How does a coal gas roots blower work?

A coal gas roots blower works by pumping air or gas through a set of lobed rotors that rotate in opposite directions. This creates a positive displacement, meaning a consistent volume of air or gas is moved with each rotation of the rotors. Here is a step-by-step explanation of how a coal gas roots blower works:

1. Air or gas is drawn into the inlet port of the blower.

2. As the rotors turn, the lobes on each rotor trap the air or gas between them and the blower housing. This creates pockets of air that are carried between the rotors and the blower housing, and are forced out through the outlet port.

3. The rotors continue to turn, creating a continual flow of air or gas through the blower. Because of the lobed shape of the rotors and the housing, there is no leakage back to the inlet port.

4. Because the rotors are synchronized, the blower can create a consistent volume of air or gas flow regardless of the pressure or resistance to flow. This makes it useful in a variety of industrial and commercial applications, such as pneumatic conveying, wastewater treatment, and HVAC systems.

In summary, a coal gas roots blower works by using synchronized, lobed rotors to create a consistent flow of air or gas. This positive displacement method allows for efficient and reliable flow, making it a versatile tool in various industries.

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