An enzymatic device for making taro nanoparticles

Abstract

An enzymatic hydrolysis device for producing taro nanoparticles includes a tank with a material inlet pipe at the top; a material outlet pipe at the bottom of the tank, which is equipped with an electrically controlled three-way valve and a stirring device; a tank heater; and an external circulation heating unit. The external circulation heating unit includes a material drive pump, a tubular heater, and a material buffer tank connected in sequence. The upper end of the material buffer tank is connected to the external circulation connection pipe; the lower end of the material buffer tank is connected to the upper end of the tank via an electrically controlled valve; and a buffer tank heater is fitted outside the material buffer tank. This device can shorten the material heating time and the overall enzymatic hydrolysis process time; improve enzyme utilization, reduce enzyme addition, and facilitate the formation of smaller, more uniform taro nanoparticles; and significantly reduce the production cost of the enzymatic hydrolysis process.

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