NM 434 Roadway

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

The NM 434 Roadway project presented significant geotechnical challenges due to complex geology including basalt formations and landslide debris. Our comprehensive investigation and analysis enabled the development of effective stabilization solutions. The project required innovative approaches to address rock excavation, slope stability, and soil expansion issues.

Our approach began with cutting-edge seismic refraction technology mapped subsurface conditions, revealing critical geological insights that informed every design decision. As we delved deeper into the project, advanced kinematic modeling predicted failure mechanisms, enabling proactive stabilization before construction risks materialized. Building on this foundation, multi-layered stabilization systems combining rock bolts and reinforced soil slopes created resilient infrastructure for challenging terrain.

The innovations that set this project apart included p-wave seismic refraction mapping uncovered complex basalt formations and landslide debris zones, enabling accurate rock excavation planning and preventing costly delays. Additionally, advanced modeling identified critical failure planes, enabling precise rock bolt placement and reinforced soil slope design that addressed root causes. Finally, specialized soil treatment protocols prevented long-term infrastructure damage, ensuring roadway integrity despite challenging geological conditions.