2015/2016 was the year of Controlled Modulus Columns (CMC’s rigid inclusions) for us at Menard Oceania, with no less than 4 projects at once and 6 machines in production!
Amongst the most significant projects using the CMC technique were:
Webb Dock in Melbourne with 85,000 lm of CMC, Nambucca Heads to Urunga and Gerringong as part of the Pacific Highway Upgrade (56,000 lm & 22,000 lm), the Port of Brisbane Motorway (56,000 lm) and Ichthys Cryogenic Tanks (12,300 lm). Most notably, Menard Oceania also installed 230,000 lm of CMC’s for the New Perth Stadium.
Menard Oceania crew installing CMC rigid inclusions – Ichthys Cryogenic Tanks Project
Installing CMC’S: How does it work?
CMC’s are installed as rigid inclusions in the soil for the purpose of enhancing the global modulus of otherwise incompetent soil.
This method has proved to be a very cost-effective solution to handle our client’s ground engineering challenges and produces very little spoil during construction.
It is a great solution for foundations on soft soils for a wide range of applications including roads, ports, civil works/infrastructures, tanks or warehouses.
Learn more about this method here
Are CMC rigid inclusions the answer to your ground improvement questions? Just ask Alex, our Technical Manager- he’s willing to tell you.
ABOUT MENARD GROUP OCEANIA
Menard Oceania maintains an exceptional 45-year history in Australia offering design and construction geotechnical experience. Providing cost effective ground improvement solutions for some of Australia’s mid-to-large infrastructure and construction projects. Its recent completion of the Pacific Highway upgrade, Optus Stadium (Perth) and Melbourne’s Webb Dock Project are Menard’s largest CMC projects in Australia.
Menard Oceania is a part of Soletanche Freyssinet, a group of world leaders in soil, structural and nuclear engineering. This relationship further strengthens Menard’s ability to manage complex integrated problems and continue as the leader and pioneer of specialist geotechnical contracting.