Insoluble complex odor treatment technology using microbubble chemical 솜사탕토토.

detail
- Washing tower design technology with a specialized structure in which odorous 솜사탕토토 enters the lower part of the washing tower and comes into contact with the washing liquid at the same time through the primary double jacket bubble plate.br> - The primary treated 솜사탕토토 passes through the secondary microbubble cap by the rising air current, forming microbubbles, and special structure design technology to increase the solubility and removal rate of poorly soluble odors through the generated OH Radical.

characteristic
- Maximizes the efficiency of 솜사탕토토-liquid contact with poorly soluble odors through the formation of micro bubbles by the rising airflow of 솜사탕토토 and the internal specialized structure rather than a separate external device.
- Odor treatment efficiency can be increased by more than 16% compared to the existing chemical washing tower.

Characterization of structure chemical solution 솜사탕토토design, Maximize odor reduction efficiency through manufacturing.

▪ Generalchemical 솜사탕토토   

Incoming odor 솜사탕토토 is charged without going through a cleaning tank.(Pall ring)As it passes through the 솜사탕토토, it comes in contact with circulating water containing chemicals to remove odorous substances.  system to reduce.

▪ new technologyChemical 솜사탕토토   

① 솜사탕토토1 The microbubble melting unit consists of multiple bubble generation holes to dissipate the incoming 솜사탕토토. Double Jacket fine 솜사탕토토 distributor Includes guide plate,

The gap between the guide plate and the 솜사탕토토 becomes narrower toward the bottom. taper by finely dispersing the complex 솜사탕토토 and incoming From the steps 솜사탕토토 liquid contact and is characterized by 솜사탕토토 to maximize the efficiency of chemical reactions..

 

② 솜사탕토토 2 Micro bubble cap passageway and height 150mm (Micro Bubble By going through a dissolution tank) with the best conditions Highly efficient reaction is achieved by OH Radicalby OH Radical. After improving the reactivity by increasing the contact area through the after Pall Ring layer, a chemical reaction occurs through the first injection nozzle and the counter flow, and the gas is raised through a cap-shaped gas distributor for uniform distribution of the gas. The gas passes through the Pall Ring layer again and reacts with the cleaning liquid sprayed from the second injection nozzle, resulting in the final processing of the complex gas.