OCENKA UROVNYA ZAGRYAZNENIYA PRIRODNYH VODNYH OB'EKTOV RASPOLOZHENNYH V RAYONE FUNKCIONIROVANIYA GLINOZEMNOGO PROIZVODSTVA
Abstract and keywords
Abstract (English):
The work is dedicated to the issue of assessment of alumina (red mud) production waste on natural water. The growth of the number of production facilities producing aluminium leads to the expansion of exclusion areas to store production waste - sludge dumps. A considerable part of research on red mud utilisation is focused on its use in the iron-and-steel industry. Furthermore, the technologies of red mud usage in the construction industry acquire substantial significance for land reclamation, isolation of polluted industrial and agricultural lands as well as in the course of effluent and industrial emissions treatment.

Keywords:
alumina, red mud, utilisation, sludge dump
Text
The work is dedicated to the issue of assessment of alumina (red mud) production waste on natural water. The growth of the number of production facilities producing aluminium leads to the expansion of exclusion areas to store production waste - sludge dumps. A considerable part of research on red mud utilisation is focused on its use in the iron-and-steel industry. Furthermore, the technologies of red mud usage in the construction industry acquire substantial significance for land reclamation, isolation of polluted industrial and agricultural lands as well as in the course of effluent and industrial emissions treatment.
References

1. Alekseev A.I. Nauchnye osnovy pererabotki alyuminiysoderzhaschih othodov // Zapiski Gornogo instituta. 2016. T.219. S.428-434. DOIhttps://doi.org/10.18454/PMI.2016.3.428.

2. GOST 12536-2014 Grunty. Metody laboratornogo opredeleniya zernovogo (granulometricheskogo) i mikroagregatnogo sostava.

3. GOST 31861-2012 Voda. Obschie trebovaniya k otboru prob.

4. Ivlev S.I., Sobolev V.I. Atomno-emisionnyy analiz: metodologicheskie instrukcii dlya vypolneniya issledovatel'skoy raboty. Tomskiy Politehnicheskiy Universitet. - Tomsk: 2014. - 26 s.

5. Pasechnik L.A., Yacenko A.S., Yacenko S.P., Skryabneva L.M. Selektivnoe izvlechenie ittriya iz shlamov glinozemnogo proizvodstva. Zhurnal «Cvetnye metally», 2013, №12 s.39-43.

6. PND F.4.2.-99 «. Obschie ».

7. Shirkina L.A. Rentgenofluorescentnyy analiz ob'ektov okruzhayuschey sredy: ucheb.posobie. - Vladimir: izd-vo Vladim. gos. un-ta, 2009, 65 s.

8. Stoykova E.E., Medyanceva E.P., Evtyugin G.A. Gidrohimicheskiy analiz - Kazan', Kazanskiy (Privolzhskiy) federal'nyy universitet, 2010. - 49 s.

9. Tehnologiya proizvodstva glinozema. URL: http://media.ls.urfu.ru/201/584/1331/ (31.10.2017)

10. Yushina T.I, Petrov I.M., Grishaev S.I., Chernyy S.A. Analiz sovremennyh tehnologiy pererabotki i obogascheniya redkozemel'nogo syr'ya. Zhurnal Cvetnaya metallurgiya №5, 2014, s.61-63.

Login or Create
* Forgot password?