Void Filling and Soil Stabilisation
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Getting to the Root: Identifying Erosion
Unstable, loose soil and erosion can be detrimental to a number of structures including buildings, bridges, roads and underground civil infrastructure. It can lead to settlement and damage to the structure due to large voids beneath it and loss of bearing of foundations, causing instability of structure above.
Soil Stablisation: Resilience Through Resin
Using patented ultra-low viscosity polyurethane resins, voids can be filled, soil consolidated, erosion halted and soil bearing improved.
Solutions we can provide include but not limited to:
-Soil permeation grouting
-Stabilising loose sand and soil
-Sinkhole remediation
-Filling voids behind concrete structures
-Cutting off high flow leaks
-Cutting off underground water flows
-Increase load bearing capabilities
Permeation Grouting using Polyurethane can ensure stabilisation, consolidation and binding of soils. Through permeation injection of polyurethane resin in a gridded/sequenced pattern creates a solid mass of soil and rigid resin (ideal for silty and sandy soils).
The displacement of water and the resulting solid soil/resin mass reverses the erosion process and improves soil stability and soil bearing capacity.
The RGEO Advantage
Unrivalled Experience
We have a team of qualified structural engineers, geologists, project managers, supervisors and technicians with highest level of expertise and training.
Cutting-Edge Technology
We invest in the latest technology, equipment and materials, constantly reviewing latest developments from around the world
Quality Assurance
Our commitment is backed by internal quality assurance systems and processes
Time Efficiency
Lightweight cellular concrete ensures rapid placement, is self compacting and can be pumped long distances; accelerating construction schedules
Affordable Solutions
We ensure the solutions provided are affordable and competitive when compared to other similar companies
Environmentally Conscious
Low carbon footprint using less raw materials, reduced site traffic and excellent thermal insulation properties