15kw Power Drilling Mud Pump For Drilling Rig Water Circulation

BW250 Mud Pump Selling Point

1. 100% Brand New: This BW250 mud pump is brand new and of high quality, built with durable components and designed for efficient performance in various drilling applications. Its robust construction enables it to withstand heavy-duty operations in the mining industry as well as in wastewater and water treatment solutions. Enjoy the peace of mind that comes with owning a reliable and long-lasting product.

2. Customizable Options: The BW250 mud pump offers flexibility through customizable horsepower, pressure, cable length, outlet size, and voltage, allowing you to tailor the unit to your specific drilling needs. This adaptable feature ensures maximum efficiency in various drilling situations.

3. Multiple Power Sources: Choose from electric, diesel, or hydraulic motor power sources to operate the BW250 mud pump, providing convenience and flexibility in diverse drilling environments. This energy-efficient pump is suitable for use in both on- and off-grid settings.

4. Environmental Applications: The BW250 mud pump is an ideal solution for various industries, including mining, wastewater treatment, and water treatment solutions. Its high efficiency and durability make it an optimal choice for drilling operations requiring drilling mud and a stable drilling mud pump. Utilize this versatile product to contribute to a cleaner environment and promote sustainable practices in your drilling operations.

Extend the service life of BW250 mud pump, as follows

1. Correct installation and debugging

Installation environment: Choose a dry, well ventilated, and solid foundation installation location to avoid adverse environmental effects such as moisture and dust on the mud pump, and to prevent equipment damage caused by vibration due to unstable foundation. At the same time, it is important to ensure that there is sufficient space around for easy operation and maintenance.
Pipeline connection: When installing the inlet and outlet pipes, it is necessary to ensure that the pipeline connection is firm and well sealed to avoid affecting the working efficiency and service life of the mud pump due to pipeline leakage. The layout of pipelines should minimize bending and resistance to ensure smooth flow of mud.
Installation accuracy: During the installation process, it is necessary to strictly follow the requirements of the equipment installation manual to ensure the installation accuracy of the mud pump, such as levelness, concentricity, etc., to prevent abnormal wear and vibration caused by installation errors during equipment operation.
Debugging and running: After installation, conduct comprehensive debugging work. Check whether the installation of each component is correct, whether the addition of lubricating oil and grease meets the requirements, and whether the electrical system is normal. Run the equipment without load for a period of time, observe whether there are any abnormal sounds, vibrations, or heating, and ensure that the equipment is running normally before putting it into formal use.

2. Reasonable use

Medium selection: Ensure that the transported mud meets the requirements of the mud pump, and the viscosity, particle size, sand content, and other parameters of the mud should be within the specified range. Avoid conveying mud that is too thick or contains large particles or sharp impurities, in order to avoid increasing pump load and wear.
Operating parameters: Strictly operate according to the rated parameters of the mud pump, and do not operate under excessive pressure or flow. According to actual work requirements, adjust the pump speed and pressure reasonably to avoid prolonged operation under extreme conditions and reduce equipment fatigue wear.
Start stop operation: Before starting, check whether all parts of the equipment are normal, close the valve of the discharge pipeline, open the valve of the suction pipeline, and ensure that the suction pipeline is filled with liquid. When starting, the speed should be slowly increased and gradually adjusted to normal working condition after the equipment runs stably. When stopping the machine, gradually reduce the speed, close the discharge pipeline valve, and then stop the motor operation to avoid sudden start stop impact on the equipment.
Avoid dry running: During operation, ensure that the suction port of the mud pump is always below the mud level to prevent dry running of the pump. Dry running may cause damage to components such as pistons and cylinder liners due to overheating, seriously affecting the service life of the equipment.

3. Regular maintenance

Comprehensive inspection: Conduct a comprehensive inspection and maintenance of the mud pump at regular working hours or operating mileage. In addition to routine maintenance tasks, it is also necessary to conduct non-destructive testing on important components such as crankshafts, connecting rods, crossheads, and piston rods to check for potential defects such as cracks.
Component replacement: Timely replace vulnerable components such as pistons, cylinder liners, inlet and outlet valves, seals, etc. based on the wear and tear of the equipment and its service life. Do not wait until the components are completely damaged before replacing them, in order to avoid affecting the normal operation of the equipment and the service life of other components.
Performance testing: Regularly test the performance of the mud pump, such as flow rate, pressure, volumetric efficiency, etc., to understand the operating status of the equipment. If performance degradation is found, the cause should be analyzed in a timely manner and corresponding measures should be taken to repair it.