Product Info

RDF fuel production is a process that converts waste into high-calorie fuel through shredding, sorting, and compression. This system is capable of handling large volumes of waste, and the produced RDF fuel can be used as an alternative to coal in cement factories, paper mills, and steel plants. This helps reduce fossil fuel consumption and lower CO₂ emissions.

Advanced recycling technology from Japan is applied to support waste management and waste-to-energy conversion in Thailand. The RDF production system contributes to reducing environmental impact, lowering energy costs for industries, and promoting sustainable economic growth.

■ Key Features of RDF Fuel
✅ CO₂ Reduction: Switching from coal to RDF fuel reduces greenhouse gas emissions.
✅ Fuel Cost Reduction: Reusing waste as an energy source lowers industrial energy costs.
✅ Efficient Waste Treatment: An optimized shredding and sorting process ensures high-quality RDF fuel production.
✅ Handling Various Waste Types: Capable of processing both municipal waste and industrial waste to ensure a stable fuel supply.
✅ Space-saving & Efficient Transportation: Hexagonal bale compression improves transport and storage efficiency.

■ RDF Production Process
1️⃣ Dual-Shaft Shredder: Processes hard-to-shred waste such as ropes and fishing nets.
2️⃣ Primary Shredder: Reduces waste size to 150–250mm for improved sorting accuracy.
3️⃣ Vibrating Separator: Removes impurities like sand to reduce the load in subsequent processes.
4️⃣ Air Separator: Separates lightweight materials for fuel from heavy materials that can be recycled.
5️⃣ Magnetic & Aluminum Separator and Manual Sorting: Sorts out metals and combustible materials for resource recovery.
6️⃣ Optical Separator: Removes chlorine and metals to produce high-quality RDF fuel.
7️⃣ Secondary Shredder: Achieves a processing capacity of up to 12 tons/hour (<20mm) or 20 tons/hour (<40mm).
8️⃣ Hexagonal Bale Compression & Packaging Machine: Enhances transportation and storage efficiency.

RDF fuel production is a sustainable solution for converting waste into energy. It supports both CO₂ reduction and fuel cost savings, contributing to the 2050 net-zero carbon emissions goal.

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