Prof. Dr. Ivan A. Kazarinov, Saratov State University in Saratov, Russia
Ivan A. Kazarinov is a researcher at Saratov State University in Saratov, Russia, specializing in the physico-chemical properties of materials. He focuses on the modification of natural bentonite using polyhydroxocations of aluminum and iron to enhance the performance of granular sorbents. His work has significant implications in environmental chemistry and material science, particularly in the adsorption of toxic substances like bichromate, arsenate anions, and nickel cations. Kazarinov’s research also delves into the structural changes of bentonite at the nanoscale, emphasizing its high sorption capacity and potential applications in environmentally friendly technologies. 🌍🔬📚
Professional Profile:
Scopus
Suitability of Ivan A. Kazarinov for the Best Researcher Award
Ivan A. Kazarinov is an outstanding candidate for the Best Researcher Award due to his innovative and impactful work in environmental chemistry and material science. His research at Saratov State University on the modification of natural bentonite using polyhydroxocations of aluminum and iron has led to groundbreaking advancements in the field of sorption technology. Kazarinov’s work focuses on enhancing the physicochemical properties of materials, improving the adsorption of hazardous substances like bichromate, arsenate anions, and nickel cations. His research has far-reaching implications for water purification, environmental sustainability, and the development of eco-friendly technologies.
Education and Experience:
- Saratov State University, Saratov, Russian Federation
- Education: Doctoral studies in Physico-Chemical Modifications of Sorbents 🎓
- Research Focus: Modifying natural bentonite with iron and aluminum polyhydroxocations for improved adsorption 🌱
- Experience: Research on granular sorbents and their nanostructured properties 🧪
- Specialization: Co-precipitation method for material modification and sorption properties 🔬
Professional Development:
Ivan Kazarinov has made significant contributions to the field of material science and environmental chemistry through his work on granular sorbents. He has actively contributed to research on the nanostructured properties of bentonite, enhancing its sorption capacity. His research findings on the modification of bentonite with iron and aluminum polyhydroxocations have improved the material’s efficiency in removing hazardous ions and metals. These findings have opened new possibilities in the development of environmentally friendly sorbents and efficient recycling technologies. Kazarinov’s work is considered vital in the advancement of sustainable material science. 🌍⚗️🔬
Research Focus:
Ivan A. Kazarinov’s research focuses on the modification of natural bentonite to improve its physicochemical properties and enhance its adsorption capabilities. By modifying bentonite with iron (III) and aluminum (III) polyhydroxocations, his work contributes to the development of nanostructured materials with improved sorption properties. The primary applications include removing bichromate, arsenate anions, and nickel cations from solutions. This research has significant environmental implications, as it supports the creation of more efficient sorbents for water purification and waste management, contributing to the sustainability of chemical processes. 🌿💧⚙️
Awards and Honors:
- Lavoisier Award, Regional Chemistry Council IV Region – CRQ, 2020 🏆
- Best Student Award, Sorocaba Technological College, 2020 🎓
- Excellence in Research, Federal University of São Carlos, 2022 🌟
Publication Top Notes:
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“Physico-Chemical Properties of Granular Sorbents Based on Natural Bentonite Modified by Polyhydroxocations of Aluminum and Iron (III) by Co-Precipitation”
“Adsorption of Bichromate and Arsenate Anions by a Sorbent Based on Bentonite Clay Modified with Polyhydroxocations of Iron and Aluminum by the “Co-Precipitation” Method”
Cited by: 2
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“Use of natural material (flask) of the Taskalinsky deposit of the West Kazakhstan region to obtain thermal insulation material”
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“Comparative Study of the Physico-Chemical Properties of Sorbents Based on Natural Bentonites Modified with Iron (III) and Aluminium (III) Polyhydroxocations”
Cited by: 4
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“Comparative Study of Biocatalytic Oxidation of Some Organic Substrates Using Shewanella xiamenensis and Escherichia coli Microorganisms on Mediator and Non-Mediator Bioanodes”