Geotextile encased columns are columns of granular material are confined within high-strength geotextile fabric to increase bearing capacity and provide vertical support in extremely soft soils.

Earthquake (EQ) drains are used to mitigate/limit the effects of seismically-induced liquefaction by allowing for the rapid dissipation of excess porewater pressures generated by seismic events.

Rapid Impact Compaction is a ground improvement technique that densifies the soil by pounding it at high frequency with a medium sized pounder.

Dynamic replacement is a ground improvement technique that reinforces fine grained soils with a network of dynamically pounded pillars.

Vibrocompaction is a ground improvement technique that densifies the soil by shaking it with a vibro probe.

Bi-modulus columns is a ground improvement technique that reinforces the soil by a combination of CMC and stone columns.

Soil Mixing is a ground improvement technique that reinforces the soil by mixing in situ a network of grout and soil columns.

Dynamic compaction is a ground improvement technique that densifies the soil by repeatly pounding it with a high energy pounder.

Stone columns is a ground improvement technique that reinforces the soil with a network of stone compacted columns.

Controlled Modulus Columns (CMC)® rigid inclusions, often referred to simply as rigid inclusions, are a reliable ground improvement solution used to reinforce weak soils, increase bearing capacity, and reduce settlement for a wide range of structures. Menard designs and installs rigid inclusion systems tailored to each site, delivering strong, consistent foundation performance across challenging soil conditions.