Process & Energy

Menard completed a ground improvement project for a new 3-story Light-Frame Residential and Dormitory (LFRD) school building using Controlled Modulus Columns (CMC)

Menard completed a critical ground improvement project using Deep Soil Mixing at a nuclear power plant in Bangladesh. This technique stabilized silty sand conditions, ensuring the foundation’s strength and resilience against seismic activity.

Discover how Menard used Deep Soil Mixing to improve soil stability and prevent liquefaction in silty sand conditions at a nuclear power plant in Bangladesh.

Deep Soil Mixing project in Bangladesh for a Nuclear Power Plant in Ruppur.

Menard Vacuum™ process ensured drastic reduction of the necessary amount of sand fill and especially the consolidation time (6 months instead of 14).

Menard’s solution allows to comply with the design criteria in terms of SLS bearing capacity, dynamic deformation modulus, and subgrade reaction coefficient, for the 12 turbines.

This project is the first PVD job for Menard in Bangladesh.

Menard Cambodia utililsed Deep Soil Mixing (DSM) to prevent slope failure at the intake site.

The site presented complex ground conditions, with various challenging layers including backfilled sand, soft saturated clay, and hard sand. Menard’s PVD technology was employed to expedite the consolidation process, overcoming challenging ground conditions and strict timeline.

Menard Asia has completed the ground improvement project for CBL Biomass Boiler Plant using Controlled Modulus Column (CMC)