An agricultural cooperative in eastern Bolivia initiated a groundwater development project to support irrigation for small and medium-sized farms. The wells were designed to operate year-round under variable soil conditions, requiring casing pipes with good structural strength, corrosion resistance, and long service life.
Location:Bolivia
Time: July 2021 – April 2022
Products Supplied: PVC-U Well Casing Pipes and Accessories
EXLON PIPE provided PVC-U well casing pipes produced in accordance with the client’s dimensional and slotting requirements. Pipe lengths and packaging were adapted to local transportation constraints, allowing easier handling and storage at the drilling sites. Throughout production and delivery, our team maintained close communication with the project engineers to ensure compliance with the approved technical specifications.
The installed well casing system helped stabilize boreholes and protect pumping equipment during long-term operation. Reliable product quality reduced maintenance concerns for the cooperative and supported consistent water supply for agricultural use. The project improved irrigation reliability for local farms while demonstrating the suitability of PVC-U well casing solutions for groundwater applications in the region.
As the project progressed, drilling depths varied between sites due to changes in soil composition and groundwater levels. EXLON PIPE supported these variations by confirming allowable tolerances for casing joints and advising on the use of reinforced PVC-U sections in deeper boreholes. Where necessary, additional blank casing lengths were supplied to adjust well depth without altering the overall design or installation sequence.
Quality control remained a key focus during installation. The contractor carried out visual and dimensional checks on randomly selected pipes at site, supported by EXLON’s batch traceability records and factory inspection data. This simplified acceptance procedures and reduced delays during drilling operations. EXLON also provided recommendations on joint tightening and sealing to ensure long-term stability under continuous pump operation.
After completion, the cooperative monitored water output and sediment levels during the first irrigation season. The wells maintained consistent flow rates, and sand intrusion was kept within acceptable limits, reducing wear on pumping equipment. The project helped local farmers achieve more reliable irrigation schedules during dry periods, supporting crop planning and improving overall water management without increasing operating complexity or maintenance costs.
