodiv vyrobnyctva v dorozhnjomu budivnyctvi / Rozporjadzhennja KMU vid 12.2019 #1420-r - 2019.      URL:

https://www.kmu.gov.ua/npas/pro-zastosuvannya-vidhodivvirobnic-a1420r.

  1. Ministerstvo infrastruktury Ukrajiny. Metalurghijni shlaky ta inshi vidkhody vyrobnyctva vykorystovuvatymutjsja u dorozhnikh robotakh /Vladyslav Kryklij - 2019. URL: https://mtu.gov.ua/news/31364.html.
  2. DSTU B.V.2.7-149:2008 Shhebinj i shhebenevo-pishhani sumishi iz shlakiv metalurghijnykh dlja avtomobiljnykh dorigh. ofic. - K : Ministerstvo reghionaljnogho rozvytku ta budivnyctva Ukrajiny, 2009.
  3. DSTU B V.2.7-119:2011 Sumishi asfaljtobetonni i asfaljtobeton dorozhnij ta aerodromnyj. Tekhnichni umovy. Vyd. ofic. - K : Minreghionbud,
  4. DSTU B V.2.7-127:2015 Sumishi asfaljtobetonni i asfaljtobeton shhebenevomastykovi. Tekhnichni umovy. Vyd. ofic. - K : DP «DerzhdorNDI», 1
  5. DSTU B V.2.7-205:2009 Budiveljni materialy. Zoly-vynosu teplovykh elektrostancij dlja betoniv. Tekhnichni umovy. Vyd. ofic. - K : Minreghionbud,
  6. DSTU B V.2.7-211:2009 Budiveljni materialy. Sumishi zoloshlakovi teplovykh elektrostancij dlja betoniv. Tekhnichni umovy. Vyd. ofic. - K : Minreghionbudu Ukrajiny,
  7. DSTU-N B V.2.3-39:2016 Nastanova z vlashtuvannja shariv dorozhnjogho odjaghu z kam'janykh materialiv. ofic. - K : DP "UkrNDNC", 2016.
  8. DSTU-N B V.2.3-36:2016 Nastanova z vlashtuvannja zhorstkogho dorozhnjogho odjaghu. ofic. - K : DP "UkrNDNC", 2017.
  9. DSTU B V.2.7-43-96 Betony vazhki. Tekhnichni umovy. Vyd. ofic. - K : Derzhkommistobuduvannja Ukrajiny, 1997.
  10. DSTU B V.2.7-39-95 Shhebinj i pisok iz shlakiv chornoji ta koljorovoji metalurghiji dlja betoniv. Tekhnichni umovy (GhOST 5578-94). Vyd. ofic. - K : Naukovo-doslidnyj, proektno- konstruktorsjkyj ta tekhnologhichnyj instytut betonu ta zalizobetonu, 1997.
  11. DSTU B EN 12620:2013 Zapovnjuvachi dlja betonu (EN 12620:2002+A1:2008, IDT). Vyd. ofic. - K : Minreghionbud Ukrajiny, 2014.
  12. DSTU B V.2.7-205:2009 Budiveljni materialy. Zoly-vynosu teplovykh elektrostancij dlja betoniv. Tekhnichni umovy. Vyd. ofic. - K: Budstandart, 2009.
  13. DBN V.2.3-4:2015 Avtomobiljni doroghy. Vyd. ofic. - K : Minreghionbud, 2015.
  14. VBN V.2.3-218-002-95 Proektuvannja i budivnyctvo osnov ta pokryttiv avtomobiljnykh dorigh iz kam'janykh materialiv, promyslovykh vidkhodiv i ghruntiv, ukriplenykh cementom. ofic. - K : Ukravtodor, 1995.
  15. VBN V.2.3-218-537:2008 Vlashtuvannja shariv dorozhnjogho odjaghu metodom resajklinghu z vykorystannjam ghranuljovanykh domennykh shlakiv. ofic. - K : Ukravtodor, 2008.
  16. STB EN 197-1-2015 Cement. Chastj 1. Sostav, tekhnycheskye trebovanyja y kryteryy sootvetstvyja obshhestroyteljnbikh cementov. Mynsk : Ghosudarstvennbij komytet po standartyzacyy Respublyky Belarusj, 2015.
  17. HOST 3344-73 Shhebinj i pisok shlakovi dlja dorozhnjogho budivnyctva. Tekhnichni umovy. Moskva : Yzdateljstvo standartov, 1974.
  18. HOST 9128-84 Smesy asfaljtobetonnbie dorozhnbie, aэrodromnыe y asfaljtobeton. Tekhnycheskye uslovyja. Moskva : Yzdateljstvo standartov, 1986.
  19. HOST 25818-83 Zolb-unosa teplovbkh alektrostancyj dlja betonov. Tekhnycheskye uslovyja. Moskva : Yzdateljstvo standartov, 1983.
  20. HOST 25592-83 Smesy zoloshlakovbie teplovbkh aiektrostancyj dlja betonov. Tekhnycheskye uslovyja. Moskva : Yzdateljstvo standartov, 1983.
  21. HOST 26633-85 Beton tjazhelbj. Tekhnycheskye uslovyja. Moskva : Yzdateljstvo standartov, 1986.
  22. HOST 26633-91 Betony vazhki i dribnozernysti. Tekhnichni umovy/ Mizhderzhavnyj standart zi zminamy ta dopovnennjamy. Moskva : Yzdateljstvo standartov, 1992.
  23. VSN 185-75 Tekhnycheskye ukazanyja po yspoljzovanyju zol unosa y zoloshlakovbkh smesej ot szhyghanyja razlychnbkh vydov toplyva dlja sooruzhenyja zemljanogho polotna y ustrojstva dorozhnbkh osnovanyj y pokrbtyj avtomobyljnbkh dorogh. M : Myntransstroj, 1976.
  24. Putylyn E.Y., Cvetkov V.S. Prymenenye zol unosa y zoloshlakovbkh smesej pry stroyteljstve avtomobyljnbkh dorogh. Obzornaja ynformacyja otechestvennogho y zarubezhnogho opbta prymenenyja otkhodov ot szhyghanyja tverdogho toplyva na TЭS. Moskva : Ghosudarstvennbij nauchno-yssledovateljskyj ynstytut FGhUP "SOJuZDORNYY", 2003.
  25. Yvanov Y.A. Leghkye betonb s prymenenyem zol 3lektrostancyj/2-e yzd.. pererab. y dop. M. : Strojyzdat, 1986. - 136 s.
  26. Ukravtodor. Urjad skhvalyv mozhlyvistj vykorystannja vidkhodiv vyrobnyctva u dorozhnjomu

