Boreskov Institute of Catalysis of the Siberian Branch of Russian ...

PP-I-32TableThe calculation of time of coagulation of nanoparticles with different sizesReducing the The time decrease of concentration (c) for particle with such sizesnumber of particles, 20 nm 50 nm 100 nmtimes2 2,4*10 –7 3,8*10 –6 4,5*10 –55 9,7*10 –7 1,5*10 –5 1,4*10 –410 2,2*10 –6 3,4*10 –5 2,9*10 –4100 2,4*10 –5 3,8*10 –4 3,0*10 –3To prevent such coagulation and to save nanoparticle of catalyst in the free state in thereactor may by mechanical effects in 10 7 impacts in 1 m 3 of reactor per 1 sec. This fact isrealized in aerosol nanocatalysis technology at frequency of catalytic system the 2-6 Hz.These fluctuations of reactor multiply to the number of dispersive material by the particlesimpacts with one another.Thus, aerosol nanocatalysis technology is a unique technology that could be used thenanoparticles of catalyst in a free state. So, their catalytic activity is increased.References1. A.P. Weber, M. Seipenbusch. Correlation between catalytic activity and surface state of gas-borne nickelnanoparticles // Chem. Eng. Technol. 2001. №24. P.702-705.2. М.А. Гликин, Д.А. Кутакова, Е.М. Принь, И.М. Гликина, А.И. Волга Гетерогенный катализ напористой структуре и в аэрозоле // Катализ и нефтехимия, № 5-6, 2000, с. 92-101.3. Кудрявцев С.О. Основи технології одержання бензинової фракції та етилену аерозольнимнанокатлізом. – Автореф. к.т.н., Львів, 2007. – 22 с.271