- Pyrolysis involves heating and
decomposing mixed plastics in the absence of oxygen.
-
Three recycling procedures are pyrolysis,
fluidized bed recycling and free fall recycling
-
Pyrolysis processes can be classified
according to the type of reactor used. Fluidized bed reactors are widely
accepted and utilized because they have excellent heat and mass transfer
characteristics and maintain a highly uniform temperature across the
fluid bed
- Pyrolysis method can
convert polyolefins and polystyrene to liquid hydrocarbon products with
a yield of at least 70%.
- 30 Tons/ Day Plants are offered by a
technology company
- The results
of a feasibility study for a demonstration plant for the liquefaction of
waste plastic
and tires and the co processing of these waste polymers with coal are
explained - It is claimed that
775 liters of crude oil can be produced for every ton of typical plastic
waste processed. System capacity can range from 200 tons to 400 tons of
plastic wastes processed per month. Overall plant capacity can be easily
scaled up by adding additional modules.
-
Systems initially available operated on a
types of high temperature pyrolysis, these systems may produce dioxins
and furanes and are relatively expensive to run due to the heat
required. More recently systems believed to operate pressure less,
closed loop and at low temperatures without toxins
-
According to some consultants, 3 Tons /
day plant is to produce about 2500 litres of fuel oil, 150 kgs of carbon
black & 400 kgs of hydrocarbon gas requires an investment of about INR 2
Crores. The project payback period will be 3 years
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General
- Plastic Recycling
- Value from the Waste
- Turning mixed plastic wastes into a
useable liquid fuel
Process
- Three recycling processes: pyrolysis,
fluidized bed recycling and free fall recycling
-
Developing the Process
-
The Pyrolysis of Plastic Materials
-
Co processing of waste scrap plastic with
Coal & Petroleum residuum
- Microwave frequencies
to extract oil and gas from plastics
-
Liquid products from biomass/plastic
mixtures
- Conversion of waste
plastic to Lubricating Base Oil
- Recycling of Polyolefin by Pyrolysis
Project Information
- Plastic Pyrolysis Project Information
-
Feasibility Study for a Demonstration Plant
for Liquefaction and Coprocessing of Waste Plastic and Tires
-
Project Development
-
Oil Extracting Machine Using Waste Tyre & Plastic
-
Equipment Supplier
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Technology
& Sources
- Pyrolysis of Plastic Waste
- Waste plastics to diesel fuel
- Scrap Tire & Plastic Processing Advanced
Pyrolysis Technologies
- Technology Brief
- Technology Company
- Company from China
- Company in the USA
Company profiles & Consultants
- ThermoFuel plastics to diesel system
-
Company Annual Report
-
American Company
- Technology Offer
- Plastic to Diesel -
technology source
-
Company in the USA
Applications
- Municipality plastic waste utilization
Reports
- Technologies for the
Identification, Separation and Recycling of Automotive Plastics
-
Plastic Waste Management
-
Pyrolyses of the Various types of Fuels
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