ZONES

Facing challenging ground conditions, Menard implemented CMC which not only replaced the initially planned RC ground slab but also integrated with a Reinforced Earth Wall.

A villa with a basement and four floors is being built. While the initial plan suggested Bored Piles, Menard's solution used CMC for ground improvement, a tangent pile retaining wall system, and managed pit excavation. Completed in 3 weeks, we optimized time and costs for our client.

On Hun Sen Boulevard, Menard's CMC ground improvement solution replaces traditional Bored Piles for a cost-effective and efficient approach to building a 27,000m2 shopping center.

Faced with challenging ground conditions, Menard employed Controlled Modulus Columns (CMC) instead of traditional methods, ensuring cost-effective and timely solutions. This project marks the first CMC application under a building in Cambodia.

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 Cambodia implemented CMC which replaced RC piles and ground slab by a sandy load transfer platform, allowing costs and time saving to our client.

The new Phnom Penh International Airport is a top-tier airport which accommodates all aircraft sizes. For it’s soil, Menard employed PVD technology to accelerate consolidation, using heavy machinery to maintain productivity and eliminate the need for client predrilling.

Menard Asia has completed the ground improvement for the Serang - Panimbang Toll Road Project with Controlled Modulus Column in Indonesia

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