Modeling of submerged photoreactors with optimal parameters of UV radiation for water purification
SAMSONI - TODOROV, A.O
Modeling of submerged photoreactors with optimal parameters of UV radiation for water purification - Journal of Water Chemistry and Technology Volume , number , .
The article has shown the functional bond between the power values of the lamp of the immersed photoreactor (light flux), energy exposition, reactor capacity, optical density of the liquid filling it, and the effective (optimal) parameter of the reactor radius. The article gives an assessment of indirect errors of determining effective radii of immersed reactors and showed the relationship between the length of the lamp used for UV radiation and the liquid optical density. It has been shown that given identical values of energy exposure the radius of the effective layer in concentration reactors will be 10% smaller than in blade reactors (in which the light flux propagates in a parallel bundle).
irradiance
liquid optical density
light flux
Modeling of submerged photoreactors with optimal parameters of UV radiation for water purification - Journal of Water Chemistry and Technology Volume , number , .
The article has shown the functional bond between the power values of the lamp of the immersed photoreactor (light flux), energy exposition, reactor capacity, optical density of the liquid filling it, and the effective (optimal) parameter of the reactor radius. The article gives an assessment of indirect errors of determining effective radii of immersed reactors and showed the relationship between the length of the lamp used for UV radiation and the liquid optical density. It has been shown that given identical values of energy exposure the radius of the effective layer in concentration reactors will be 10% smaller than in blade reactors (in which the light flux propagates in a parallel bundle).
irradiance
liquid optical density
light flux