Analyses of Effectiveness of Action Cascade Ozone Generator

• Autorzy: A.D. Hurynovich , P. Wawrzeniuk , V.I. Romanovski

Warianty tytułu

Analiza efektywności kaskadowego generatora ozonu

• Języki publikacji: EN

Abstrakty

EN

For eff ective disinfection or disinfection is necessary to create the ozone concentration in the water more than 0.05 mg/l8 and to maintain it for a few minutes. Ozone can be used for pre-treatment of water in order to convert the dissolved substances in colloidal form with subsequent deposition on the fi lter, as it has the eff ect of fl occulation. According to its bactericidal eff ects ozone are in 3-6 times more eff ective than ultraviolet radiation and in 400-600 times eff ective than chlorine. The advantage of ozone is that, ozone disinfection takes place simultaneously with the discoloration of water and eliminates odors and fl avors of water and generally improve its taste. Ozone does not change the natural properties of water as its excess (unreacted ozone) in a few minutes turns into oxygen. Disinfection process will take several minutes, not hours, as in ispolhovanii chlorinated chemicals. Before recommending the use of ozone is necessary to scale tests. At their processing it is necessary to consider the bottom concentration limit of explosibility ozone in air which makes 10% or 146/m3.(fragment of text)

W artykule przedstawiono główne obszary zastosowania ozonu do oczyszczania wody., oraz podstawowe parametry dezynfekcji wody. Dane doświadczalne dotyczące rozpuszczalności ozonu w wodzie za pomocą kaskadowego turboozonator, w zależności od stężenia ozonu w fazie gazowej, przepływu mieszaniny gazu i czasu trwania dezynfekcji(abstrakt oryginalny)

Słowa kluczowe

EN

Water pollution; Water; Sewage treatment

PL

Zanieczyszczenie wód; Woda; Oczyszczanie ścieków

• Czasopismo: Ekonomia i Środowisko
• Rocznik: 2013
• Numer: nr 1 (44)
• Strony: 156--164

Twórcy

autor

A.D. Hurynovich

• Department of Engineering Systems in Environment Protection, Technical University of Bialystok

autor

P. Wawrzeniuk

• Department of Engineering Systems in Environment Protection, Technical University of Bialystok

autor

V.I. Romanovski

• Department of Industrial Ecology, the Belarus State Technological University,

Bibliografia

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