Is burner atomization achieved through pressure difference or flow velocity?
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Is burner atomization achieved through pressure difference or flow velocity?
A larger pressure difference results in a higher flow rate, thereby improving the atomization effect
Oxygen flow rate is the main factor determining atomization in the gasification furnace, while burner pressure difference affects the atomization effect based on this.
Here, the flow rate is the main factor in atomization.
Pressure difference is equivalent to flow velocity; the greater the pressure difference, the faster the flow rate, and the better the atomization effect
A larger pressure difference results in a higher flow rate, thereby improving the atomization effect
The two are interrelated; according to the law of conservation of energy, the flow rate increases due to the pressure difference
The flow rate must be sufficient for proper atomization, and this flow rate is determined by the pressure difference inside and outside the burner.