| 摘要 |
The present invention relates to a reactor which has high reaction efficiency and maximizes efficiency by ascent and descent of a blade. A worm gear on an upper end portion of the reactor provides a proper location of a plaid to a target reactant through a shaft control handle which moves an agitator shaft vertically. Efficiency of the reaction is maximized by injecting nitrogen gas through a nitrogen gas inlet. A pin hole is formed on the blade to inject nitrogen gas in the agitator shaft to be agitated and bubbled. The blade installed on an end portion of the agitator shaft is designed to vertically operate through the agitator shaft. If the blade is installed on an upper end portion, the blade functions as an upper end blade. If the blade is installed on a lower end portion, the blade functions as a lower end blade. When a small amount of a reactant material exists, the reactor performs reaction through the lower end blade. According to the present invention, a highly efficient reactor for various kinds of reactants in a wide range of fields can be manufactured. When a small amount of reactant liquid is produced, the reactor is especially effective. If the reactor is commercialized, profitability, resulting from efficiency and reduction of production costs, can be obtained in an economic aspect. |
