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OBTAINING MESOPOROUS MATERIALS BASED ON SILICON OXIDES BY MICROWAVE RADIATION
WO22112636
A new ultra-fast process for obtaining mesoporous materials by using microwave radiation from solid-state sources, which solves the problems described above. From the application of this technology under well-controlled conditions, bimodal mesoporous materials based on silicon oxides are obtained quickly and homogeneously.
Applications The invention can be applied in any sector that uses mesoporous systems, for example in the pharmaceutical food, agricultural and research sectors. It can also be used by companies currrently marketing microwave chemical synthesis equipment based on a mangetron as a radiation source, as an imporvement by replacing the source with a solid state source. Competitive advantages The described procedure has the following advantages: - Speed: Improvement of the time needed to prepare the materials. - High homogeneity of the material obtained and reproducibility of results. - Energy saving: Lower consumption of microwaveradiation compared to alternative methods. - Reduced investment cost: Lower cost of the equipment necessary to apply the procedure.