Bridges and Civil Structures

Corridor Study

The corridor study is a foundational step in determining the optimal location and alignment for bridges and civil structures. Our analysis considers multiple factors such as terrain, environmental impact, existing infrastructure, and transportation needs. By evaluating these aspects, we ensure that the selected corridor minimizes costs, reduces environmental disruptions, and enhances connectivity in the region.

Geotechnical Studies

Geotechnical studies provide critical information about the soil and rock conditions at the proposed bridge or civil structure site. These studies are essential for understanding the ground’s load-bearing capacity, settlement risks, and stability. Our thorough geotechnical investigations inform the design of strong foundations and ensure that the structure will be safe, durable, and resilient under various load conditions.

Hydrology and Hydrogeology Studies

Proper water management is crucial in the design and construction of bridges and civil structures. Our hydrology and hydrogeology studies examine surface water flow, flood risks, and groundwater behavior. These insights help us design structures that can withstand water-related challenges, such as flooding and erosion, while ensuring the long-term stability of the structure in different environmental conditions.

Plan and Profile Development

Plan and profile development is the process of creating detailed design documents that define the structure’s horizontal and vertical alignment. Our design team uses the results from geotechnical and hydrological studies to finalize the bridge or civil structure’s alignment, height, and gradient, ensuring that the design meets engineering standards, safety requirements, and construction feasibility.

Tailing Storage Facilities

Tunnels

Roads

Waste Dump Facilities

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