Deep well drilling typically requires a five-stage solids control system. Today, HL Petroleum will introduce the solids control equipment for each stage of this system. The particle size to be removed at each stage determines the required equipment. The deep well drilling fluid solids control system employs a five-stage process, as follows: Level 1 Solids […]

We make the atmospheric pressure, hydrogen sulfide-resistant mud gas separator for drilling fluid from high-quality materials. It effectively prevents the corrosion of harmful gases, ensuring safe production for both personnel and machinery. When drilling fluid experiences gas intrusion, its specific gravity and viscosity deviate significantly, failing to meet drilling requirements; in severe cases, if not

Flare Ignition Device Operating Instructions Step 1: Connect the ignition device’s air, oil, and electrical circuits. Connect the control box’s high-voltage output to the cable reel, which in turn connects the cable reel to the high-voltage transformer. Connect the 220V power input to the charging port. Step 2: Test the air and oil lines to

A drilling fluid mud gas separator is a specialized device for the primary degassing of gas-invaded drilling fluid. It is primarily used to remove large bubbles (approximately 3 to 25 mm in diameter) from gas-invaded drilling fluid. These large bubbles are the expanding gases that fill a certain section of the wellbore annulus and pose

Shear pumps provide high shear efficiency and function as solids control equipment for polymer dilution and hydration. High molecular weight polymers used in slurries are high, making them difficult to hydrate if added directly. Therefore, pre-shearing is required. Shear pumps offer high displacement and head, meeting the requirements of slurry preparation and processing. 1. Packing