Hydroenergy saving technology of cleaning of systems

Elena A. Zelenskaya CJSC NIPI "Inzhgeo"; FGBOU IN "Kuban state technological university" Krasnodar  
Aleksandra A. Ladenko FGBOU IN "Kuban state technological university" Krasnodar saha-ladenko@yandex.ru
Nikolay V. Ladenko FGBOU IN "Kuban state technological university" Krasnodar  
Tat'yana V. Zelenskaya FGBOU IN "Kuban state technological university" Krasnodar  
The solution of the modern environmentally friendly and energy-saving ways of cleaning the surfaces is presented in the article, to the question of water wells rejuvenation is presented, the hydro-cavitation processing ofproductive layers and filters. The fairness of the obtained results was tested on the universal set-that passed bench and industrial tests.
Materials and methods
Use of the oscillation generator,hydrocavitational generator (GKG) of Rodionov, hydrodynamic and supregidrakavitatsionny methods of cleaning.
We educed the cause of deposit formations on the equipment surface, formation mechanism, and kinetics. We examined parameters of dynamic impact of high-pressure jets, and defined a uniaxial compression factor for further selection of jet parameters for treatment.
The work the authors carried out shows how jets are capable of damaging complex layers. The super-hydro-cavitation method proves itself safer to use than the hydrodynamic one. When examining the impact of jets, we used devices and instruments facilitating the hydro treatment to solve problems. Technologies, methods and instruments are implementation of the examination results. The results are checked on the universal testing machines [4-8], instruments and equipment bench and industrial tested in the Russian Federation.
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