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Information × Registration Number 0224U032229, 0123U103655 , R & D reports Title Peculiarities of nano- and microdispersion of iron-aluminosilicate systems and materials popup.stage_title Head Panko Andrii V., Доктор хімічних наук Registration Date 16-08-2024 Organization Panko Andrii V. popup.description2  The study of complex processes, including nano- and microdispersion, occurring in iron-aluminosilicate materials (IASMs) is relevant due to the possibility of wide use of the data obtained from the development of innovative technologies, such as mineral processing, up to expanding the understanding of nanostructural processes in natural iron-aluminosilicate marine sediments, as well as establishing the marine ecological balance. This also expands the understanding of the behavior of IASMs in natural processes and “green” technologies of mineral processing in the oceans and seas, as well as the mechanisms of behavior of relatively young surface layers of iron-aluminosilicates deposited according to the Bowman cycle in the depths of the oceans and the establishment of an ecological balance there, which in turn affects the development of life in modern conditions of marine pollution with many (up to 150000 types) substances with unsuitable for life properties. Therefore, the aim of the work was to study the peculiarities of the mechanisms of transformation of nano- and microdispersed IASMs under the influence of many natural and anthropogenic factors, such as biocolloidal, colloidal-chemical, nanochemical, geomechanochemical and other processes. The study concluded that biocolloidal and nanochemical processes significantly affect the properties of marine sediments and play a key role in natural phenomena involving iron-aluminosilicate materials. The developed models make it possible to expand further fundamental research and predict the behavior of iron-aluminosilicates under various conditions and to develop further efficient technologies for processing IASMs. The data obtained open up new prospects for the creation of new innovative materials and technologies, including the processing and enrichment of iron-containing ores and IASMs, as well as for assessing the role of marine bottom mineral sediments in maintaining a global viable ecological balance. Product Description popup.authors popup.nrat_date 2024-08-16 Close