Site exploration work is carried out through a field visit and then making a field report, in addition to a number of modern drilling machines that are used to explore the subsurface layers by knowing the characteristics and components of each layer separately, and then sending these samples to our laboratories to conduct laboratory tests on them, then making a geotechnical report. It includes all appropriate engineering recommendations for each project according to its specifications.

Dewatering operations are a critical component of construction and infrastructure projects, thoughtfully designed and implemented to address the unique characteristics of the soil and the specific requirements of each project. These operations are managed by a highly skilled and experienced engineering team specializing in dewatering systems, ensuring both efficiency and reliability. Depending on the project's demands, advanced methods such as well point systems or deep well systems are utilized, supported by modern equipment and cutting-edge techniques.

The primary goal of dewatering is to efficiently reduce groundwater levels to create safe and stable conditions for essential construction activities — including the installation of utility pipes, geotechnical testing, excavation, backfilling, and foundational work. Proper dewatering ensures smooth progress, enhances worker safety, and protects equipment from water-related issues.

Operations are meticulously planned to safeguard neighboring structures and facilities while minimizing environmental impact and balancing economic feasibility — ensuring successful execution even in the most challenging ground and water conditions, paving the way for long-term project stability and sustainability.