APZCQ Vacuum Degassing System For Well Drilling Mud Process 360m3/H

APZCQ Vacuum Degasser For Different Well Drilling Mud Process With 360m³/h Capacity

Summary of APZCQ vacuum degasser 

APZCQ series Vacuum Degasser is a special-purpose device and a new type one for the treatment of gas in the drilling fluids. It can get rid of various gas of invasive drilling quickly. Vacuum degasser is very important for returning mud gravity, stabilizing mud viscosity and reducing drilling cost. Also, at the same time vacuum degasser can be used as a heavy-power agitator and supported applicable to all types of mud circulation purification system. The vaccum degasser design of the structure is scientific and rational. So we are able to achieve an effective gas-liquid separation, filter out impurities and to ensure that the exhaust pipe is always smooth 

In drilling mud cleaning system, vacuum degsser is the 2nd purification equipment. It is set after shale shaker prior to desilter or mud cleaner. It is used as gas separator and the large powerful agitator.

Per different capacity, we produce 4 main popular type of vacuum degasser. APZCQ240,270, 300,360. Aipu degasser is self-suction type we don't need extra feeding pump for degasser during operation. Furthermore, Aipu is able to provide customization service. The degasser can be horizontal or vertical type, it can be self-suction type or the pump feeding type.

The function of vacuum degasser is breaking the air and gas out, such as methane, H2S, and CO from the mud to the surface. Usually, fluid is sucked from shaker tank under vacuum force. Furthermore, vacuum degasser plays the role of agitation on drilling fluid. Based on universal design, Aipu vacuum degasser can be customized according to your practical demand.

Technical parameters of APZCQ vacuum degasser

APZCQ vacuum degasser features and advantages

• Scientific reasonable design for the structure, it can get effective gas fluids separation, filter out impurities to guarantee vent pipe always clear.

• Adopt belt drive, avoid the complication of the reducing gear, ensure the long working time without trouble.

• The water circle type of vacuum pump is always at a constant temperature, applies to pump the flammable and explosive.

• High degassing efficiency, up to 95%.

• There is a gas-water separator in vacuum degasser, which can avoid the gas and fluids are all removed together,and also can supply water for vacuum pump, saving water and environment-friendly.

Principle and application of APZCQ vacuum degasser

Vacuum degasser utilizes negative pressure by the vacuum pump to withdraw entrained gases from the mud. In order for this to work, mud is pumped through a venturi, which develops a negative pressure in the vessel by vacuum pump, thus sucking mud into the unit. The choice between horizontally- or vertically-mounted units are typically based on the footprint requirements of the specific rig.

Vacuum Degasser is a special-purpose device and a new type one for the treatment of gas in the drilling fluids. It can get rid of various gas of invasive drilling quickly. Vacuum degasser is very important for returning mud gravity, stabilizing mud viscosity, and reducing drilling costs. Also, at the same time vacuum degasser can be used as a heavy-power agitator and supported applicable to all types of mud circulation purification systems.

How to choose vacuum degasser

Mud flow: According to whole mud system flow rate or mud pump flow.
Type: Vertical type or horizontal type.
Design: Common self-suction or feed pump requested.
Space: The space for degasser installation.

AIPU solids control services

1. We possess a 24 hr response system to provide convenient, fast, and effective pre-sale, during sale and after-sale service.
2. Our promise: Any equipment sold by AIPU at any place in the world, we will provide after-sale service promptly and efficiently. Any equipment component damaged by manufacturing defect or quality problem during the warranty period, AIPU will bear the direct cost of the damaged parts.
3. Warranty period: 18 months from the day that the unit leaves factory or 12 months from the date that the unit is put into use (choose the earliest one which comes to an end as the calculation standard).