Drainage & Wastewater
Deep Well Water Extraction Pipeline Systems UPVC Threaded Casing, Screen & High Pressure Pump Pipes
Complete UPVC Well Piping Solutions Engineered for Groundwater Extraction, Deep Borehole Stability, and Long-Term Pumping Reliability
Groundwater development projects impose more rigorous requirements on piping systems than standard water conveyance projects. Piping materials in deep-well systems must not only withstand sustained underground pressure but also ensure:Borehole structural stability;Continuous groundwater filtration;High-pressure vertical pumping
BSX Pipe offers integrated UPVC deep-well piping systems—including threaded casing, well screens, and high-pressure pump column pipes for:
Agricultural irrigation wells
Municipal groundwater projects
Industrial water extraction
Geothermal and mining water supply
By optimizing UPVC material formulations, employing high-ring-stiffness structural designs, and utilizing reliable threaded connection technology, we provide stable, long-lasting groundwater solutions for drilling projects worldwide.
Deep Well Engineering Challenges
Borehole Collapse Risk Under Deep Geological Pressure
As well depth increases, well casings are subjected to long-term exposure to soil pressure, groundwater pressure, and geological movement.
If standard piping lacks sufficient external pressure resistance, it can lead to pipe deformation, a reduced internal diameter, pump installation issues, and decreased water yield.
Particularly in environments involving deep groundwater wells, loose soil formations, or high-pressure aquifers, the ring stiffness and collapse resistance of the well casing are critical design parameters.
Groundwater Corrosion Reduces Traditional Metal Pipeline Lifespan
When traditional steel well casings and pump pipes are exposed to groundwater environments over extended periods, they are prone to issues such as rust corrosion, mineral scaling, and a reduction in internal diameter. These problems lead to water quality deterioration, a loss in pump efficiency, and increased maintenance frequency. In agricultural irrigation and drinking water supply projects, material corrosion directly impacts the lifecycle costs of the entire water supply system.
High Pressure Pump Column Pipes Face Continuous Vertical Loading
Pump piping in deep-well submersible pump systems must withstand pump weight, water column pressure, startup pressure surges, and long-term vertical tension. Standard PVC piping may not meet the requirements for high-pressure lifting; engineers must consider axial load strength, threaded connection reliability, pressure ratings, and long-term creep resistance.
BSX UPVC Deep Well Pipeline System Solution
① UPVC Threaded Well Casing Pipe
② UPVC Well Screen Pipe
③ UPVC High Pressure Pump Column Pipe
UPVC Threaded Well Casing Pipe — Structural Protection for Deep Boreholes
UPVC threaded pipes serve as the primary structural component for borehole wall support in deep well systems. Engineered for borehole stability through optimized wall thickness, pipe geometry, and UPVC compound formulation, these pipes offer enhanced external pressure resistance, dimensional stability, and long-term underground performance, effectively reducing the risk of borehole collapse. They feature a precision threaded joint system.
BSX UPVC threaded connections offer:
Precise alignment
Strong axial connection
Reliable sealing performance
Advantages include: no welding required, faster installation, and suitability for remote drilling sites. They are particularly well-suited for agricultural wells, rural water projects, and large-scale groundwater extraction.
UPVC Well Screen Pipe — Efficient Groundwater Filtration System
UPVC well screen pipes serve as the core filtration component allowing groundwater to enter the well system. Designed to suit specific geological conditions—featuring customized slot widths, optimized open areas, sand-control structures, and controlled inflow performance—these screens maximize groundwater intake while minimizing sand ingress and protecting submersible pumps. This design prevents pump abrasion, water turbidity, and the need for frequent maintenance, ensuring corrosion-free performance within the aquifer environment. UPVC material offers chemical and mineral resistance as well as non-corrosive properties, making it ideal for long-term use in groundwater environments.
UPVC High Pressure Pump Column Pipe — Reliable Vertical Water Lifting Solution
High pressure water pump pipes are used to connect submersible pumps to surface water delivery systems. Compared to traditional steel pipes, UPVC high-pressure pump pipes offer distinct advantages:
Lightweight and easy to install (significantly lighter than metal pipes):
Easier handling; reduced installation labor; lower requirements for lifting equipment; high pressure resistance.
Designed for deep-well lifting applications to withstand:
Continuous hydraulic pressure;
Pressure fluctuations during pump startup;
Long term vertical loads.
Long term, corrosion-free operation:
Prevents rust particles, pipe scaling, and flow reduction, ensuring stable, long-term water delivery performance.
Complete UPVC Deep Well System Configuration
|
System Section |
Product |
|
Borehole Support |
UPVC Threaded Casing Pipe |
|
Groundwater Intake |
UPVC Well Screen Pipe |
|
Pump Water Lifting |
UPVC High Pressure Pump Column Pipe |
|
Connection |
Threaded Joint System |
|
Accessories |
Couplings / Bottom Plug / Adapter Components |
UPVC Deep Well Pipeline Technical Specifications
Applicable Standards:
ISO 1452 — UPVC pressure piping systems for water supply
ASTM F480 — Thermoplastic well casing and screen pipe systems
DIN 4925 — Plastic well casing and screen pipes
ASTM D1785 — PVC pipe specifications
|
Parameter |
Specification Range |
|
Material |
UPVC |
|
Products |
Casing / Screen / Pump Column Pipe |
|
Diameter Range |
DN50 – DN400 |
|
Connection |
Threaded Joint |
|
Pressure Rating |
PN10 – PN25 (Pump Column Applications) |
|
Installation |
Deep Borehole / Groundwater Extraction |
|
Screen Slot |
Customized |
|
Application Depth |
Project Based |


