To assist clients in evaluating the feasibility of oil sludge pyrolysis projects, Beston Group’s technical team conducted standardized tests on various oil sludge samples from 2023 to 2025, accumulating a database of core performance parameters. All experiments were conducted independently by our quality inspection department, ensuring the rigor and reference value of the monitoring data.
Methodology during Tests
- Subject each oil sludge sample to controlled oil sludge thermal desorption (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
Due to the complex nature and diverse origins of oil sludge, oil yields can vary significantly between samples. The data below is for reference only. To determine the precise oil yield of your specific material, we invite you to contact us for a professional laboratory test.
Oil-based Mud Pyrolysis to Oil Test on 2025-12-15
On December 15, 2025, a composite sample of oil-based mud (OBM) drilling waste mixed with plastics was delivered to Beston Group’s technical center for an oil yield pyrolysis test.
- Material: oil-based mud with plastic
- Sampling weight: 150g
- Reaction time: 2 h 58 min
- Temperature: 347°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Oil | 37g | 24.67% |
| Slag | 38g | 25.33% |
| Water | 33g | 22% |
Oil-based Cuttings Pyrolysis to Oil Test on 2025-12-09
On December 09, 2025, a composite sample of oil-based cuttings was delivered to Beston Group’s technical center for an oil yield pyrolysis test. This trial was specifically conducted to support the client’s primary goal of oil-contaminated soil remediation through advanced thermal desorption.
- Material: Oil-based cuttings
- Sampling weight: 300g
- Reaction time: 2 h 44 min
- Temperature: 268°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Oil | 22g | 7.33% |
| Slag | 259g | 86.33% |
| Water | 8g | 2.67% |
Oil-based Cuttings Pyrolysis to Oil Test on 2025-10-15
On October 15, 2025, a representative mixture of centrifuged oily sludge with complex origins, sourced by a waste management company, was delivered to Beston Group’s technical center for an oil yield pyrolysis test. The trial successfully yielded distinct fractions of light and heavy pyrolysis oil, using 200°C as the separation threshold.
Specific Experimental Data
- Material: Oil sludge
- Sampling weight: 450g
- Reaction time: 2 h 17 min
- Temperature: 334°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Light pyrolysis oil (< 200°C) | 28g | 6.22% |
| Heavy pyrolysis oil (> 200°C) | 289g | 64.22% |
| Slag | 27g | 6.00% |
| Water | 48g | 10.67% |
Tank Bottom Sludge Pyrolysis to Oil Test on 2025-01-23
On January 23, 2025, Beston Group’s technical center in Jiaozuo received a tank bottom sludge for a pyrolysis performance test. Verified by the quality control team, this evaluation focused specifically on determining the sample’s oil yield potential through our pyrolysis system.
- Material: tank bottom sludge
- Sampling weight: 213g
- Reaction time: 1 h 25 min
- Temperature: 322°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Oil | 125g | 58.7% |
| Slag | 8.5g | 4.00% |
| Water | 65g | 30.5% |
- Material: tank bottom sludge
- Sampling weight: 200g
- Reaction time: 3 h 30 min
- Temperature: 283°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Oil | 90.5g | 45.25% |
| Slag | 21g | 10.5% |
| Water | 66.5g | 33.25% |
Oil Sludge Pyrolysis to Oil and Distillation Test on 2023-10-18
On October 18, 2023, Beston Group received an oil sludge sample for a two-stage test. Our technical team performed the pyrolysis process followed by a distillation test on the material.
- Material: oil sludge
- Sampling weight: 400g
- Reaction time: 1 h 20 min
- Temperature: 372°C
| Composition | Unit/g | Ratio/% |
|---|---|---|
| Oil | 255g | 63.75% |
| Slag | 72g | 18% |
| Loss | 73g | 18.25% |