Tangshan AngXin Technology Co.,Ltd products

Solid Control Equipment

AngXin - Mud Gas Separator

The Mud Gas Separator, often referred to as a Poor Boy Degasser, is a critical piece of solid control equipment used in drilling operations for efficient gas removal. It is designed with varying vessel diameters of Ø800mm, Ø1000mm, and Ø1200mm, providing treating capacities of 240m3/h, 300m3/h, and 380m3/h, respectively. This equipment manages the treatment of drilling fluids by efficiently separating and venting gas from the mud, preventing dangerous gas buildup in the system. The Mud Gas Separator's structural dimensions, such as 1900×1900×5700mm and up to 2200×2200×6634mm, can accommodate different installation requirements. It also exhibits various weights, depending on the model, ranging from 1650kg to 3200kg, reflecting its robust construction designed to handle tough operational conditions. The Mud Gas Separator is an essential safety system in drilling operations, ensuring the integrity and efficiency of the fluid management processes.

Shale Shaker Screen and Hydrocyclone

AngXin - Model DP 600 - Pinnacle Shaker Screens for Oil and Gas Drilling

The DP 600 Pinnacle Shaker Screens are designed as replacement screens for 600 series shale shakers, accommodating models such as 616, 618, 626, and 628. These screens are configured with pinnacle panels, and feature a rapid screen tensioning system facilitated by two pairs of Rapid-Change draw bolts on each size of the screen panel. The wire mesh is made from SS304 material, ensuring durability and resistance to corrosion, typical in the high-demand environments in the oil and gas industry, particularly during drillings such as oil and gas wells. With dimensions of 626 x 710mm and a weight of approximately 5 ± 0.3 kgs, the shaker screens are constructed to withstand the rigors of drilling operations, thereby optimizing the separation of solids from drilling fluids efficiently.

AngXin - Hooker Type Wavy Shaker Screens

The Wavy Type Shale Shaker Screen is designed for effective separation of solids in drilling operations. It suits various shale shaker systems, specifically engineered for compatibility with hooker type systems. The screen features a wavy design which enhances separation efficiency, managing fine and coarse particles with a range of mesh sizes from API20 to API40. This design aids in maximizing fluid capacity, crucial in high-volume operations. Its dimensions are 1050mm in length and 697mm in width, with a side clamp height of 52mm, contributing to a precise fit in a variety of setups. Weighing 7.5 kg (13.2 lb), this screen is constructed from galvanized materials ensuring durability against harsh operating environments. The screen supports robust performance in solid control systems and is integral in maintaining fluid quality, reducing downtime, and optimizing drilling speed and efficiency, essential for maintaining drilling fluid consistency in oilfield applications.

Environmental Protection Equipment

AngXin - Model AXHGS-804 - High G Dry Shaker for Drilling Operations

The High G Dry Shaker is an advanced piece of equipment specifically designed for drying drill cuttings and waste water solids in drilling operations. It operates without the need for chemical additives, ensuring a clean and efficient process. Waste solids are initially processed by a shale shaker before being conveyed via an auger to the dry shaker for further drying. The resulting dried solids are then removed, while the water is directed to a decanter centrifuge for additional treatment. Key features include an adjustable G force of up to 8.0G, a robust sealed deck designed for a ten-year lifespan, and a stainless steel bottom deck to enhance durability. The shaker screen utilizes a frame plate design for easy replacement, and it is supported by high-quality vibration motors from Martin or Oli. Electrical controls by renowned brands such as Siemens, Schneider, and ABB ensure reliability. The shaker's hopper design reduces height, facilitating feed conveyors and enhancing overall operational efficiency.