Water infrastructure
Water infrastructure projects are deeply intertwined with the behaviour of the ground beneath them.
Our geotechnical services deliver the critical foundation for designing and constructing safe, efficient, and long-lasting systems that interact with soil, rock, and groundwater.
From dams and reservoirs to pipelines and treatment plants, geotechnical expertise ensures that water infrastructure performs reliably under both static and dynamic conditions.
Geotechnical services are essential not only for structural integrity but also for environmental protection, regulatory compliance, and lifecycle resilience.
Our geotechnical services are valuable across a range of water infrastructure projects:
Dams and embankments
- Foundation investigations for earthen and concrete dams
- Seepage analysis and groundwater control
- Slope stability modelling and erosion protection
- Settlement prediction and monitoring systems
Pipelines and pump stations
- Route evaluation and terrain mapping
- Trench stability and excavation support
- Subgrade assessment for buried utilities
- Dewatering and groundwater modelling for deep installations
Water and Wastewater Treatment Plants
- Foundation design for tanks, buildings, and heavy equipment
- Ground improvement for soft or reactive soils
- Contaminated land assessment and remediation planning
- Earthworks support and compaction verification
Stormwater and flood management
- Detention basin and channel stability
- Infiltration and permeability testing
- Erosion control and sediment transport modelling
- Resilience design for flood-prone zones
Reservoirs and containment structures
- Geotechnical design of bunds, lagoons, and lined storage tanks
- Settlement and volumetric change analysis
- Compatibility testing for liner systems and fill materials
- Monitoring instrumentation and long-term performance review
Water infrastructure endures hydraulic forces, fluctuating moisture levels, and complex soil-water interactions.
Geotechnical services ensure that every structure, from rural pipelines to metropolitan treatment facilities, is grounded in a deep understanding of subsurface conditions.
This not only enhances operational efficiency, but also protects public health and safety, and supports environmental stewardship.
