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Myroslav Sprynskyy

Prof. Dr. Myroslav Sprynskyy

Department of Environmental Chemistry and Bioanalytics, Faculty of Chemistry, Ni...

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Scientific interests: - Natural adsorbents (zeolites, kaolinite, saponite, talc, diatomaceous earth, humic acids, and brown coals); -Studies of the physicochemical properties of natural adsorbents (porous structure, morphology, crystalline structure, thermostability, photoluminescence, and surface chemistry); - Studies of adsorption processes (kinetics, isotherms, thermodynamics, and diffusion); - Modification of natural adsorbents; - Adsorption of xenobiotics (heavy metals, organic compounds) from aqueous solutions, sewage and sewage sludge; - Studies of adsorption under static and dynamic conditions; - Cultivation of unicellular algae diatoms under laboratory conditions; - Production of diatom biomass and diatomaceous biosilica; - Metabolic doping of 3D structured diatomaceous biosilica; - Chemical modification of diatomaceous biosilica; - Synthesis of hybrid composites of diatomaceous biosilica doped with metal nanoparticles (Ag, Pd, Ti, Ge, V, Nd, Ce, and Tb); - Production of diatom biomass for the extraction of bioactive compounds with potential benefits for human health (biosilica, many unsaturated fatty acids, and carotenoids).

Research Keywords & Expertise

Adsorption
Biomaterials
Nanomaterials
Porous Materials
Surface Modification

Fingerprints

36%
Adsorption
29%
biosilica
12%
adsorbents
5%
Biomaterials
5%
Nanomaterials

Short Biography

Scientific interests: - Natural adsorbents (zeolites, kaolinite, saponite, talc, diatomaceous earth, humic acids, and brown coals); -Studies of the physicochemical properties of natural adsorbents (porous structure, morphology, crystalline structure, thermostability, photoluminescence, and surface chemistry); - Studies of adsorption processes (kinetics, isotherms, thermodynamics, and diffusion); - Modification of natural adsorbents; - Adsorption of xenobiotics (heavy metals, organic compounds) from aqueous solutions, sewage and sewage sludge; - Studies of adsorption under static and dynamic conditions; - Cultivation of unicellular algae diatoms under laboratory conditions; - Production of diatom biomass and diatomaceous biosilica; - Metabolic doping of 3D structured diatomaceous biosilica; - Chemical modification of diatomaceous biosilica; - Synthesis of hybrid composites of diatomaceous biosilica doped with metal nanoparticles (Ag, Pd, Ti, Ge, V, Nd, Ce, and Tb); - Production of diatom biomass for the extraction of bioactive compounds with potential benefits for human health (biosilica, many unsaturated fatty acids, and carotenoids).