When it comes to pyrolysis, the choice between batch and continuous reactors can significantly impact your operations.
5 Key Differences Between Batch and Continuous Reactors for Pyrolysis
1. Operational Mode
Batch Reactors: These reactors operate in distinct cycles.
Continuous Reactors: These reactors handle materials continuously.
2. Efficiency and Output
Batch Reactors: The oil yield is typically lower, around 40%-45%.
Continuous Reactors: These offer higher oil yields, often exceeding 50%.
3. Raw Material Requirements
Batch Reactors: These have no special requirements on raw materials.
Continuous Reactors: These have higher requirements on raw materials.
4. Cooling and Discharge
Batch Reactors: The cooling and discharging process is more time-consuming.
Continuous Reactors: These can discharge carbon black at high temperatures.
5. System Design
Batch Reactors: These are simpler in design.
Continuous Reactors: These have a more complex system design.
Continue exploring, consult our experts
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