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satisfying conditions of making secondary qualitative raw polymeric materials, and
products from it.
12.4 CONCLUSION
Biodecomposed polymeric compositions on the basis of polyethylene and agricultural
waste were received. Waste of sugar manufacture: beet bin pulp, confectionery manu-
facture: cacao bean husk, grain manufacture: rice, buckwheat, millet, sunflower shuck,
starch manufactures: corn, and potato mare were used as fillers.
Dependence of structure of agroindustrial complex waste on technological proper-
ties of the ¿ lled polymeric compositions has been studied. On the basis of mathemati-
cal modeling made and researches of physico-mechanical properties the substantiation
choice of agroindustrial complex waste has been made: beet bin pulp, cacao bean
husk, and rice shuck were chosen as the most effective ¿ llers for getting biodecom-
posed polymeric compositions.
On the basis of sorbent and colloidal clay the complex modi¿ er has been devel-
oped for getting biodecomposed polymeric materials on the basis of polyethylenes
waste ¿ lled 30-40% of agroindustrial complex waste.
KEYWORDS
•
Agriculture waste
•
Biodecomposed polymeric materials
•
Physico-mechanical properties
•
Polymer compositions
•
Charcoal
REFERENCES
1. Anan'ev V. and Kirsh, I.
Recycle polymer materials
in Rus.. Moscow State University of Food
Industry Publishing House, Moscow p. 250 (2006).
2. Andrianova, G.
Technology of polymer composition
in Rus. Kolos Publishing House, Moscow p.
270 (2008).
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