China EAC Certified Large Capacity Vertical Centrifugal Degasser - Suppliers & Factory for Efficient Fluid Processing
Introduction to Centrifugal Degassers
Centrifugal degassers, also known as atmospheric degassers, are highly efficient devices that remove gas from gas cutting mud by accelerating the fluid through the impeller of an immersed centrifugal pump. APLCQ300 Centrifugal Degasser|Atmospheric Degassers have many advantages, although the processing efficiency is almost the same at over 85%. Often installed after shale shakers, degassers are widely used in a variety of solids control systems and are important for recovering mud weight, stabilizing mud viscosity properties, and reducing drilling costs.
Operational Mechanism of APLCQ300
The APLCQ300 Centrifugal Degasser | Atmospheric Pressure Degasser accepts any fluid weight or mud viscosity and features a simple on/off switch for quick startup and shutdown. At startup, drilling fluid enters the submerged impeller and rises to the elevated spray tank. A circular disk, known as a splash plate, rotates and converts the fluid into a high-speed sheet. This sheet then strikes the bowl wall with sufficient force to separate the gas from the fluid. The degassed fluid flows downstream through the exhaust pipe.
Frequently Asked Questions
What is a centrifugal degasser?
Also known as an atmospheric degasser, it is an efficient device designed to remove gas from gas-cut drilling mud by accelerating the fluid through an immersed centrifugal pump impeller.
What is the processing efficiency of the APLCQ300 Centrifugal Degasser?
The APLCQ300 Centrifugal Degasser features a high processing efficiency of over 85%.
Where is the degasser typically installed in a solids control system?
It is commonly installed immediately after the shale shakers in the solids control system sequence.
What are the primary benefits of using this atmospheric degasser?
It plays a critical role in recovering mud weight, stabilizing mud viscosity properties, and ultimately reducing overall drilling costs.
How does the gas separation process work inside the unit?
The drilling fluid enters a submerged impeller and rises to a spray tank. A rotating splash plate converts the fluid into a high-speed sheet that strikes the bowl wall, forcing the gas to separate from the fluid before the degassed mud flows out through the exhaust pipe.
Can the APLCQ300 handle high viscosity muds?
Yes, the APLCQ300 Centrifugal Degasser is designed to accept any fluid weight or mud viscosity and features a simple on/off switch for easy startup and shutdown.
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Features of AIPU Shale Shaker
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Shale Shaker Technical Parameters
| Model | Hunter-MG3 | Hunter-MG4 | Hunter-MG5 | Hunter-Mini | Hunter-MG4V | Hunter-MG5V | Hunter-MG4D | Hunter-MG4T |
| Capacity | 120m³/h | 140m³/h | 180m³/h | 50m³/h | 120m³/h | 120m³/h | 280m³/h | 420m³/h |
| Screen Area | 2㎡ | 2.7㎡ | 3.8㎡ | 1.35㎡ | 2.7㎡ | 2.8㎡ | 5.4㎡ | 8.1㎡ |
| Screen No. | 3 | 4 | 5 | 2 | 4 | 5 | 8 | 12 |
| Motor Power | 2x1.5 | 2x1.72 | 2x1.94 | 2x0.75 | 2x1.72 | 2x1.94 | 2x2x1.72 | 3x2x1.72 |
| Deck Angel | -1 to +5° | -1 to +5° | -1 to +5° | 0° | -1 to +5° | -1 to +5° | -1 to +5° | -1 to +5° |
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Customer Cases
