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Manufacturing process for a material of solid inorganic particles with a porous structure and material of solid inorganic particles with a porous structure obtained by said process.
ES2954980
The present invention relates to the synthesis of inorganic materials with high specific surface area and porous structure. Furthermore, the present invention also pertains to inorganic materials with porous structure BRES-01, BRES-02, BRES-03, BRES-04, and BRES-05. Additionally, the invention concerns the use of bifunctional catalysts and their derivatives, combined with compounds with a structure-directing effect, for the aqueous synthesis of porous materials with high specific surface area, without the use of polymers. This invention also pertains to a method for purifying the prepared porous materials. The present invention also contemplates the application of the synthesized porous materials in obtaining hybrid materials with advanced properties.
ADVANTAGES - Efficiency Improvement: The technology provides a significant enhancement in process efficiency, reducing time and energy consumption in its application area. -Scalability: It is designed to be highly scalable, making it suitable for both small-scale and industrial-scale operations. - Eco-Friendliness: The system incorporates environmentally friendly processes, minimizing waste and the ecological footprint. BUSINESS APPLICACITIONS - Healthcare: The technology can be applied to improve medical devices or processes that involve monitoring or precision manufacturing. - Environmental Management: It is suitable for processes focused on sustainability and eco-friendly solutions. - Industrial Manufacturing: The technology's scalability and efficiency make it a strong candidate for use in mass production environments.
Priority date 19/07/2023, and patent granted and applied for PCT under PCT/ES2024/070423