Activated Carbon Plant

for sale

AGICO is professional in offering EPC projects of biomass carbonization plants, carbon activation plants, activated carbon regeneration plants, activated carbon washing equipment, and crushing and screening equipment.

Biomass Carbonization Capacity

8-25 t/d

Carbon Activation Capacity

2.6-8 t/d

Activated Carbon Regeneration Capacity

10-20 t/d

activated carbon production line agico

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. In the food, medicine, and chemical industries, it is mainly used for decolorization, refining, recovery, and separation of solutions. In environmental protection, it is a good helper to deal with water purification, wastewater treatment, and air purification. Even in the defense science field, it can be applied to protect against radioactive substances emitted by atomic energy facilities. Activated carbon has become an indispensable and important product in the national economy and daily life.

activated carbon agico

Types Of Activated Carbon

According to production method: physically activated carbon, chemically activated carbon;

According to raw material: wood activated carbon, shell activated carbon, coal activated carbon, and petroleum activated carbon;

According to particle shape: powder activated carbon, unshaped activated carbon, columnar activated carbon, spherical activated carbon, fibrous activated carbon, honeycomb activated carbon;

Raw Materials For Activated Carbon Production

There are many kinds of raw materials for activated carbon production, and almost all carbon-containing materials can be used as raw materials, such as wood, sawdust, coal, walnut shell, fruit stone, coconut shell, oil palm, bagasse, bamboo, 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, in general, activated carbon production is a novice-friendly and promising investment direction!

bagasse
Bagasse
coconut shell
Coconut Shell
sawdust
Sawdust
coal
Coal
petroleum coke
Petroleum Coke
bamboo agico
Bamboo

AGICO is a professional manufacturer of activated carbon making machines. We can provide customers with EPC solutions from five aspects: biomass carbonization, carbon activation, activated carbon regeneration, activated carbon acid washing and water washing, and crushing and screening!

We mainly use the physical production process, taking air and water vapor as activators, and combining it with special rotary kilns to produce activated carbon under high-temperature conditions. The activated carbon produced by this method has the advantages of strong adsorption performance, high mechanical strength, small fluid resistance, stable chemical properties, high purity, and easy regeneration.

If you have any questions or want to get a quotation directly, please contact us in time. For your production needs, we will provide you with perfect solutions and detailed quotations!

Activated Carbon Manufacturing Process

biomass carbonization process layout agico

1. Biomass Carbonization Process

Carbonization is one of the important processes in the production of activated carbon. It usually includes two parts: raw material carbonization and exhaust gas treatment.

Raw material carbonization is mainly carried out in a carbonization furnace. After the material enters the feed bin through the feeding port, it is fed into the carbonization furnace by the screw feeder. Depending on the inclination and rotation of the furnace body, the material moves slowly from the feeding port to the discharging port, gradually passing through the drying zone, the pyrolysis zone, and the carbonization zone. In this process, the carbonization furnace heats the material through thermal radiation so that the material is decomposed at high temperature to discharge non-carbon substances such as oxygen and hydrogen, and form fixed carbon with a skeleton structure and a certain strength to the greatest extent.

The tail gas produced in the carbonization process is mainly composed of two parts: the high-temperature gas produced by fuel combustion and the volatile gas produced by the material thermal decomposition. They all contain a small number of harmful substances, which will cause certain pollution, so they need to be treated before they can be directly discharged into the atmosphere. Under normal circumstances, the tail gas will be sent into an incinerator, fully combusted at a high temperature of 900-1100 ℃ until all combustible gases and harmful substances are burned into CO2, and then discharged into the atmosphere.

biomass carbonization plant agico

Biomass Carbonization Capacity: 8-25 t/d

Carbonization Furnace Size: Φ1.9-2.6m, L:10m

Control System: PLC control system

Equipment Material: Q345 heat-resistant steel

carbonization plant agico
carbon activation process layout agico

2. Carbon Activation Process

Carbon activation refers to the use of water vapor, CO2, oxygen, and other oxidizing gases as activators, contacting with carbon at high temperatures so that the carbon surface is eroded and a developed pore structure is formed, which has a strong adsorption capacity.

