At MFB Geotech, we specialize in advanced ground improvement techniques to stabilize, strengthen, and enhance site conditions for optimal structural performance and safety. Our solutions increase bearing capacity, consolidate soil, create water impermeability barriers, and rectify issues like:
- Insufficient load-bearing capacity for foundations, slabs, and mats
- Ground instability, causing the risk of slope failures or embankment slides
- Fractured rock formations susceptible to tunnel closures
- Structural weaknesses from underground caverns, voids, or solution channels
We leverage the latest innovations to deliver cost-effective, minimally disruptive ground enhancement customized for your project needs.
Our Ground Improvement Services
MFB Geotech pioneered jet grouting in India for its ability to improve ground conditions with little surface disturbance. This advanced technology uses high-pressure grout streams to erode, replace, mix with, and solidify all soil types from clays to gravel.
Specialized drill rigs create overlapping soilcrete columns that can form cut-off walls or load-bearing structural sections. Our experts tailor jet grouting recipes and geometries for each application.
Our Tube à Manchette (TAM) grouting systems provide an efficient, affordable solution for improving ground around foundations, tunnels, and mines. Rubber sleeves along the grouting pipe act as one-way valves, allowing controlled fracture grouting into the surrounding formation.
To reduce subsurface permeability and water flows, we inject cementitious or chemical suspensions that permeate the soil matrix. The resulting solidified grout mass increases bearing capacity and seals off voids and fissures.
MFB Geotech’s compaction grouting techniques enhance foundation ground by pumping low-slump cement grout under pressure. As it’s injected, the grout displaces and compacts the surrounding soil, forming a dense, consolidated column or bulb.
Our cavity grouting is commonly used for backfilling and stabilizing abandoned mine workings to prevent subsidence or sinkhole formation. Grout is pumped into cavities per design requirements to partially or completely fill voids.
For areas with severe water ingress or where conventional grouting is impractical, we employ specialized chemical grouting. These advanced solutions use reactive grouts to form impermeable soil-grout composites in difficult waterborne conditions like dams, marine structures, and underground works.
