Every pumping operation presents its own challenges. Horizontal well dewatering adds another layer of complexity, particularly in remote locations without access to utility power. Operators need equipment capable of maintaining a steady, controlled flow while standing up to changing field conditions and demanding environments.
The project called for a low-flow pumping solution capable of delivering consistent performance without the high flow rates associated with traditional electric submersible pumps. Those systems also require electrical power inside the well casing, adding unnecessary complexity to this installation. The goal was dependable equipment that could deliver consistent output, simplify maintenance, and operate reliably in a remote location.
SELECTING THE RIGHT EQUIPMENT
To meet those requirements, the site implemented a Blackhawk top-head drive positive displacement piston pump system featuring a 101-piston pump with V2, Apollo, and Anchor top-head drive components. This approach was selected specifically for its ability to provide controlled, low-flow pumping while accommodating the unique demands of horizontal well pumping.
Power availability was another important consideration. With no utility power available at the wellhead, the pump operates using solar power. This approach allows pumping to continue, helping maintain a predictable operating schedule even when sunlight is limited.
Serviceability also played a key role in the overall design. Positioning the drive motor above the well allows maintenance to be completed without opening the well head, reducing service time and minimizing interruptions to daily operation.
CONSISTENT PERFORMANCE IN THE FIELD
The Blackhawk solution provides dependable output whether operating on solar or generator power.
Performance highlights include:
Approximately 400 gallons pumped during an 8-hour day using solar power
Reliable low-flow pumping in remote applications without utility power
Beyond daily production, the equipment offers operational advantages that support long-term performance. It pumps effectively in both horizontal and vertical applications while maintaining a consistent flow rate regardless of changes in liquid level in the well, head pressure, or positive and negative pressure conditions in the well. Remote telemetry is available to give operators the ability to monitor pump performance without frequent site visits.
WHY POSITIVE DISPLACEMENT PUMPING MAKES A DIFFERENCE
Not every pumping technology is suited for horizontal well dewatering. Operations that require controlled, low-flow pumping benefit from equipment designed to move fluid at a consistent rate rather than pumping as quickly as possible.
Blackhawk’s positive displacement piston pump technology provides that level of control while accommodating challenging site conditions. Combined with flexible power options and simplified service, it delivers dependable performance in remote sites where reliability is essential.
BUILT FOR DEMANDING FIELD CONDITIONS
Successful dewatering begins with equipment that’s matched to the job. Blackhawk’s piston pump combines precise low-flow pumping, flexible power options, and simplified maintenance in a solution engineered for remote horizontal well installations.
Whether operating on solar or generator power, the system maintains steady performance while helping reduce service demands and supporting consistent field performance. When reliability matters, operators need equipment built to keep horizontal well pumping moving, day after day.
