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The Seed Pelleting Technology with the Use of the Composite Polymer Preparations

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V.V. Kopytkov,  V.N. Konovalov

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UDC 630*232.32




Studies of the choice of the ingredients and optimization of ratios of composite polymeric structures and target additives are necessary for the development of the technology of pellet-ed seeds and their subsequent use in the forest nursery economy. It will allow the more ra-tional use of expensive seeds and provide the forest planting by the standard planting mate-rial. Seeds of Scotch pine from the first to the third quality classes have been studied. The weight of 1000 pieces of seeds varied from 6.35 to 7.83 g, and the purity – from 96.0 to 99.1 %. The laboratory researches on the determination of viability and energy of germi-nation of pelleted seeds of conifers were carried out by the technique developed by the au-thors. We used plastic germinators and double crepe filter paper. The height of one tooth of crepe filter paper was 20±1 mm. The optimum values of concentration of ingredients of the polymeric structure for the maximum values of moisture-holding ability and durability at a gap were various. The comparison of the significance coefficients allowed defining the following optimum ratios of the components in the polymeric composition (wt, %): vegeta-ble polysaccharides based on pine – 62…70; sodium carboxymethyl cellulose – 7…12; sap-ropel – 5…9; water. The best quality indicators of the received pelleted seeds were observed in the variants with the shared use of vegetable polysaccharides with the particles of the size of 350…400 microns. The strength of the coated seed pellets under compression of the frac-tions was maximum and made 34…37 N. Analysing the received test batches of pelleted seeds in these variants of the experiment we can assert that nearly 100 % of seeds have the optimum uniform size of granules, and their strength (20…30 N) allows using similar seeds in mechanized planting in the forest nurseries for the cultivation of planting material.


V.V. Kopytkov1, Candidate оf Agricultural Sciences, Associate Professor V.N. Konovalov2, Doctor of Agricultural Sciences, Professor

Authors job

1Forest Institute of the National Academy of Sciences of Belarus, Proletarskaya str., 71, Gomel, 246001, Republic of Belarus; e-mail: 2Northern (Arctic) Federal University named after M.V. Lomonosov, Naberezhnaya Severnoy Dviny, 17, Arkhangelsk, 163002, Russian Federation; e-mail:


seed pelleting, technology, composite preparations, germinability.


1. GOST 6806–73. Materialy lakokrasochnye. Metod opredeleniya elastichnosti pri izgibe [State Standard 6806–73. Paints and Varnishes. Method for the Flexural Resistance Determination]. Moscow, 1988. 5 p.
2. Budkov V.A., Pukhal'skaya N.V. Drazhirovanie semyan sel'skokhozyaystvennykh kul'tur [Seed Pelleting of Crops]. Plodorodie, 2009, no. 2, pp. 17–19.
3. Dechant J., Danz R., Kimmer W., Schmolke R. Ultrarotspektroskopische Unter-suchungen an Polymeren. Berlin, 1972. 472 p.
4. Doronin V.A., Marchenko S.I., Busol M.V., Motrenko S.N. Predposevnaya podgo-tovka semyan [Seeds Presowing Treatment]. Sakharnaya svekla [Sugar Beet], 2007, no. 2, pp. 9–11.
5. Zaytsev G.N. Matematicheskaya statistika v eksperimental'noy botanike [Mathe-matical Statistics in Experimental Botany]. Moscow, 1984. 424 p.
6. Kopytkov V.V. Rukovodstvo po issledovaniyu i primeneniyu kompozitsionnykh materialov pri lesovyrashchivanii [Guide to the Study and Application of Composite Mate-rials in the Forest Growing]. Moscow, 1991. 233 p.
7. Kopytkov V.V., Kulik A.A., Kopytkov V.Vl., Sak V.B. Tekhnologiya polucheniya drazhirovannykh semyan na osnove kompozitsionnykh polimernykh materialov [Technology of the Pelleted Seeds Receiving on the Basis of Composite Polymeric Materials]. Gomel, 2008. 165 p.
8. Kopytkov V.V. Polimernaya kompozitsiya dlya predposevnoy obrabotki semyan [Polymeric Composition for the Seeds Presowing Treatment]. Patent of the Republic of Bel-arus, no. 14436, 2009.
9. Rodin A.R. Perspektivy ispol'zovaniya polimerov v lesokul'turnom proizvodstve [Prospects of the Use of Polymers in the Silvicultural Production]. Lesnoe khozyaystvo, 1990, no. 12, pp. 11?15.
10. Smith A.L. Applied Infrared Spectroscopy. New York, 1979. 336 p.
11. Erenberg A.M. Analiz i interpretatsiya statisticheskikh dannykh [Analysis and In-terpretation of Statistical Data]. Мoscow, 1981. 406 p.
Received on March 25, 2015

The Seed Pelleting Technology with the Use of the Composite Polymer Preparations