Feasibility and Detailed Design
We are responsible for analyzing the potential success and practicality of a given project or system in the realm of feasibility and detailed design. This may entail researching market trends, doing cost-benefit evaluations, and appraising the project’s technical and logistical requirements. Once a project is determined to be feasible, we will proceed to the comprehensive design phase, where we will generate precise plans, specifications, and drawings for the project. We collaborate closely with clients, engineers, and other stakeholders to ensure that the project is developed to fulfill the needs of the customer and complies with all applicable rules and standards.
Reliable & safe
Feasibility study
We assess the project's possible effect from hydrological and meteorological aspects. This includes assessing the possibility of flooding, droughts, storms, and other natural disasters that might disrupt project operations and safety. We also examine the availability of water resources, such as surface water and groundwater, as well as the project's potential effect from climate change.
Detailed Design
We apply our results to build project safety and dependability standards. For example, to reduce the danger of flooding, we might develop flood protection measures such as levees or stormwater management systems. We would also develop water resource management systems, such as irrigation or water treatment systems, to guarantee that the project had a consistent water supply.
Range of markets
Infrastructure
We are frequently asked to examine the feasibility and safety of infrastructure projects that are impacted by water and weather conditions, such as dams, bridges, airports, and ports.
Energy
We are requested to design and build energy projects such as hydroelectric power plants and wind farms. We assess the possible impact of floods, droughts, and storms on the operations and safety of these projects.
Agriculture
To guarantee that the project has a stable water supply, we are involved in the design and construction of agricultural projects such as irrigation systems, water storage reservoirs, and drainage systems.