The MDC series wet Venturi dust collector breaks through traditional design and abandons the rapid contraction throat structure that can easily cause a significant increase in resistance. Add a Venturi rod layer internally to evenly divide the channel into multiple small Venturi channels. When the dusty gas enters at a constant speed, there is no significant pressure loss. After entering the microchannel, it is guided by the Wen's rod to form a "contraction throat expansion" flow field. The expansion section vigorously mixes with the sprayed water mist, and the water mist wraps around the dust and aggregates it. The dust droplets and washed exhaust gas enter the downstream centrifugal separation structure tangentially; After leaving the throat, the airflow enters the dust collector chamber, and the dusty airflow is introduced from the lower part of the cylinder. Due to the special airflow path, a strong water vortex is formed, and the dusty droplets are completely captured by the synergistic effect of gravity settling, centrifugal separation, and baffle interception, achieving the separation of dust and gas; The clean gas purified by dust removal is discharged from the top outlet of the dust collector into the system; The washing water separates pollutants through sedimentation in the collection area, and the bottom sediment can be collected and cleaned in various ways.

① Air Inlet

② Spray System

③ Venturi Rod Layer

④ Primary Mist Eliminator Unit

⑤ Secondary Mist Eliminator Unit

⑥ Tertiary Mist Eliminator Unit

⑦ Air Outlet