Coconut Shell Activated Carbon Making Plant Price

• Customization: Available
• After-sales Service: Installation, Commissioning, Technical Training
• Warranty: Provide
• Smokeless or Not: Yes
• Structure: Continuous
• 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 Washing Capacity: Customizable
• Ash Content (After Washing): ≤1.5%
• Activated Carbon Regeneration Capacity: 10-20 T/D
• Regeneration Furnace Size: Φ1.9-2.6m, L:12-17m
• Production Cycle: 2 Hours
• Specification: 2.4t-8t
• Trademark: jiutian
• Origin: Henan, China
• HS Code: 8419399090
• Production Capacity: 20 Sets/Month

Product Description

Product Description

^{Activated carbon regeneration furnace refers to the use of physical or chemical methods to remove the adsorbate adsorbed on the activated carbon and restore its adsorption performance without destroying the original structure of the activated carbon, so as to achieve the purpose of repeated use. Modified activated carbon materials are widely used in the field of sewage treatment, and have increasingly shown their attractive prospects in the treatment of water environmental pollution.}

 

Working Principle

<sup>1. Biomass Carbonization Process
Raw materials need to be carbonized through a carbonization furnace before entering the activated carbon rotary kiln. 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.

2. Carbon Activation Process
Carbon activation is mainly carried out in an activation furnace. 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.

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.

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.</sup>

Applications

<sup>1. Wood-activated carbon: activated carbon made of wood chips, charcoal, etc.;
2. Shell-activated carbon: Activated carbon made from coconut shells, walnut shells, apricot core shells, etc.;
3. Coal-based activated carbon: activated carbon made of lignite, peat, bituminous coal, anthracite, etc.;
4. Regenerated carbon: Regenerated activated carbon that is reactivated using waste carbon as raw material.</sup>

Product Parameters

^Model	^Size(mm)	^Capacity(t/d)
^JTACM-RK01	^15000(L)*1500 (Dia.)	^1
^JTACM-RK02	^16000(L)*1800 (Dia.)	^2
^JTACM-RK03	^17000(L)*2000 (Dia.)	^3
^JTACM-RK04	^18000(L)*2200 (Dia.)	^4
^JTACM-RK05	^20000(L)*2400 (Dia.)	^5
^JTACM-RK06	^24000(L)*2800 (Dia.)	^7

Company Profile