Port Construction and Ground Improvement
The infrastructure is the backbones to boost the transportation service and excellent ground improvement is needed for Port Construction
The infrastructure is the backbones to boost the transportation service and excellent ground improvement is needed for Port Construction
Common ground improvement technologies used to mitigate liquefaction hazard include vibroflotation, stone columns, dynamic compaction, deep soil mixing and jet grouting.
Prefabricated Vertical Drain technology is closely related to the consolidation process. Often applied with the surcharge fill, it is one of the most reliable and certainly the most economical ground improvement method to treat soft cohesive soils.
Back in 2016, Menard Asia has successfully completed Ground Improvement for the extension of chemical plant in Cilegon, Banten, Indonesia.
Like most ground improvement techniques, stone columns are used to reduce settlement and increase load-bearing capacity. They also accelerate soil consolidation as a result of the drainage capacity of the granular materials within the columns which act as pore water pressure evacuation points.
In #Malaysia, Menard Asia has treated the ground of Lebuhraya Pantai Timur Phase 2 by using various ground improvement techniques.
Menard Asia has have treated 421,169 square meters area which is now used as a runway and taxiway at Kulon Progo Airport. The basic principle behind the Dynamic Compaction (DC) technique consists in the transmission of high energy waves in order to improve weak subsoil.
Menard Asia has completed soil improvement using Controlled Modulus Column for Zuellig Pharma Warehouse in Cambodia
Stone Columns #SC are formed with various methods using different equipment depending on the depth and diameter of the columns and the parameters of the soil to be improved. The popularity of this method resulted in its widespread use.
Prefabricated Vertical Drain technology is closely related to the consolidation process. Often applied with the surcharge fill, it is one of the most reliable and certainly the most economical ground improvement method to treat soft cohesive soils.