Using of silicate materials for sewage sorption treatment from heavy metals

Authors: 

Mazurak O., Mazurak A., Marushchak U.D., Pozniak O.R.

The article presents the research results of using different types of silicate minerals, their modified forms for sewage sorption treatment. Their physical and chemical properties, the mechanisms of action and sorption efficiency of the widespread natural minerals are characterized in this paper.

1. Ananiev V.P.Engineering geology: textbook for the universities of civil engineering/ V.P. Ananiev, A.D. Potapov. - M.: High school, 2000. − 511 p.
2. Rush E.A. Environmental technologies: Methods of improvement of industrial sewage sorption purification / E.A. Rush // Engineering ecology. − 2005. − №4. − P. 11-27.
3. Malyovaniy M.S.Water purification from petroleum products by natural and modified clay sorbents / M.S. Malyovaniy // Environmental ecology and life safety. − 2007. − № 4. − P. 61-65.
4. Pontius F.W. / Disposal of Radioactive Residuals Requires Careful Planning / F.W. Pontius // J. Amer. Water Works Assoc. − 1994. − vol. 86, № 11. − P. 18-22.
5. Tarasevych Yu.I. Natural sorbents in water treatment process / Yu.I. Tarasevych. − Kyiv: Naukova Dumka (Scientific Thought), 1989. − 292 p.
6. Tretinnik V.Yu. Natural dispersed minerals of Ukraine and prospects of their use in water treatment technology / V.Yu. Tretinnik // Chemistry and technology of water. − 1998. − V.20, № 2. − P. 183-189.
7. Khomenko V.Effective means of the environment purification from harmful pollution, including radioactive contamination, using natural sorbents of the Ukrainian deposits [Electronic resource] / Villen Khomenko, 2013. − Modeofaccess: http://marko-ta-harko.io.ua/s486396/villen_homenko_efektivni_zasobi_ochi...
hisli_radioaktivnogo_z_vikoristannyam_prirodnih_sorbentiv_rodovishch_ukraeni.
8. Vasylechko V. Zn (II) sorption in the Transcarpathian clinoptilolite / V. Vasylechko, G. Gryshchuk, M. Sukhnatskiy // Bulletin of
Lviv University. A chemical series. − 2011. − Issue 52. − P. 148-158.
9. Mesiats S. P. Technology of water purification from oil pollution using bioreactive Versoyl / S.P.Mesiats, L.A. Kirillova, L.N. Edihareva // Development problems of mineral deposits and underground space of the North-West of Russia/ Proceedings of the International scientific conference. Apatity. − Part 3. − Apatity: KSC RAS, 2001. − P.155-162.
10. Kinetics of water treatment from ammonium cations by zeolites of the Carpathian deposits / S.S. Shnerkh, I.A. Tikhonova, O.O. Matsiyevska // Contemporary isuues of water supply and sewage sanitation: Ukrainian-Polish scientific and technical conference, 1996: scientific conference abstracts. − Lviv, 1996. − P. 63-73.
11. Handbook of Surface and Colloid Chemistry, Third Edition / Edited by K.S. Birdi. − Charlottenlund, Denmark, 2008. − 756 p.
12. Ivchenko V.D.Sewage and surface water purificationfrom the ammonium and iron ions by the clay minerals of Sumy region: diss. of PhD in Eng.: 21.06.01 / Ivchenko Victoria Dmytrivna. − Lviv, 2012. − 216 p.
13. Structurization in ceramic matrices for cesium immobilization / L.M. Spasyonova, V.M. Pavlenko, B.Yu. Kornilovych [et al.] // Scientific news of NTU "KPI". − 2012. − № 3. − P. 127-132.
14. MykhailovaO. A. Technologies of chemical activation of natural mineral sorbents: diss. of PhD in Eng.: 05.17.01 / O.A. Mykhailova. − Kazan, 2007. − 148 p.
15. Removing U (VI) compounds from water using organoclay / A.A. Holembiyovskiy, I.A. Kovalchuk, B.Yu. Kornilovych [et al.] // Scientific news of NTU "KPI". − 2011. − № 6. − P. 154-158.
16. Sprynskyy M., Kovalchuk I., Buszewski B. The Separation of Uranium Ions by Natural and Modified Diatomite from Aqueous Solution // J. Hazard. Mater. − 2010. − № 181.− P. 700-707.
17. Ecological and chemical problems in the extraction and processing of uranium rawmaterial / Kornilovych B. Strelko V., Koshyk Yu. [et al.] // Bulletin of the NAS of Ukraine. − 2010. − № 10. − P. 564-573.
18. Jankovic L., Madejova J., Komadel P. Characterization of Systematically Selected Organo-Montmorillonites for Polymer
Nanocomposites // Appl. Clay Sci. − 2011. −№ 51. − Р. 438-444.