Roadside Drainage & Stormwater Management
Protecting roads and foundations from standing water with heavy-duty PCC channels, stone pitching, and robust side drains.
Drainage Highlights at a Glance
✓ High-Strength PCC & Stone Lining
✓ Foundation Protection from Seepage
✓ Smooth Water Flow Engineering
✓ Monsoon-Resilient Infrastructure
Advanced Roadside Drainage Systems
Standing stormwater is the ultimate enemy of asphalt roads, concrete pavements, and building foundations. Without a properly engineered drainage system, heavy monsoon rains can erode soil and destroy infrastructure within months. CanCon LLP specializes in constructing durable roadside drains and stormwater management networks.
5- 1Flow & Grade Calculation: Assessing catchment area and planning accurate longitudinal gradients for fast water movement.
- 2Excavation & Bed Preparation: Digging precise profiles and compacting the base to prevent channel shifting.
- 3PCC & Stone Pitching: Pouring high-strength Plain Cement Concrete and setting stone linings to resist rapid water erosion.
- 4Outlet & Junction Integration: Connecting side channels securely to main stormwater trunk lines or natural streams.
Drainage Solutions?
Facing water accumulation issues or need professional side drains built? Speak with our civil engineers today.
Get Consultation →Frequently Asked Questions
Q: Why are PCC and stone linings used in roadside drains?
A: They provide a rigid, smooth surface that prevents scouring, weed growth, and wall degradation caused by high-velocity stormwater flow.
Q: How does proper drainage protect building and road foundations?
A: By channeling rainwater safely away, it prevents soil saturation, subgrade softening, and expensive structural settling.
Q: Can you build custom drains for residential streets and societies?
A: Yes, we construct custom-sized side drains, nali/nala structures, and culverts for both residential housing societies and commercial areas.
CanCon
Client & Engineer Discussion
Have questions about stormwater gradients, drain sizing, or concrete specifications? Leave a comment below.