Endüstriyel Dalgıç toz Toplayıcı (JRC)

Description and advantages of the product:
Well-constructed, with compacting structure, high dust removal efficiency, efficient desulfuration, Low maintenance cost

This equipment is widely used in the industrial boiler for dust catching, smoke abatement, and desulfuration, high efficiency in decontaminating. It is mainly composed of the cabinet, air inlet and exit, blowing pipe as well as the bracket of water tank...First put some water in induced-draft fan, the air mixed with smoke and dust enter the equipment, collide and impact the liquid surface, depending on the inertia the soot is caught by the water layer, and then airflow gets through the water layer as the way of tricking, the gutta excitated has the second cleansing, some imperceptibility soot together with the airflow enter the S-shape decontamination chamber. High speed airflow collides the liquid surface, because of centrifugal effect the imperceptibility soot can be caught. At the same time, So2 in the smoke can be absorbed by the desulfurizer effectively. The air including water will be dehydrated by the breakwater after cleansing, and expelled to the atmosphere by the fan.
Slurry is discharged from the butterfly value which locates at the bottom of the dust catcher, once per 2 hours, four times one workday. Clean water is provided by flow pipe, the water line should be equal to the overflow pipe. Adjusted the overflow pipe to make sure that the induced-draft fan can't touch the water, and never positive pressure in hearth. The dust water can be drained after deposited in the sedimentation basin, or recycling used.

Model a b h1 h2 h3 H
JRC-0.2T/0.5T 950 850 2400 1200 400 3050
JRC-1T 950 1050 2400 1200 400 3050
JRC-2T 1450 750 2500 1350 500 3400
JRC-4T 1450 1250 2500 1350 500 3400
JRC-6T 1850 1750 2600 1500 500 3550
JRC10T 1850 2450 2600 1500 600 3700
JRC-20T 2100 4600 2900 1800 700 3900
JRC-35T 2100 6400 3200 2100 800 4450

This product can be easily installed and operated. To prevent reducing slurry discharging inefficiencies, one should operate strictly according to the instruction, shall not change or reduce ducting time, and add Ca(OH) punctually:
Slurry discharging: Purifier shall be cleaned no less than 2 times per workday, to prevent reducing slurry discharging inefficiencies.
1. Slurry discharging cycle could be adjusted according to dust concentration of each workday, the ash level in mud Bucket shall not higher than vortex room.
2. Open the butterfly value, discharge the slurry, if blocked, one can use a stick to dredge.
3. Close the value when discharging the slurry, keep the shutoff valve of the water supply pipeline on, add desulfurizer properly.

Attention:
1. Never run out of water or with little water.
2. Periodic discharge of sewage in case of jam.
3. Run the equipment according to the instruction to prevent damages of it.

Technical parameter
Index
Items: Dust collector
Mmh2o: ≤ 100
Ringelmen blackness (level) ≤ 1
Dust emission concentration(mg/Nm3) ≤ 200
Rate of SO2 removing(%): ≥ 80
Rate of NOx removing(%): ≥ 75
Rate of dust removing(%): ≥ 95