The fruit shell activated carbon kiln is a core thermal process equipment specifically designed to convert fruit shells (such as coconut shells, apricot shells, and walnut shells) into high-performance activated carbon. The process revolves around two key steps: carbonization and activation, ultimately producing an activated carbon product with a well-developed pore structure and strong adsorption properties.

Core Process Steps
Raw Material Pretreatment
The fruit shells are screened and crushed to remove impurities and ensure a uniform particle size (usually within a specific mesh range), providing stable conditions for subsequent thermochemical reactions.

Carbonization Stage
In an oxygen-deficient environment, the fruit shells undergo high-temperature pyrolysis (approximately 600-800°C). Volatile components (such as water and tar) are removed, and a preliminary carbon skeleton is formed, laying the foundation for the activation process.

Activation Stage
Using high-temperature steam activation (the mainstream process), at temperatures of 800-1000°C, steam reacts with the carbon surface to form a large number of micropores, mesopores, and macropores, significantly increasing the specific surface area and adsorption capacity. Post-Processing
After crushing, screening, acid washing, or water washing, refined products are obtained in various particle sizes and purities to meet diverse application needs.

Technical Advantages and Product Features of Fruit Shell Activated Carbon Kiln.

Fruit shell activated carbon kilns precisely control temperature, atmosphere, and reaction time, producing activated carbon with the following significant advantages:

Key Product Features
Developed Pore Structure: Surface area can reach 1000-1500 m²/g, with a well-defined micropore distribution and high adsorption capacity.
High Strength and Abrasion Resistance: High mechanical strength and washability make it suitable for repeated regeneration, reducing operating costs.
Wide Applicability: High adsorption capacity for pollutants in water, air, and organic solvents (such as chlorine, phenol, sulfur, and pesticide residues).

Nut shell Activated Carbon Kiln Key Technical

Temperature Control: 400-600°C for the carbonization stage and 800-1000°C for the activation stage, with an accuracy of ±5°C to ensure pore structure stability.
Atmosphere Control: Oxygen content monitoring and inert gas (nitrogen) supplementation are used to maintain a weakly oxidizing environment to avoid excessive ablation.
Raw Material Compatibility: A variety of wood-based materials, including sawdust, coconut shells, and fruit shells, can be processed. The moisture content of the raw materials should be controlled at 10%-15% to improve thermal efficiency.

Industry Applications of Fruit Shell Activated Carbon

Due to its excellent performance, products produced by fruit shell activated carbon kilns are widely used in the following fields:

Water Treatment
Drinking Water Purification: Removes odor, residual chlorine, heavy metals, and disinfection byproducts (such as THM precursors) to improve water quality and safety.
Industrial Wastewater Treatment: Treats wastewater from the petrochemical, oil refining, food and beverage industries, and adsorbs oils, colloids, and organic pollutants.

Air Purification and Environmental Management
Industrial Exhaust Gas Treatment: Flue gas desulfurization and denitrification, and VOC (volatile organic compound) recovery, such as solvent (benzene, gasoline) adsorption and regeneration.
Indoor and Automotive Purification: Removes formaldehyde and odor, and is used in air purifiers and automotive exhaust treatment systems.

Food, Pharmaceutical, and Chemical
Decolorization and Refining: Removes pigments and impurities in sugar, wine, and MSG production to improve product purity. Catalyst carriers: Serves as catalyst carriers in chemical reactions, such as petroleum catalytic reforming.

Special Applications
Nuclear Power and Environmental Protection: Adsorbs high-risk pollutants such as radioactive gases and dioxins.
Precious Metal Recovery: Extracts precious metals such as gold and silver from industrial wastewater, achieving resource recycling.

Nut shell Activated Carbon Kiln video

Activated carbon making machine parameter

capacité	5-8t/d	8-10t/d	10-12t/d	12-15t/d	15-20t/j
Modèle de séchoir	HG-800	HG-1000	HG-1200	HG-1500	HG-1800
Puissance du séchoir	3kw	4kw	7,5 kW	15kw	22kw
modèle de four de carbonisation en continu	TH-1500	TH-1500	TH-1800	TH-2000	TH-2000
Température de carbonisation	600-850℃
Teneur en carbone fixe après carbonisation	70-80%
Matériau du tambour du four de carbonisation	309S/310S	309S/310S	309S/310S	309S/310S	309S/310S
Modèle de four d'activation	HN-5	HN-8	HN-10	HN-12	HN-15
Puissance du four d'activation	15kw	22kw	30kw	37kw	37kw
Matériau de la chambre du four d'activation	QQ345+plaque d'isolation thermique nanométrique+réfractaire
Température d'activation	850-950℃
Activateur	Vapeur d'eau ou acide phosphorique (personnalisé selon les exigences du client, la conception de l'équipement sera mise à jour)
Temps d'activation	1-2h
Modèle de machine de refroidissement	GTL-1004	GTL-1204	GTL-1206	GTL-1504	GTL-1506
Température après refroidissement	≤40℃
Modèle de broyeur de charbon actif	SGP-400	SGP-400	SGP-600	SGP-800	SGP-800
Taille du produit fini en charbon actif	4-60mesh
Indice d'iode du charbon actif	800-1300mg/g
Surface spécifique du charbon actif	800-1500m²/g
Résistance du charbon actif	≥95
CTC	≥60%
Densité de remplissage	0,45-0,55g/cm3
Cendres de charbon actif	≤3%