Abstract

Problem of obtaining mixtures of bulk materials is of current interest for various industries, thus, analysis of original designs of drum, vibratory and centrifugal continuous mixers is an actual scientific task. Mixers developed in Kemerovo Technological Institute of Food Industry (University) for processing of bulk materials are easy to manu-facture, provide highly effective mixing of ingredients with a broad range of physical-mechanical properties in thin vibroboiling and disperse layers, with the organization of various leading (bypass) and recirculation flows. Presented designs of mixers have small dimensions and low energy costs. They make good smoothing ability of complex input fluctuations possible using volume dosing. Mixing process time in them does not exceed a few minutes, different bulk compositions resulting in a good quality. Drum mixers under consideration, are characterized by little influence on material to be mixed, and may be used in technological schemes requiring the minimum damage to particles. They have also small dimensions. To obtain bulk compounds with a high mixing ratio it is appropriate to apply centrifugal continuous mixers, characterized by high efficiency at small size and low energy consumption. The examined designs combine mixing processes in thin layers of diluted and dispersed flows and they have a high degree of smoothing ability of input material flows. Mixing process intensification in the designs of continuous mixers is carried out by organization of internal and external recirculation of leading flows and separation of input flows into several parts and their subsequent multiple intersection.

Keywords

Drum mixer, vibratory mixer, centrifugal mixer, mixing intensification, bulk material, mixing quality, recirculating of material flows

REFERENCES

1. Borodulin, D.M., Andrjushkov, A.A., and Vojtikova, L.A., Centrobezhnyj smesitel´ (Centrifugal mixer). Patent RF, no. 2496561, 2013.
2. Borodulin, D.M., Ratnikov, S.A., and Kiselev, D.I., Centrobezhno - shnekovyj smesitel´ (Centrifugaal screw mixer). Patent RF, no. 148608, 2014.
3. Borodulin, D.M., Ratnikov, S.A., and Suhorukov, D.V., Centrobezhnyj smesitel´ s napravljajushhim diffuzorom (Centrifugal mixer with a guide cone).
4. Ivanets, V.N., Borodulin, D.M., and Andrjushkov, A.A., Centrobezhnyj smesitel´ (Centrifugal mixer). Patent RF, no. 2455058, 2012.
5. Ivanets, V.N., Borodulin, D.M., and Andrjushkov, A.A., Centrobezhnyj smesitel´ dispergator (Centrifugal disper-sant mixer). Patent RF, no. 2464078, 2012.
6. Ivanets, V.N., Borodulin, D.M., and Komarov, S.S., Barabannyj smesitel´ (Drum mixer). Patent RF, no. 2508937, 2014.
7. Ivanets, V.N., Borodulin, D.M., and Suhorukov, D.V., Centrobezhnyj smesitel´ (Centrifugal mixer). Patent RF, no. 2523576, 2014.
8. Ratnikov, S.A, Borodulin, D.M., Seljunin, A.N., and Sibil’, A.V., Centrobezhnyj smesitel´ (Centrifugal mixer). Patent RF, no. 2361653, 2009.
9. Shushpannikov, A.B., Ivanets, V.N., et al., Vibracionnyj smesitel´ (Vibratory mixer). Avtorskoe Svidetel´stvo (Cer-tificate of Authorship), no. 1674943, 1991.
10. Shushpannikov, A.B., Ivanets, V.N., et al., Vibracionnyj smesitel´ (Vibratory mixer). Avtorskoe Svidetel´stvo (Cer-tificate of Authorship), no. 1793956, 1993.
11. Shushpannikov, A.B., Ivanets, G.E., Zolin, A.G., et al., Vibracionnyj smesitel´ (Vibratory mixer). Patent RF, no. 2286203, 2006.
12. Shushpannikov, A.B., Potapov, A.N., Zlobin, S.V., and Rynza, O.P., Vibracionnyj smesitel´ (Vibratory mixer). Pa-tent RF, no. 2488435, 2013.
13. Sulein, G.S., Korshikov, A.Ju., et al., Barabannyj smesitel´ (Drum mixer). Avtorskoe Svidetel´stvo (Certificate of Authorship), Patent RF, no. 1592024, 1990.