Quemado Lagoon

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

The Quemado Lagoon project required comprehensive subsurface investigation to evaluate existing distress and determine appropriate remediation strategies. Our team conducted detailed geotechnical analysis to understand the underlying conditions affecting the lagoon infrastructure, providing critical insights for effective repair and maintenance planning.

Our approach began with detailed site evaluations including drilling operations, test pit excavations, and in-situ testing characterized soil and foundation conditions, revealing critical insights into the lagoon's distress patterns. As we delved deeper into the project, advanced geophysical testing methods mapped subsurface anomalies and identified areas of concern, providing comprehensive understanding of the underlying geotechnical factors affecting lagoon infrastructure. Building on this foundation, systematic evaluation of structural distress patterns combined with soil properties and groundwater conditions to develop a comprehensive understanding of root causes affecting lagoon stability.

The innovations that set this project apart included integrated investigation combining drilling, test pits, in-situ testing, and geophysical methods provided comprehensive subsurface characterization, enabling accurate identification of distress root causes. Additionally, systematic analysis of distress patterns, soil properties, and groundwater conditions identified the underlying geotechnical factors contributing to lagoon infrastructure deterioration. Finally, comprehensive investigation and analysis provided actionable insights for remediation strategies, enabling informed decisions regarding repair approaches and long-term maintenance planning.