Test Reports

Plastic Pyrolysis to Oil Product Test Reports

Every year, Beston Group’s technical team conducts a series of tests on pyrolysis products from various plastic materials. This aims to provide reference data for investors. All plastic samples were sent to Beston quality testing department for testing. Professional engineers with over 10 years of experience follow standardized methodology to ensure data accuracy and reliability.

Methodology during Tests

  • Subject each plastic sample to controlled plastic pyrolysis conditions.
  • Record the time, flue gas temperature and oil production changes for each sample.
  • Measure the weight and yield of the pyrolysis products to assess product efficiency.

Conclusion from Tests

  • HDPE plastics have the highest oil yield, exceeding 85%.
  • LDPE plastics have an oil yield of approximately 80%.
  • PP plastics have a medium-to-high oil yield, around 70%.
  • Mixed plastic waste from bottle caps shows a relatively high oil yield of 80%; however, due to the diverse composition of mixed plastics, this value is for reference only.

Mixed Plastic Waste Pyrolysis to Oil Test on 2026-08-20

On August 20, a sample of mixed plastic waste was submitted to Beston Group’s manufacturing base in Jiaozuo, China, for performance testing.

Raw Material: Mixed plastic waste
Plastic pyrolysis oil
  • Material: A sample of mixed plastic waste
  • Sampling weight: 300 g
  • Reaction time: 3 h 09 min
  • Temperature: 403°C
Table: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 200g 66.67%
Residue 11g 3.67%
Pyrolysis Gas 89g 29.67%

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Automotive Plastics Pyrolysis to Oil Test on 2026-05-13

In May 2026, the technical team conducted comparative pyrolysis experiments (thermal pyrolysis vs catalytic pyrolysis) on two batches of end-of-life automotive plastics at Beston Group’s production base.

Raw Material: Automotive plastic
Plastic oil from thermal pyrolysis
  • Material: A sample of automotive plastics
  • Sampling weight: 150 g
  • Reaction time: 2 h 32 min
  • Temperature: 337°C
Table 1: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 99g 66.00%
Residue 27g 18.00%
Pyrolysis Gas 24g 16.00%

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Raw Material: Automotive plastic
Plastic oil from catalytic pyrolysis
  • Material: Another sample of automotive plastics
  • Sampling weight: 150 g
  • Reaction time: 1 h 35 min
  • Temperature: 220°C
Table 2: Catalytic Pyrolysis Results
Composition Unit/g Ratio/%
Oil 81g 54.00%
Residue 31g 20.67%
Pyrolysis Gas 38g 25.33%

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Recycled Plastic Waste Pyrolysis to Oil Test on 2026-01-20

On January 20, 2026, a mixed plastic waste sample was sent to Beston Group’s manufacturing base in Jiaozuo, China, for testing. The quality testing department conducted pyrolysis tests.

Raw Material: Recycled plastic waste
Plastic oil from thermal pyrolysis
Plastic oil from catalytic pyrolysis
  • Material: Recycled plastic waste
  • Sampling weight: 120 g
  • Reaction time: 1 h 37 min
  • Temperature: 299°C
Table 1: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 88g 73.33%
Residue 13g 10.83%
Pyrolysis Gas 19g 15.83%

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  • Material: Recycled plastic waste
  • Sampling weight: 120 g
  • Reaction time: 1 h 22 min
  • Temperature: 277 °C
Table 2: Catalytic Pyrolysis Results
Composition Unit/g Ratio/%
Oil 83g 69.17%
Residue 7g 5.83%
Pyrolysis Gas 30g 25.00%

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Plastic Bottle Cap Pyrolysis to Oil Test on 2025-07-08

On July 8, 2025, a mixed plastic waste sample (specifically bottle caps) was sent to Beston Group’s manufacturing base in Jiaozuo, China, for testing. The quality testing department conducted pyrolysis tests.

Material: Mixed plastic waste from bottle caps
Plastic oil from thermal pyrolysis
Plastic oil from catalytic pyrolysis
  • Material: Bottle caps (mixed plastic)
  • Sampling weight: 200 g
  • Reaction time: 1 h 14 min
  • Temperature: 378 °C
Table 1: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 173g 86.50%
Residue 4g 2.00%
Pyrolysis Gas 23g 11.50%

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  • Material: Bottle caps (mixed plastic)
  • Sampling weight: 200 g
  • Reaction time: 1 h 5 min
  • Temperature: 314 °C
Table 2: Catalytic Pyrolysis Results
Composition Unit/g Ratio/%
Oil 160g 80.00%
Residue 8.5g 4.25%
Pyrolysis Gas 31.5g 15.75%

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LDPE Pyrolysis to Oil Test on 2025-07-01

On July 1, 2025, an LDPE plastic sample was submitted to the manufacturing base of Beston Group in Jiaozuo, China for performance testing.

Raw Material: LDPE plastic mulching film
Plastic oil from LDPE pyrolysis
  • Material: LDPE plastic mulching film (pure)
  • Sampling weight: 80 g
  • Reaction time: 1 h 14 min
  • Temperature: 337 °C
Table: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 200g 80.00%
Residue 11g 5.00%
Pyrolysis Gas 1g 15.00%

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HDPE Pyrolysis to Oil Test on 2024-12-28

On December 28, 2024, an HDPE plastic sample was sent to Beston Group’s manufacturing base in Jiaozuo, China, for testing. The quality testing department was responsible for the pyrolysis tests and analysis.

Raw Material: HDPE plastic granules
Plastic oil produced from thermal pyrolysis
Plastic oil from HDPE catalytic pyrolysis
  • Material: HDPE plastic granules
  • Sampling weight: 200 g
  • Reaction time: 1 h 15 min
  • Temperature: 385 °C
Table 1: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 172g 86.00%
Residue 4g 2.00%
Pyrolysis Gas 24g 12.00%

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  • Material: HDPE plastic granules
  • Sampling weight: 180 g
  • Reaction time: 2 h 33 min
  • Temperature: 306 °C
Table 2: Catalytic Pyrolysis Results
Composition Unit/g Ratio/%
Oil 158.5g 88.06%
Residue 2.5g 1.39%
Pyrolysis Gas 19g 10.56%

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PP Pyrolysis to Oil Test on 2024-02-23

On Febrarury 23, 2023, the manufacturing base of Beston Group in Jiaozuo received an PP plastic sample for performance testing. The quality testing department was responsible for this work.

Raw Material: PP plastic granules
Plastic oil from PP pyrolysis
  • Material: PP plastic granules
  • Sampling weight: 200 g
  • Reaction time: 1 h 30 min
  • Temperature: 323 °C
Table: Thermal Pyrolysis Results
Composition Unit/g Ratio/%
Oil 141.5g 70.75%
Residue 25.5g 12.75%
Pyrolysis Gas 33g 16.5%

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