budivnyctvi - shlaky budutj vykorystovuvatysja dlja sporudzhennja nasypiv ta zaminjatj soboju shhebinj / Novyny -                               2019. URL:               https://ukravtodor.gov.ua/press/news/uriad_skhvalyv_mozhlyvist

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AUTHOR

Dmitriev Mykola Mykolayovich, Doctor of Engineering Sciences, Professor, professor at the Department of «Airports», National Transport University, e-mail: dntu.dnn@ukr.net, tel. (+38044) 280-70­73, orcid.org/0000-0003-0443-5469.

Gameliak Igor Pavlovich, Doctor of Engineering Sciences, Professor, Head of department «Airports», National Transport University, e-mail: gip65@gmail.com, +380503524124, orcid.org/0000- 0001-9246-7561.

Ostroverkhyi Oleg Grigorovich, Candidate of Engineering Sciences, Associate Professor, аssociate Professor at the Department of «Airports», National Transport University, e-mail: oostroverkhiy@gmail.com, +380974848976, orcid.org/0000-0003-2182-2209.

Dmytrychenko Andij Mykolayovich, Candidate of Engineering Sciences, Associate Professor, associate professor of department transport law and logistic, National Transport University, e-mail: andrew_d@ukr.net, +380502816006, orcid.org/0000-0001-6144-7533.

REVIEWER

Mozgoviy V.V., Dr. Tech. Sciences, Professor, Head of the Department of Road Building Materials and Chemistry of the National Transport University.

Oxen Y.I., dr. Sciences, Prof., Leading researcher of the department of researches of technical condition of buildings and constructions at dangerous geological processes of DP NDIBK.

Article language: Ukrainian

Open Access:  http://publications.ntu.edu.ua/visnyk/48/143-156.pdf

Print date: 15.03.2021

Online publication date: 05.04.2021

 

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