Construction of a Biomimetic Structure Microreactor Based on Montmorillonite/Graphite Phase Carbon Nitride

Abstract

Microencapsulation technology is a method of encapsulating a target substance in a tiny container of several micrometers to several hundred micrometers. It has many unique properties, such as improving the surface properties of the material; isolating the target for long-term preservation; controlling the reaction rate of the reaction system; shielding the toxic and hazardous substances from the environment and separating them for incompatible substances. At the same time, the capsule also has a certain degree of selective permeability, which can selectively treat guest molecules, can effectively improve the stability of the reaction system, and reduce the possibility of secondary pollution to water bodies. In this study, a novel photocatalytic material with cell structure was synthesized by Pickering emulsion method. The selected raw materials were montmorillonite and melamine. Both materials were non-toxic and non-metallic materials, and melamine was at high temperatures, a polycondensation reaction can be formed to form a novel semiconductor material, graphite phase carbonitride, which has a certain photocatalytic activity.