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Waste typically cannot be stored for long periods due to decomposition, but RDF can be stored for extended durations without decay by removing moisture.
RDF is highly compressed into chalk-like shapes, making it easy to transport. It also features uniform calorific value and size, enabling the automation of handling processes.

RDF has a calorific value of 4,000-5,000 kcal/kg, making it a cost-effective fuel that can be sourced domestically from waste.
RDF made from waste plastic, known as RPF (Refused Plastic Fuel), has a higher calorific value of 6,000-8,000 kcal/kg compared to the average calorific value of domestic anthracite coal, which is around 4,000 kcal/kg.

By mixing neutralizing agents during the production of RDF, harmful gas emissions can be significantly reduced compared to the direct incineration of waste. However, RDF must be burned as a solid fuel in combustion equipment with pollution control devices.
Dust filtration and air circulation systems are installed in RDF processing plants to manage the excessive odor and dust generated during RDF production.

Crushing Technology : By utilizing crushing technology to break down raw materials into smaller particles, waste compression becomes easier while increasing the waste density, surface area exposed to air, and combustion speed. The crushed materials are also easier to mix and burn. Adopting graded crushing technology helps group fuel particles more effectively, which enhances energy utilization during waste incineration power generation.

Sorting Process: : Efficient sorting technology improves the purity of raw materials and boosts the fuel's calorific value. For instance, magnetic separators can remove metal impurities, while adsorbents can separate combustible components, further increasing the RDF's calorific value.

Compression Molding Technology : Advanced compression molding technology minimizes the internal voids in fuel pellets, optimizes the combustion surface area, and enables more complete combustion, thus increasing calorific value. Additionally, particle quality control technology ensures a uniform combustion surface area, improving combustion efficiency.