The project aimed to construct and modernize four autonomous irrigation systems spanning approximately 170 km, covering around 4500 hectares of agricultural land.
This initiative facilitated the application of advanced cultivation technologies by agricultural producers, leading to significant increases in crop yields. By enhancing irrigation infrastructure, farmers could triple their income from fruit and vegetable cultivation.
Our involvement in this project included providing comprehensive topographic monitoring throughout the project lifecycle. The activities comprised:
- High-precision measurements: Our surveyors conducted high-precision measurements to accurately assess the existing conditions and monitor the progress of construction activities.
- Profile determination: We determined longitudinal and transverse profiles of the irrigation systems to ensure proper alignment and grading.
- Plan development: Detailed site and location plans were developed to guide the construction and modernization efforts, including the placement of infrastructure components such as canals, pumps, and control structures.
- Volume calculations: Accurate calculations of earthwork volumes were performed to estimate excavation and fill requirements for the construction and rehabilitation of the irrigation systems.
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