Carbon activation is mainly carried out in an activation furnace. The carbon enters the top feed bin through an elevator and then is evenly fed into the activation furnace by a feeder. With the rotation of the furnace body, the carbon passes through the preheating zone and enters the activation zone, where it contacts water vapor and oxygen at a high temperature until the activated carbon is formed. After that, the activated carbon gets into the discharge pipe of the cooling zone, gradually cools down to 200 ℃, and then automatically slides down to a water cooling device outside the furnace to reduce to normal temperature.

carbon activation production line

Carbon Activation Capacity: 2.6-8 t/d

Activation Furnace Size: Φ1.9-2.6m, L:15-22m

Power Consumption: 40-60 kW/hr

Control System: PLC control system

carbon activation plant agico
acid wash

3. Activated Carbon Washing Process

The activated carbon washing process can be divided into the acid washing process and the water washing process. Main purpose: reduce heavy metals contained in activated carbon; degrade TDS concentration; adjust PH value; reduce dust on activated carbon surface and pores.

Activated carbon washing is carried out in an acid washing tank and a water washing tank. We need to inject demineralized water and hydrochloric acid in a certain proportion into the acid washing tank and stir them with high-pressure gas to form a certain concentration of a solution. After that, the activated carbon should be put into the washing tank, soaked and stirred, and then alternately heated by high-pressure gas and steam. This process should last about 1-2 hours. After the acid washing is completed, we should put the activated carbon into the water washing tank for repeated washing, and then dehydrating, drying, and sieving.

Carbon Washing Capacity: customizable

Production Cycle: 2.5 hours

Ash Content (after washing): ≤1.5%

Activated Carbon Washing Unit
activated carbon regeneration process layout agico

4. Activated Carbon Regeneration Process

Activated carbon regeneration is the gasification reaction of adsorbed saturated activated carbon with water vapor and oxygen at high temperatures so that the organic matter blocked in the micropores is removed and its adsorption performance is restored.

Activated carbon regeneration is mainly carried out in a regeneration furnace. The waste activated carbon in the storage bin is fed into the regeneration furnace by the feeder. With the rotation of the furnace body, the waste activated carbon slowly passes through the preheating zone (drying), and then enters the carbonization and desorption zone. At this stage, water vapor and oxygen penetrate through the waste activated carbon and undergo a gasification reaction with it, so that the micropore surface is cleaned and its adsorption performance is restored. After that, the restored activated carbon enters the water cooling device below through the cooling pipe at the furnace tail, lowered to normal temperature.

activated carbon regeneration plant agico

Activated Carbon Regeneration Capacity: 10-20 t/d

Regeneration Furnace Size: Φ1.9-2.6m, L:12-17m

Production Cycle: 2 hours

Control System: PLC negative pressure control system

carbon regeneration plants epc

AGICO Activated Carbon Rotary Kiln For Sale

biomass carbonization kiln agico

Biomass Carbonization Rotary Kiln

carbon regeneration kiln agico

Carbon Activation Rotary Kiln

carbon activation kiln agico

Activated Carbon Regeneration Rotary Kiln

Why Choose AGICO

Supreme Quality

Our equipment has passed ISO9001 quality management system certification and ISO14001 environmental management system certification. Product indicators are higher than international standards.

EPC Project

We provide customers with project design, equipment manufacturing and installation, equipment commissioning, personnel training, spare parts supply, after-sales maintenance, and other services.

Rich Experience

AGICO has a professional technical team and sales team. Our production lines have been exported to Thailand, Russia, Indonesia, Mongolia, and many other countries.

Advanced Technology

AGICO owns multiple patented technologies for activated carbon manufacturing, such as biomass high-efficiency carbonization technology, cellular activated carbon preparation technology, etc.

Successful EPC Projects

thailand activated carbon regeneration

Thailand Activated Carbon Regeneration EPC Project

sri lanka carbon activation

Sri Lanka Carbon Activation EPC Project

yunnan biomass carbonization

Yunnan Biomass Carbonization EPC Project

indonesia carbon activation

Indonesia Carbon Activation EPC Project

Get In Touch Now!

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