FAQ

Centrifuges are core equipment in drilling solids control systems, enabling precise solids control. They primarily separate fine solid particles (typically 2-74µm in diameter) from drilling fluids that conventional solids control equipment (such as shale shakers, desanders, and desilters) cannot remove. HL Petroleum’s centrifuges excel in drilling solids control systems, ensuring stable drilling fluid performance, protecting […]

What is the function of a desander in the drilling mud system? Desanders in drilling mud systems primarily separate 47-76 micrometer solid particles (such as sand and drill cuttings) from the drilling mud, protecting equipment and stabilizing mud performance. The function of a desander in the drilling mud system Removing Sand-Grade Solids: Removes 20-74μm sand

Introduction to Oil Drilling Solids Control Systems The solids control system uses a manifold to systematically connect four levels of separation equipment (shale shaker, degasser, desanding, desilting, and centrifuge), security equipment, and auxiliary equipment based on their separation effects. 1. Primary Separation (Shale Shaker) Drilling fluid carrying drill cuttings, held by a mud tank, first

Mud tanks are indispensable equipment in oil drilling. The purpose of the drilling equipment’s surface fluid handling system is to provide sufficient treated drilling fluid for drilling operations. The drilling fluid circulation system must have enough space to handle and balance the drilling fluid above the suction line, thus ensuring the wellbore fills with fluid

What is a shale shaker in oil and gas? Shale shakers are fundamental equipment in the solids control system of drilling fluids in the oil and gas industry. They primarily separate solid particles (such as cuttings or mud) from drilling fluid to maintain its integrity and efficiency and protect downstream equipment. Core Functions Solid-Liquid Separation:

Solids control equipment is a key piece of equipment used in drilling engineering to separate solid particles from drilling fluids. Its main purpose is to remove harmful solid phases and preserve useful solid phases to meet the performance requirements of drilling processes for drilling fluids. Core Functions: Reducing drilling torque and friction, minimizing annular pressure