Introduction
The demand for sustainable charcoal production is growing globally, and Malaysia is no exception. As a leader in biomass processing equipment, Machinerie Weiwa is proud to introduce our four à carbonisation horizontale to the Malaysian market. This advanced technology offers an efficient, eco-friendly solution for converting wood into high-quality charcoal, meeting both industrial and commercial needs.
In this blog, we’ll explore how our four à carbonisation operates in Malaysian client sites, the benefits of horizontal carbonization, and the step-by-step process of how to make charcoal from wood.
Why Choose a Horizontal Carbonization Furnace?
1. Superior Design for Efficiency
Unlike traditional vertical furnaces, Weiwa’s four à carbonisation horizontale ensures uniform heat distribution, reducing energy waste and improving output consistency. Its horizontal structure allows for easier loading and unloading, making it ideal for large-scale production.
2. Eco-Friendly and Sustainable
Our furnace minimizes harmful emissions by utilizing a closed-loop carbonization system. This aligns with Malaysia’s push for greener industrial practices, reducing deforestation pressures by efficiently processing wood waste.
3. High-Quality Charcoal Output
The controlled carbonization process ensures that the final charcoal product has:Higher fixed carbon content,Lower ash residue and Consistent burn performance
This makes it perfect for applications in metallurgy, cooking fuel, and agricultural use.
How to Make Charcoal from Wood Using Weiwa’s Carbonization Furnace
Step 1: Preparing the Raw Material
The process begins with selecting suitable wood, such as coconut shells, bois dur, or bamboo. The wood is dried and cut into uniform sizes to ensure even carbonization.
Step 2: Loading the Furnace
Our four à carbonisation horizontale features a large loading capacity, allowing for bulk processing. The wood is evenly placed inside to prevent uneven burning.
Step 3: Controlled Carbonization
The furnace heats the wood in an oxygen-limited environment at temperatures between 400°C to 600°C. This pyrolysis process breaks down the wood into charcoal, tar, and combustible gases, which can be reused as energy.
Step 4: Cooling and Discharge
After carbonization, the charcoal is cooled systematically to prevent spontaneous combustion. The final product is then discharged, ready for packaging or further processing.
This is the 3D flowchart we customized for the client.
Weiwa’s Carbonization Furnace Client Success Stories in Malaysia
Malaysian clients have reported significant improvements in efficiency and product quality after adopting our four à carbonisation horizontale. One palm oil waste processing plant saw a 30% increase in charcoal yield while reducing operational costs.
Key Benefits for Malaysian Industries:
- Reduced operational costs – Lower energy consumption compared to traditional kilns.
- Scalable production – Suitable for small workshops and large factories.
- Compliance with environmental regulations – Meets Malaysia’s strict emission standards.
Partner with Weiwa for Advanced Charcoal Solutions
Weiwa Machinery is committed to providing cutting-edge carbonization furnaces that enhance productivity and sustainability. Whether you’re in Malaysia or elsewhere, our four à carbonisation horizontale offers a reliable, efficient way to make charcoal from wood while minimizing environmental impact.
About Weiwa Machinery
Weiwa Machinery is a leading manufacturer of biomass processing equipment, specializing in carbonization furnaces, briquette machines, and drying systems. With over 30 years of industry experience, we serve clients worldwide with innovative, energy-efficient solutions.
Contact us today to learn how our four à carbonisation horizontale can transform your charcoal production process!
WhatsApp/Phone:008613838093177
E-mail:info@cjlmachinegroup.com
Wechat
+8613838093177
