AIPU SOLIDS CONTROL CO.,LTD—Ivy

In drilling, HDD trenchless engineering, mining and mud treatment projects,  submersible slurry pump is a key power unit in solids control systems for transporting high-solid-content media. It not only undertakes mud transfer and circulation supply tasks, but also directly affects system efficiency, equipment stability, and overall operating cost. Unlike standard centrifugal pumps,submersible slurry pumps are designed for: 1.Sand-laden and cuttings-laden drilling mud 2.Highly abrasive solid–liquid mixtures 3.High-density and high-viscosity slurries 4.Mineral slurry and tailings Therefore, they are widely used in: Oil & gas drilling, HDD trenchless projects, mining and tailings transfer, river dredging, environmental protection, and industrial sludge handling. In these demanding working environments, the slurry pump is not only a conveying device, but an essential “power heart” that ensures stable system performance. Main Functions in Solids Control Systems In drilling c...

  In oil and gas drilling operations, drilling fluid is often referred to as the “blood of drilling.”  A solid control system plays a critical role in maintaining drilling fluid performance and ensuring efficient circulation. By systematically separating and controlling solid particles in the drilling fluid, the solid control system provides strong support for safe, continuous, and cost-effective drilling operations. What Is a Solid Control System? A solid control system, also known as a drilling fluid solids control system or mud purification system , is designed to remove and control solid particles in drilling fluids, including drill cuttings, sand, silt, and other harmful solids. Through continuous and efficient treatment, a solid control system helps to: 1. Remove harmful solids from drilling fluids 2. Maintain stable rheological properties and density 3. Reduce drilling fluid consumption and operating costs 4. Enable recycling and reuse of drilling fluids 5. Ensure safe...

At drilling sites, time and efficiency often directly determine project costs. As the front-end equipment of the solids control system, the   shale shaker  is not only responsible for solid–liquid separation, but also plays a critical role in the continuity and stability of the entire drilling operation. Common Challenges at Drilling Sites 1.High sand content in drilling fluid, resulting in poor circulation performance. 2.Frequent screen clogging or damage, causing downtime for replacement. 3.Excessive load on downstream solids control equipment, increasing maintenance costs. 4.Significant drilling fluid losses, leading to higher environmental pressure Key Factors Affecting Shale Shaker Performance 1.Improper screen selection.Abnormal installation or operation of vibration motors. 2.Drilling fluid flow rate exceeding the equipment’s design capacity. 3.Lack of regular inspection and maintenance. Therefore, establishing standardized operating and maintenance procedures is essential. ...

The g as-handling equipment plays a n important role   in the solid control system.Generally speaking, The   vacuum degasser removes small bubbles, while the mud gas separator (MGS, also known as Poor Boy Degasser or Liquid-Gas Separator) is used  to handle big  bubbles. Big bubbles have strong expansion in the wellbore. If do not handle in time, they may cause a well kick   with  a serious threat to drilling safety. Therefore the mud gas separator is used as  a safety device during drilling operations. It is usually used together with the flare ignition .The flare ignition can deal with  the harmful gas which is separated from the mud, thereby it can reduc e  both environmental and safety risks. Installation site of the mud gas separator The mud gas separator is generally installed on   flat ground beside the mud tank, fixed with bolts. The mud inlet is connected to the choke manifold and controlled by a valve to ensure smooth and effi...