Pyrolysis Oil derived from plastic waste is a hydrocarbon-rich liquid fuel produced through the thermal decomposition of waste plastics in the absence of oxygen. This process converts non-recyclable plastic materials into a valuable alternative fuel and industrial feedstock. With a density of approximately 0.800 g/cm, plastic pyrolysis oil is widely used in industrial heating systems, power generation, fuel blending, and chemical processing industries.

The product is known for its high calorific value, cost efficiency, and ability to support sustainable waste management practices by converting plastic waste into usable energy resources.

Key Specifications

Parameter	Specification
Product Name	Plastic Pyrolysis Oil
Appearance	Dark Brown to Black Liquid
Density	0.800 g/cm
Odor	Characteristic Hydrocarbon Odor
State	Liquid
Feedstock	Waste Plastic Material
Process	Pyrolysis Technology
Calorific Value	High Energy Fuel
Solubility in Water	Insoluble
Flash Point	Moderate
Sulfur Content	Low to Moderate
Storage Condition	Cool, Dry & Ventilated Area

Applications

Industrial Fuel

Used as an alternative industrial fuel in boilers, furnaces, kilns, and heating systems due to its high energy content.

Power Generation

Suitable for use in generators and power plants after proper filtration and processing.

Fuel Blending

Can be blended with furnace oil, diesel, or heavy fuel oil for industrial applications.

Chemical Industry

Used as a raw material in chemical manufacturing and refinery processes.

Waste-to-Energy Projects

Widely utilized in sustainable waste management and energy recovery systems.

Marine & Heavy Industries

Applicable in certain marine and heavy industrial operations after refining and treatment.

Functions

Energy Recovery

Converts waste plastic into valuable liquid fuel with high combustion efficiency.

Alternative Fuel Source

Acts as a substitute for conventional fossil fuels in multiple industrial sectors.

Resource Utilization

Promotes effective utilization of non-recyclable plastic waste.

Thermal Energy Production

Provides stable heat generation for industrial operations.

Feedstock for Refining

Can be further refined into diesel-like fuels and petrochemical products.

Benefits

Cost Effective

Provides a more economical fuel alternative compared to conventional industrial fuels.

Environmental Support

Helps reduce plastic waste accumulation and supports circular economy initiatives.

High Calorific Value

Delivers efficient combustion and strong energy output.

Waste Reduction

Contributes to reduction of landfill waste and environmental pollution.

Industrial Efficiency

Supports uninterrupted industrial heating and energy operations.

Sustainable Energy Solution

Encourages energy recovery from waste materials and reduces dependence on crude oil.

Easy Storage & Transportation

Liquid form and moderate density allow convenient handling and transportation.