Soil Mixing is a ground improvement technique that reinforces the soil by mixing in situ a network of grout and soil columns.
Dynamic compaction
admin75082025-03-07T08:34:47+01:00Dynamic compaction is a ground improvement technique that densifies the soil by repeatly pounding it with a high energy pounder.
Stone columns
admin75082024-04-10T07:35:07+02:00Stone columns is a ground improvement technique that reinforces the soil with a network of stone compacted columns.
Process & Energy
admin75082025-03-10T02:35:55+01:00Menard provides ground improvement solutions for all types of process and energy projects, from small to large, all around the world.
Infrastructure
admin75082024-10-14T08:35:47+02:00At Menard, our wide range of techniques enables us to come up with solutions that will help you build your infrastructure on solid ground. CONTACT US Ports and Airports Given the large surface areas (several hectares in many cases) which are generally required, [...]
Compaction Grouting
admin75082024-04-10T07:51:38+02:00Compaction grouting is a ground improvement technique that densifies the soil by grouting under pressure a network of inclusions.
Jet grouting
admin75082024-04-10T07:44:21+02:00Jet grouting is a ground reinforcement technique. One or several jets of fluid with high kinetic energy are used to break apart and mix the ground with a liquid cement slurry so as to form a column of “soil concrete”.
Controlled Modulus Columns (CMC)
admin75082024-04-10T07:31:14+02:00Menard developed Controlled Modulus Columns in the 1990s to overcome problems of lateral confinement in highly compressible and organic soils. They are now used in all types of soil (cohesive or granular) up to depths of 30 metres or more.
Menard Vacuum™
admin75082024-12-13T10:58:19+01:00Menard Vacuum™ is used to accelerate consolidation of cohesive, highly compressible soils. The process consists in creating a negative pressure under an airtight membrane laid over the soil, which generates atmospheric pressure on the soil, equivalent to the pressure exerted by a 4 metre embankment.