S. V. Trifonov

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Methods of physicochemical further oxidation of hardly soluble sediment obtained from “wet combustion” of human exometabolites applied to space-purpose Bio Technological Life Support Systems (BTLLS) were studied. Most hardly dissoluble sediment containing Ca, P, Mg, and other essential plant nutrition elements were shown to dissolve in H2O2 and HNO3 aqueous(More)
The results of the original physicochemical method of NaCl recovery out of the mineralized human metabolites’ solution obtained after their oxidation in H2O2 aqueous solution under the influence of alternating electric current are presented. The technological stages of the newly developed method are described, and its efficiency at each stage is(More)
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