ABS Wave Vertical Reactor
As water flows upward and downward through the troughs and crests of the wave plates, the rapid changes in velocity create numerous vortex zones. These turbulence-inducing units enhance the turbulent state, enabling full and effective collision of flocs, thereby improving flocculation efficiency.
Technical Specifications
Three-stage flocculation is generally adopted, with the volume (retention time) of each stage arranged in a progressively doubling pattern: V₁ : V₂ : V₃ = t₁ : t₂ : t₃ = 1 : 2 : 4, with average flow velocity increasing in inverse proportion: v₁ : v₂ : v₃ = 4 : 2 : 1.
Single wave plate: wavelength 500 mm, wave height 100 mm.
Standard clear spacing between wave plates: crest spacing 30–60 mm, trough spacing 230–260 mm.
Customized fabrication is available upon customer design requirements.
Features of ABS Wave Vertical Reactor
High volumetric utilization efficiency, low dispersion coefficient, and strong resistance to hydraulic shock loads.
High flow velocity at the neck section; as water enters the expanded chamber, vortex zones are formed, facilitating floc aggregation and sedimentation.
Simple equipment design, easy maintenance and management, with low investment and operating costs.
Product Materials
ABS, Stainless Steel
