Audited Supplier
DLAGK
Installation, Commissioning, Technical Training
1 Year
Yes
Activated Carbon Plant
Automatic Frequency Conversion Feeding
11m*2.0m*3.0m
10-12
220V-10kv
Cooling Discharging Machine
PLC Automatic Control Cabinet
Activated Carbon Carbonization Furnace
1000-2900
Provided
Wood Sawdust, Rice Husk, Crops Straw, Jute Sticks
PLC, Motor
Machinery Repair Shops, Farms
1600-2900
1400-2900
70000-80000
DINGLI
2.4t-8t
Henan, China
Product Description
Activated Carbon Regeneration Furnace
Activated carbon rotary kiln is one of the equipment with a high utilization rate for processing activated carbon. It is high-end equipment filled with advanced technology. An activated carbon rotary kiln has so many advantages such as advanced technology, simple operation, low carbon discharge, large production capacity, and high work efficiency.
Activated carbon is a kind of carbon with a special microcrystalline structure, which has the advantages of a developed pore structure, a huge specific surface area, and strong adsorption performance. It is widely used in various industries and fields.
There are many kinds of raw materials for the activated carbon production, and almost all carbon-containing materials can be used as raw materials, such as wood, sawdust, coal, walnut shell, apricot shells, fruit stone, coconut shell, oil palm, bamboo, palm kernel, petroleum coke, and so on. Coconut and walnut shells are generally considered the best materials. Activated carbons from them have high strength and very fine pores. Most of these raw materials are cheap and easy to obtain, coupled with the simple production process and a broad market. These carbonaceous materials are converted into activated carbon through pyrolysis under high temperature and certain pressure, and raw materials with different carbon content require different production ratios. Among them, some shell raw materials require de-ash pretreatment.
The principle of carbon activation is to use water vapor, flue gas, and other oxygen-containing gases as activators to contact with carbon at high temperature to generate carbon monoxide, carbon dioxide, hydrogen, and other hydrocarbon gases. Through the gasification reaction of carbon, many pores are formed in carbon particles. The activation reaction belongs to the multiphase reaction of the gas-solid system. The activation process includes physical and chemical processes. The whole process includes the diffusion of the activator in the gas phase to the outer surface of the carbonized material, the diffusion of the activator to the inner surface of the carbonized material, the gasification reaction on the surface of the carbonized material to produce intermediate products, the decomposition of the intermediate products into reaction products, the desorption of the reaction products, and the diffusion from the inner surface of the carbonized material to the outer surface.
The activated carbon rotary kiln is mainly used for calcining and producing non-metallic minerals with high carbon content, decomposing the raw materials containing carbon, and obtaining high purity activated carbon through a redox reaction. The qualified activated carbon material is stored in the silo, lifted by the hoist, and transported to the top of the preheater. The top of the preheater is controlled by gauges, and then the material is evenly distributed through the discharge pipe to each chamber of the preheater. The material is heated in the preheater by the kiln flue gas at 1150 °C to about 900 °C, with about 30% decomposition, then pushed into the activated carbon rotary kiln by the hydraulic push rod. The material is decomposed into CaO and CO2 by sintering in the activated carbon rotary kiln. The limestone formed after decomposition enters the cooler, and the cold air that is blown in the cooler is cooled to 100 ° C to be discharged, and the hot air of 600 ° C is exchanged and burned into the kiln and the gas. The exhaust gas enters the bag filter through the induced draft fan, and then enters the chimney through the exhaust fan.
The activated carbon rotary kiln is mainly used for calcining and producing non-metallic minerals with high carbon content, decomposing the raw materials containing carbon, and obtaining high purity activated carbon through a redox reaction. The qualified activated carbon material is stored in the silo, lifted by the hoist, and transported to the top of the preheater. The top of the preheater is controlled by gauges, and then the material is evenly distributed through the discharge pipe to each chamber of the preheater. The material is heated in the preheater by the kiln flue gas at 1150 °C to about 900 °C, with about 30% decomposition, then pushed into the activated carbon rotary kiln by the hydraulic push rod. The material is decomposed into CaO and CO2 by sintering in the activated carbon rotary kiln. The limestone formed after decomposition enters the cooler, and the cold air that is blown in the cooler is cooled to 100 ° C to be discharged, and the hot air of 600 ° C is exchanged and burned into the kiln and the gas. The exhaust gas enters the bag filter through the induced draft fan, and then enters the chimney through the exhaust fan.
Model | Capacity(kg/h) | Size(m) |
DLAGK0.6 | 300-500 | 10*1.1*1.2 |
DLAGK0.8 | 400-600 | 12*1.3*1.5 |
DLAGK1.0 | 500-800 | 12*1.5*1.7 |
DLAGK1.5 | 700-1200 | 14*1.7*1.8 |
DLAGK1.6 | 1000-1500 | 14*2*2.2 |
DLAGK1.8 | 1500-1800 | 17*2.1*2.2 |
DLAGK2.0 | 1800-2500 | 20*2.3*2.5 |
DLAGK2.0 | 2700-3200 | 20*2.5*2.7 |
DLAGK2.2 | 3200-4000 | 20*2.7*2.8 |
DLAGK2.5 | 4000-5000 | 20*3*3.1 |
DLAGK3.0 | 5000-6000 | 20*3.5*3.8 |
1. External heating, the material is heated evenly: the activation furnace adopts external heating, the main feature is that the material is not in contact with oxygen and open flame, and the material has no ablation;
2. High degree of automation: the form of continuous feeding and continuous discharging realizes fully automated production, greatly reduces work intensity, and improves the reliability of equipment;
3. The activation reaction is controlled accurately: the activation converter can control the activation reaction of the material more accurately, so as to better control the pore size distribution of the material;
4. Low energy consumption: a large amount of volatile gas contained in the material is directly introduced into the furnace for full combustion, providing the required heat for material activation.
2. High degree of automation: the form of continuous feeding and continuous discharging realizes fully automated production, greatly reduces work intensity, and improves the reliability of equipment;
3. The activation reaction is controlled accurately: the activation converter can control the activation reaction of the material more accurately, so as to better control the pore size distribution of the material;
4. Low energy consumption: a large amount of volatile gas contained in the material is directly introduced into the furnace for full combustion, providing the required heat for material activation.
Q1: What's your business model? Trading company or factory?
A: We are a 20 years factory, all our machinery are manufactured by ourselves, factory direct sales, product quality and
after-sales service can be guarantee.
Q2: Can I visit your factory?
A: Yes. Many domestic and international customers visit our factory every year. Our company is located in Zhengzhou Henan province, China, you can come here by air or train. The nearest airport is Zhengzhou Xinzheng International Airport, and the Airport Code is CGO. We will pick you up at airport. Welcome to visit our factory.
Q3: What is the Quality of your products?
A: Dingli Group products come with best quality, and our products passed CE certification, exported to lots countries around the word, such as Australia, Malaysia, India, Italy ,Indonesia, Vietnam, Philippines, Korea, Brazil, Argentina, Russia, South Africa, etc. You can rest assured with the quality absolutely.
Q4: Do you provide after-sale service?
A: Yes. The warranty period of our machines is one year, and we have a professional after-sale service team to promptly and thoroughly solve your problems. 3. After installation, leaving 1-2 technical staff to help you on-site production, until achieve customer satisfaction.
