Characteristics of BLS-118L wet desulphurization and dust collector
1. The duer cone tower is used for dust removal, so that the slurry does not touch the wall of the cylinder and prevents the blockage caused by sticky ash.
2. The sprinkler head is installed outside the dust area, so that the method does not touch with the sprinkler head, which solves the problem of dust absorption due to the blockage of the nozzle and water spray.
3. The use of Twin Towers directly on the two chimneys of the vertical kiln avoids the resistance caused by the flue gas walking bend. Therefore, the resistance of the equipment is very low, and the induced wind will not produce the phenomenon of reverse smoke.
4. The use of large amount of water dust removal, so that the circulating water to speed up, so that the water temperature is low, can solve the pipeline structure and water evaporation reduction, and the dust removal effect is not good.
5. All use of circulating water, absolutely not to discharge under the kiln and waste water resources.
6. The sewage discharged after the dust collection can be separated by mud and water quickly through the mud separator, and the separated mud is discharged continuously to the double shaft mixer with the paste of porridge, and does not need any special equipment for sludge discharge. The recycled mud is recovered and utilized, and there are no pollution problems caused by the discharge of the two times.
7. The operation cost of the equipment is low and the power consumption is only 9KW.
8. Less investment, compared with similar products, the investment is about 100 thousand yuan / Taiwan. Therefore, to a great extent, the technology is superior to the existing various forms of water precipitator, and to ensure the effect of dust removal, the concentration of dust emission in the Ming fire kiln does not exceed 150mg/m3, and the dark fire kiln does not exceed 100mg/m3.
Technical performance of BLS-118L wet desulphurization and dust collector
1. The processing capacity is 30000 - 60000m3/h.
2. Permissible dust concentration within 50g/m3.
3. The dust removal efficiency is above 99.6%, and the dust emission concentration is lower than the two national standard.
4. The amount of sewage treatment is 20m3/h.
5. The water consumption is 0.2m3/h.
6. The power consumption is 9KW, and the induced wind is 31KW.
7. The water content of the discharge mud is 50%.
8. After treatment, more than 50% of sulfur dioxide can be removed.
9. The utilization rate of circulating water was 100%.
{sval:sql sql='SELECT n_parameter FROM dede_addonarticle WHERE aid = ~aid~ ' } {/sval:sql}
{sval:sql sql='SELECT n_parameter FROM dede_addonarticle WHERE aid = ~aid~ ' } {/sval:sql}
