Feasibility of Waste Plastic to Oil Project

1. Technical Feasibility

• Waste plastic is derived from petroleum. Through high-temperature pyrolysis, it can be converted into fuel oil, combustible gas and carbon black.

• Mature and stable technology, with oil yield reaching 50%–75% for pure PE/PP plastics.

• Equipment is reliable, easy to operate and maintain.

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2. Economic Feasibility

• Low raw material cost with abundant and cheap waste plastic supply.

• High-value end products including fuel oil and carbon black with stable market demand.

• Short payback period, generally 1–2 years for small and medium-sized projects.

• Profitable per ton under proper operation management.

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3. Market Feasibility

• Strong and sustained demand for industrial fuel oil, diesel blending oil and heat transfer oil.

• Carbon black can be used as fuel or reinforcing filler with wide applications.

• Global energy shortage supports long-term market potential.

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4. Environmental Feasibility

• Effectively treats white pollution and reduces landfills and incineration.

• Equipped with flue gas purification, desulfurization and dust removal systems to meet emission standards.

• Aligns with global policies on waste recycling, energy conservation and emission reduction.

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5. Risk Analysis

• Main risks: unstable raw material supply, environmental compliance, fuel oil sales channels.

• Risks can be effectively controlled through standardized operation and reasonable site selection.

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