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Solid Recovered Fuel (SRF)

In response to Taiwan's 2050 net-zero strategy for resource circulation, the EPA promotes converting waste into materials and energy, conserving natural resources while reducing waste generation.

To promote waste-to-fuel conversion, non-hazardous combustible waste like plastics, fibers, and wood is converted to Solid Recovered Fuel (SRF). This can fuel industrial boilers and power plants, reducing coal usage and greenhouse gas emissions for a sustainable circular economy.

SRF Advantages

Most domestic incineration facilities have reached their design lifespan, facing maintenance challenges. This affects waste processing efficiency and has led to limited acceptance of high-calorific waste in some areas, increasing disposal challenges.

SRF transforms high-calorific waste into valuable alternative fuel. This promotes waste reduction and resource utilization while reducing CO2 emissions by replacing coal, effectively reducing environmental impact.

Waste Plastic → Solid Fuel
Waste Wood → Solid Fuel

Workflow

  • STEP 1

    Review waste manifest and sample testing ▶
    Confirm compliance with SRF technical guidelines

  • STEP 2

    If no R-0201 code, apply to local EPA for manifest amendment ▶ Add R-0201 to reuse items

  • STEP 3

    Separate storage for Class D and R-0201 in facility

  • STEP 4

    Dafon arranges pickup

  • STEP 5
    Waste Flow Documentation
    • Source Enterprise
    • Dafon Environmental
    • SRF Facility
    Tripartite Contract

Suitable SRF Waste Materials

SRF sources are restricted. Not all solid waste is suitable; typically high petrochemical content waste like plastics, synthetic fibers, and textile waste.
 

No PVCNo Metal/Hard ObjectsLow MoistureNo Ash Content

Service Process

Submit Photos

Submit Photos

Include: location, quantity, etc.

Consultation

Consultation

Sample Testing

Quotation

Contract Signing

Contract Signing

Execute Pickup

Execute Pickup

FAQ

  • QHow do we optimize waste plastic as SRF fuel through innovation to meet environmental standards while maximizing energy efficiency?
  • QIs SRF really more environmentally friendly than traditional incineration for waste that cannot enter the recycling stream?
  • QBoth coal and SRF involve combustion, yet SRF is considered more environmentally friendly. What are SRF's environmental advantages over coal?

Contact Us

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Customer Service

Mon-Fri 8:30~17:30

0800-588717#3
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