A stepwise fabrication of MFI nanosheets in accelerated mode

A series of micro-mesoporous materials with nanosponge structure were synthesized in accelerated mode. The influence of the perchlorate oxyanion promoter on the materials characteristics was thoroughly investigated. It was shown that the formation of nanosponge structure with high amount of promoter occurs through the consecutive steps that can be easily detected. The effect of promoter concentration on the crystalline structure was demonstrated under simple hydrothermal conditions. A novel hydrothermal method was developed to synthesize the micro-mesoporous materials with nanosponge structure in 18 h.

Automated summary

A series of micro-mesoporous materials with nanosponge structure were synthesized in accelerated mode, with thorough investigation on the influence of perchlorate oxyanion promoter on the materials characteristics. The effect of promoter concentration on crystalline structure was demonstrated, and a novel hydrothermal method was developed for synthesis within 18 hours.