Biomass Aluminum Shell Carbonization Furnace Recycling Production Line Source Manufacturers

• Customization: Available
• After-sales Service: Provide
• Warranty: One Year
• Smokeless or Not: Yes
• Structure: Horizontal
• Raw Material: Coconut Shell
• Final Product: Coconut Shell Charcoal
• Final Product Usage: Make Charcoal Briquettes
• Color: Customer′s Request
• Carbonization Time: 8-30hour
• Instalation: Engineer Guide
• Origin: China

Product Description

Products Description

                             

The Can Paint Stripping and Thermal Decomposition Furnace is a cutting-edge facility designed to efficiently remove paint from aluminum cans while simultaneously thermally decomposing the stripped coatings. This furnace employs advanced technology and a controlled thermal environment to achieve optimal results. The process begins by feeding the cans into the furnace, where they are subjected to high temperatures within a precisely controlled atmosphere. The heat causes the paint to gradually soften and detach from the surface of the cans. Simultaneously, the stripped coatings undergo thermal decomposition, breaking down into their constituent elements. Through a combination of heat, time, and controlled airflow, the furnace ensures thorough paint removal and efficient decomposition. The resulting stripped cans are clean and ready for further processing, while the decomposed coatings are transformed into a harmless residue, minimizing environmental impact. This state-of-the-art furnace offers several advantages, including improved productivity, reduced energy consumption, and enhanced environmental sustainability. By streamlining the paint removal process and facilitating the decomposition of coatings, it contributes to the efficient recycling of aluminum cans and promotes a greener, more sustainable manufacturing industry. Overall, the Can Paint Stripping and Thermal Decomposition Furnace is a crucial component in the recycling and reprocessing of aluminum cans, providing an innovative and eco-friendly solution for removing paint and minimizing waste.

Technical Parameters

Model	Dimension of the host machine	Power(kw)	Processing capacity (kg/h)
BY-1000	1*10m	32	400-500
BY-1200	1.2*11.6m	45	800-1000
BY-1500	1.5*11.6m	55	1500
The capacity depends on the processed materials,and the relevant output needs to be confirmed according to the material situation.

 

Product Application

Metal recycling:
                           Carbonized can granules                                                                                                                                  Cans

Raw materials

seeds;
shells and pits of tree-fruits;
wood chips;
bamboo;
shrubby and other plant materials, the fraction of which is from 5 to 30 mm with a moisture content of not more than 15%.

Coconut shell

Walnut shell

Hazelnut shell

Wood chips

Bamboo

Coconut shell charcoal

Shell charcoal walnut

Hazelnut shell charcoal

Wood chips charcoal

Bamboo charcoal

Palm kernel shell

Pits of olives

Pits of date

Peach Shell

Hawthorn Seed

Palm kernel charcoal

Pits of olives charcoal

Pits of date charcoal

Peach Shell charcoal

Hawthorn Seed charcoal

Received products

Raw materials for obtaining activated carbon Raw Material for BBQ Charcoal Briquette and Industry Raw materials for the production of coal briquettes for hookahs (hookah, hookah coal)

BIO-Char, as a fertilizer or hydroponic growth intended for the agricultural industry, is made from plant raw materials and does not contain harmful substances.

Working principle and process

Brief description of the production process
The material goes through the following stages in the carbonization furnace. (1) Drying stage (≤160ºC): The water is evaporated, and the main components of the material remain unchanged. (2) Pyrolysis 1 (160-260°C): Most of hemicellulose and part of cellulose and lignin are decomposed, and hemicellulose is decomposed to produce wood acid, carbon dioxide and water. (3) Pyrolysis 2 (260-310°C): mainly cellulose is decomposed, and the solid product of the decomposition residue of hemicellulose is further aromatic. (4) Carbonization (310-450ºC): mainly lignin is thermally decomposed, wood vinegar is gradually reduced, and wood gas is discharged in large quantities. (5) Calcination stage (>450°C): as the temperature increases, the carbonyl group, carboxyl group, hydroxyl group, methyl group, etc. are detached and condensed and polycyclic aromaticization proceeds further, and the amount of hydrogen generated gradually increases. Above 500°C, so Hydrogen is mainly produced. The calcination stage relies on external heat to volatilize the volatiles remaining in the charcoal. The following stages are experienced in the activation furnace. (1) Heating stage (≤700°C): The material continues to heat up, and the carbon is calcined at high temperature, and the residual volatile matter is volatilized to generate H2, CO, CH4, CO2 and other combustible gases. (2) Activation stage (700-900°C): use water vapor and gases such as CO2 generated by the oxidation reaction in the calcination stage to open the micropores of the carbon, and gasify the carbon blocked in the carbon pores, thereby increasing the adsorption performance. The residence time in the activation stage is about 120-180min. The reaction principle is as follows: C+H2O→CO+H2 CO+H2O→CO2+H2 C+CO2→2CO

Product Details

Company Profile
Baoyuan Machinery is a comprehensive enterprise that comprises R& D, test, manufacture, sales and service functions. We have succeeded in researching and supplying solutions with the following equipment: Drying equipment, activated carbon production equipment, building materials equipment, beneficiation equipment, crushing equipment and other products.
With our leading-edge technologies, advanced processing equipment and our corporate spirit of "innovation, pragmatism, unity, hard work and dedication", our company has the strength to meet the challenges from all aspects. We have the confidence to build "Baoyuan" into a world-renowned brand, provide quality services for the dryer and building processing industry, and achieve a win-win situation between the company and customers.