Energy-saving cryogenic-gas technology to produce snow-melted water
UDC 556.11
Danilov K. L., Fokin G. А.
Abstract
Freezing dynamics was studied to influence on the level of oxygen residual content in snow melted water and the self-oscillation of hydrogen peroxide micro doses in it. The character of these parameters changing was compared with other factors of physical-chemical nature in posse that may be bound with snow melted water acquiring biologically active properties. Substantiated are promising areas of realizing the process of aquatic environment recrystallization to produce snow-melted water that will provide maximum intensification of metabolic processes.
Keywords: energy-saving, cryogenic freezing, heat and mass transfer, active forms of oxygen, biological activity.
Energy-saving cryogenic-gas technology to produce snow-melted water
Abstract
Freezing dynamics was studied to influence on the level of oxygen residual content in snow melted water and the self-oscillation of hydrogen peroxide micro doses in it. The character of these parameters changing was compared with other factors of physical-chemical nature in posse that may be bound with snow melted water acquiring biologically active properties. Substantiated are promising areas of realizing the process of aquatic environment recrystallization to produce snow-melted water that will provide maximum intensification of metabolic processes.
Keywords: energy-saving, cryogenic freezing, heat and mass transfer, active forms of oxygen, biological activity.
Русский
English
