Pyrolysis Oil Distillation Plant
For the working process of this waste oil recycling plant, firstly, the cold materials (waste motor oil) will have a heat exchange with the gas phase group in the top tower, and then enter the heater for second heating, dewatering, and deodorization under the help of duct gas. After having reached the technical standards, the materials will go into the pyrolysis reactor for cracking. Then the vaporized gas enters the distillation tower, which automatically controls the oil color and quality by adjusting the reflux ratio. The gasoline components will be discharged form top tower and collected into a gasoline and diesel receiving tank through a condenser, and the diesel component will be collected into a diesel receiving tank. The non-condensable gas produced in the distillation process will pass through the water seal device and flame arrester and finally be used as fuel in the furnace, both preventing pollution and saving the energy effectively.
| Model | ||||
| Raw materials | waste plastic, waste rubber, waste tires | waste plastic, waste rubber, waste tires | waste plastic, waste rubber, waste tires | waste plastic, waste rubber, waste tires |
| Structure | horizontal type with tower | horizontal type with tower | horizontal type with tower | horizontal type with tower |
| Heating method | direct heating | direct/indirect heating | direct/indirect heating | direct/indirect heating |
| Processing volume (at least) in 24 hours | 10t raw materials | 20t raw materials | 30t raw materials | 50t raw materials |
| Working style | intermittent | continuous | continuous | continuous |
| Working pressure | negative pressure | negative pressure | negative pressure | negative pressure |
| Oil yield (at least) | 80% | 80% | 80% | 80% |
| Power | 22.7kw | 31kw | 40.0kw | 50.0kw |
| Cooling method | water cooling | water cooling | water cooling | water cooling |
| Cooling water circulation (T/h) | 40 | 60 | 80 | 100 |
| Installation | guidance is offered at the construction site | guidance is offered at the construction site | guidance is offered at the construction site | guidance is offered at the construction site |
| Noise dB (A) | ≤85 | ≤85 | ≤85 | ≤85 |
| Production cycle | 30 days | 40 days | 40 days | 40 days |
1. Advanced Technique
This distillation plant is efficient in both economic and ecological benefits, helping to dramatically save the production cast and equipment investment, as well as simplify operation.
2. High Resource Utilization
In the oil distillation process, heat exchange is conducted continuously for several times for the products and raw materials, realizing a recycling of thermal energy.
3. Energy Saving & Environmentally Friendly
For the consideration of both saving energy and preventing pollution, the refining equipment lets the non-condensable gas to be burnt as fuel in the furnace.
4. Good Oil Quality
The distillation plant is able to adjust the reflux ratio as it runs, ensuring the color of oil.
5. High Automation
The high automation of the oil distillation plant makes it easy-operated and saves a lot labor cost.
6. Low Noise
During the running process of the distillation plant, the noise is no more than 65dB. No smoke will be produced.
- Tire oil
- Final base oil
