Registration Number
0220U101773,
0117U001244
, R & D reports
Title
The scientific basis processes restore water to its natural state of structurally-power
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Head
Ukrainets Anatolii I.,
Registration Date
20-02-2020
Organization
National university of food technologies
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SRW report: p. 165, fig. 24, table. 10, source 159.
Keywords: biological activation of the driver, metastable driver's station, thermodynamic nonequilibrium station, relaxation of the active acting driver, diaphragm electrolysis, electrochemical, electrophysical and biochemical activation of the driver, redox driver.
About scientific research - water treatment technology and water purification for use of non-reagent and reactive methods, median methods of purification.
The subject of the study is a complex of physicochemical effects on the properties of water and its solutions, their structural and energy state before and after physicochemical influences.
The aim of the project is to create scientific bases for technologies of water restoration to its natural structural and energy state for further use in the production of foodstuffs, medicines, drinking water of water supply systems, production of bottled drinking and mineralized water.
The research is aimed at using the scientific basis of technological processes of restoration in the water of its natural structural and energy state for the creation of technologies for the industrial production of drinking water, beverages and activated water as raw materials of food products with pre-existing wellness properties.
The essence of the development is to reproduce a complex of non-reacting physical factors on water, identical to the natural effect on water during its global self-purification cycle, namely: electromagnetic irradiation of atmospheric water by cosmic and solar radiation; the influence of a high-voltage electrostatic field identical to atmospheric electrical phenomena; the impact on water of dissolved gases identical to the metabolites of the aquatic bioenvironment inherent in the microbiota of natural surface waters; contact interaction of water with the surface of silicon-containing minerals, identical to the natural photocatalytic processes on the sun-illuminated water-mineral boundary.
Product Description
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Andriyko Lyudmyla S.
Atanova Julia O.
Barashovets Yaroslav
Batskyi Vadim O.
Bylina Denis V.
Bolshak Yuri V.
Hetman Maya V.
Gusyatinsk Natalia A.
Dolenko Svitlana O.
Hagan Valentine Ya.
Kalenik Olga
Kovbich Vladislav O.
Crookovese Larisa A.
Kuzmin Oleg V.
Marynin Andrii I.
Mukoid Roman M.
Nizhnik Natalia V.
Nikityuk Taras V.
Poznyak Oksana M.
Poznyakovsky Sergey V.
Polova Olesya
Polonska Alona L.
Pushanko Mukola M.
Pushanko Nataliia M
Svetenko Roman S.
Skoredov Pavlo S.
Solntseva Tatiana O.
Stepan Lyuba F.
Fakhurdinova Myrida F.
Hargelia Darius D.
Charniy Dmitry V.
Sweden's Dmitry A.
Shvets Oleksiy V.
Shpak Vladislav V.
Stepa Dennis
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2020-04-02
