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Active Carbon Kiln

Active Carbon Kiln

Specifications:

Materials produced by active carbon rotary kiln hold strong reaction capacity, small volume and large surface area. It is one of the best choices for steel, coking and calcium carbide industry.

Application Range:Building material, metallurgy, chemical industry, electrical power and etc.

Applicable Materials:cement, Lime,Refractories, Metakaolin, Titanium dioxide, Alumina, Vermiculite, Iron ore pellets.

Advantages

1.     It holds environmental protection, energy-saving, mechanism and high automation level.
2.     Active carbon rotary kiln adopts new-type burning technology. It can fully make use of cheap energy. Especially, it can use gas which is harmful to environment and make wastes as energy.
3.     Materials produced by active carbon rotary kiln holds great adaptability, easy maintenance and less energy consumption.
4.     This equipment adopts advanced seal technology and device. It holds advantages of stable running and high output capacity. 

Working Principle

Put qualified active carbon into stock bin. Then, materials will be conveyed into stock bin at top by elevator. There are two level gauges to control feeding amount. Discharge pipe will distribute materials evenly to every chamber. Materials will be heated to about 900 degrees by 1150-degree kiln flue gas. About 30% materials are decomposed. Materials will be injected to active carbon rotary kiln by hydraulic thrust. Materials will be decomposed to CaO and CO2. Limestone produced by decomposition will enter cooler. Then, limestone will be cooled down to 100 degree and discharged out. Exchanged hot air will enter rotary kiln and mix with coal gas. After mixing with cold air, waste gas will enter bag dust collector and enter chimney through fan.

Latest Delivery

Project Case

Technical Parameters

 
Specifications (m)
Dimension Power (kw) Total weight (t) Notes
Diameter (m) Length (m) Inclination (%) Output (t/h) Rotary speed (r/min)
Φ2.5×40 2.5 40 3.5 180 0.44-2.44 55 149.61 With vertical preheater
Φ2.5×50 2.5 50 3 200 0.62-1.86 55 187.37 ----
Φ2.5×54 2.5 54 3.5 204 0.48-1.45 55 196.29 ----
Φ2.7×42 2.7 42 3.5 320 0.10-1.52 55 198.5 ----
Φ2.8×44 2.8 44 3.5 400 0.437-2.18 55 201.58 Decomposition outside the kiln
Φ3.0×45 3 45 3.5 500 0.5-2.47 75 210.94 ---- 
Φ3.0×48 3 48 3.5 700 0.6-3.48 100 237 Decomposition outside the kiln
Φ3.0×60 3 60 3.5 300 0.3-2 100 310 Bauxite calcining kiln
Φ3.2×50 3.2 50 4 1000 0.6-3 125 278 Decomposition outside the kiln
Φ3.3×52 3.3 52 3.5 1300 0.266-2.66 125 283 preheat decomposition
Φ3.5×54 3.5 54 3.5 1500 0.55-3.4 220 363 preheat decomposition
Φ3.6×70 3.6 70 3.5 1800 0.25-1.25 125 419 Residual heat power
Φ4.0×56 4 56 4 2300 0.41-4.07 315 456 preheat decomposition
Φ4.0×60 4 60 3.5 2500 0.396-3.96 315 510 preheat decomposition
Φ4.2×60 4.2 60 4 2750 0.4-3.98 375 633 preheat decomposition
Φ4.3×60 4.3 60 3.5 3200 0.396-3.96 375 583 preheat decomposition
Φ4.5×66 4.5 66 3.5 4000 0.41-4.1 560 710.4 preheat decomposition
Φ4.7×74 4.7 74 4 4500 0.35-4 630 849 preheat decomposition
Φ4.8×74 4.8 74 4 5000 0.396-3.96 630 899 preheat decomposition
Φ5.0×74 5 74 4 6000 0.35-4 710 944 preheat decomposition
Φ5.6×87 5.6 87 4 8000 Max4.23 800 1265 preheat decomposition
Φ6.0×95 6 95 4 10000 Max5 950×2 1659 preheat decomposition

Core Equipment

Applicable Materials

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