Materials Science and Technology of Materials
DOI.org/10.5281/zenodo.399007
Kayak G., Fomenko V., Andreev V.
GERMAN KAYAK, Candidate of Engineering Sciences, Associate Professor, e-mail: kayak.g.l.@mail.ru
VITALIY FOMENKO, Engineer
VADIM ANDREEV, Candidate of Engineering Sciences, Associate Professor, e-mail: andreev.vv@dvfu.ru
Department of Materials Science and Technology of Materials
Far Eastern Federal University
8 Sukhanova St., Vladivostok, Russia, 690950
Recycling technique for grinding sludge
Abstract: The article presents the authors’ technique of obtaining powders from the waste of grinding mechanical engineering production. That technique will make it possible to obtain powder materials of construction and tools made from the waste of grinding process.
Key words: powders, waste, grinding materials, disintegration, magnetic separation, high-speed steel.
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10. Sudina S.V., Shumenko V.N., Shumenko V.V. The utilization of purified grinding sludge to obtain sintered products. Powder metallurgy: surface engineering, new powder composite materials, welding, collection of reports of the 8th Int. symposium. Part 1, Minsk, 10–12 April 2013, p. 356–359.
2. Vernigorov Y.M., Plotnikov D.M., Frolova N.N. Features of magnetovibrating technologies of slime separation in grinding manufacture. Vestnik DSTU. 2012; 8(69):41-50.
3. Djakonov O.M. Final tailings of metal-working production. Foundry production and metallurgy. 2010;1-2:154–159.
4. Kayak G.L., Fomenko V.S., Chernyshev V.G. et al. Disintegrator processing of waste grinding of high-speed steels. Abstracts of the V All-Union Seminar, Tallinn. Tallinn, Disintegrator, 1987, p. 78.
5. Kayak G.L., Fomenko V.S., Chernyshev V.G. Regeneration of waste of high-speed steel. Abstracts of the All-Union. scientific and engineering. conf. “Integrated development of technogenic deposits”. Chelyabinsk, 1990, p. 23–25.
6. Kayak G.L., Fomenko V.S., Chernyshev V.G. et al. The properties of cutting plates of steel grinding waste. Ways to improve the quality and reliability of the instrument. Barnaul, VNTO Mechanical Engineers, 1989, p. 70.
7. Libenson G.A., Lopatin V.Yu., Komarnicki G.V. Powder metallurgy processes. Vol. 1, 2. M., ISA 2001, 368 p.
8. Povstyanoy A.Y., Rud V.D. The use of industrial waste materials for the manufacture of constructional purposes. Sustainable development. 2014;19:159–164.
9. The method of waste disposal that contains oil and rust. AS 1397183. V.I. Berzenov, G.L. Kayak, A.A. Popovich, V.D. Chihz. Publ. 05.23.88.
10. Sudina S.V., Shumenko V.N., Shumenko V.V. The utilization of purified grinding sludge to obtain sintered products. Powder metallurgy: surface engineering, new powder composite materials, welding, collection of reports of the 8th Int. symposium. Part 1, Minsk, 10–12 April 2013, p. 356–359.