FEATURES OF THE COMPLEX TECHNOLOGY OF RICE GRAIN PROCESSING.
Keywords:
processing, waste, technology, rice groats, lignin, cellulose, utilization, polymer, microelement.Abstract
In the context of global population growth, resource scarcity is one of the main problems of the modern world. Accordingly, a fundamentally new approach to natural raw material processing technologies is necessary. These technologies should be resource and energy-saving, comprehensive, environmentally friendly, generate minimal waste or no waste.
References
1. Brief information about buckwheat [Electronic resource] / "Apex" LLC. - Access mode: http://ap36.ru/index.php/grechka, free. - Title on the screen.
2. Vysotsky, D. The current state and main trends of the buckwheat market: printed version of the presentation at the 1st International Conference "New Opportunities of Ukrainian APK: Niche Culture" (December 6-7, 2012, Kiev, Ukraine) / D. Vysotsky [Electronic resource]. - Access mode: http://www.apk-inform.eom/ru/exclusive/topic/1012951#.VUG1dtLtlBc, free. - Title on the screen.
3. Kaminsky, V. D. Buckwheat bran as a nutritional supplement / V. D. Kaminsky, A. I. Karunsky, M. B. Babich // Grain storage and processing. - 2000. - No. 5. - P. 26-31.
4. Method for obtaining biologically active substances from buckwheat bran: pat. 2222995 Russian Federation. No. 2001131260/13; published. November 19, 2001; published. February 10, 2004.
5. Method for obtaining hydrolysate from buckwheat husk instead of cocoa powder for biscuits and confectionery products: pat. 2545349 Russian Federation. No. 2013154812/10; published. December 10, 2013; published. March 27, 2015, Bull. No. 9
6. Method for obtaining a flavoring agent: pat. 2103373 Russian Federation. No. 96117052/12; published. August 22, 1996; published. January 27, 2008.
7. Method for obtaining dyes from agricultural waste: application 94038111 Russian Federation. published. October 10, 1994; published. August 10, 1996.
8. Method for obtaining oil from buckwheat bran: pat. 2100426 Russian Federation. No. 96110008/13; published. May 13, 1996; published. December 27, 1997.
9. Method for obtaining pigments and dyes from plant raw materials: pat. 2215761 Russian Federation. No. 2000116048/13; published. June 19, 2000; published. June 10, 2002.
10. Myagchilov, A. V. Flavonoids of Fagopyrum sagittatum (buckwheat) and Serratula coronata L. (crowning scythe) plants (isolation methods, identification of substances, prospects for use): candidate of biol. sciences ... dissertation: 03.02.14 / A. V. Myagchilov. - Vladivostok, 2015. - 154 p.
11. Shkorina, E. D. Composition and complex processing of buckwheat production waste: candidate of chemical sciences ... dissertation: 03.00.16 / E. D. Shkorina. - Vladivostok, 2007. - 157 p.
12. Polyolefin composites / edited by D. Nwabunma, T. Kyu. - Wiley, 2008. - 603 p.
13. Zini, E. Green composites: an overview / E. Zini, M. Scandola // Polymer composites. - 2011. - Vol. 32. - P. 1905-1915.
14. Klesov, A. A. Wood-polymer composites / A. A. Klesov. - SPb.: NOT, 2010. - 735 p.
15. Application 010889 Russian Federation. Method for obtaining articles from lignocellulosic polymer composite materials / V. A. Reutov, L. A. Lim, A. M. Zabolotnaya, N. A. Prishchenko; applicant FGAOU VPO Far Eastern Federal University. No. 2015106744 from February 26, 2015.
16. Application 010892 Russian Federation. Lignocellulose polymer composite material / V. A. Reutov, L. A. Lim, A. M. Zabolotnaya, D. A. Makeich; applicant FGAOU VPO Far Eastern Federal University. No. 2015106746 from February 26, 2015.
