High Range Detention Pond

When we first arrived at the site, we encountered a complex set of challenges that would test our expertise.

The High Range Detention Pond project required comprehensive geophysical and geotechnical analysis to ensure proper foundation design and soil improvement for the detention infrastructure. Our investigation combined seismic refraction studies with detailed subsurface analysis to develop effective soil cement improvement strategies.

Our approach began with p-wave seismic refraction study mapped subsurface conditions, providing critical insights into depth-to-bedrock and material characterization that informed detention pond foundation design. As we delved deeper into the project, detailed subsurface analysis combined with geophysical data enabled accurate assessment of soil conditions, supporting development of effective soil improvement strategies for the detention infrastructure. Building on this foundation, soil cement improvement program was developed to enhance bearing capacity and stability, ensuring long-term performance of the detention pond infrastructure under operational loading conditions.

The innovations that set this project apart included p-wave seismic refraction technology provided accurate depth-to-bedrock determination and material characterization, enabling precise foundation design for the detention pond infrastructure. Additionally, combined geophysical and geotechnical analysis approach provided comprehensive understanding of subsurface conditions, supporting development of effective soil improvement solutions. Finally, comprehensive soil cement improvement program enhanced soil bearing capacity and stability, ensuring reliable long-term performance of the detention pond infrastructure.