New Zealand’s variable ground conditions can create major challenges during earthworks. Soft or moisture-sensitive soils may be difficult to compact, unable to support heavy loads and unsuitable for building roads, driveways or structural platforms without treatment.
Lime stabilisation provides a practical and cost-effective way to improve existing soil rather than excavating and replacing large quantities of unsuitable material. Lime is carefully spread and mixed into the soil, helping reduce moisture, improve workability and increase the strength and stability of the ground.
Our experienced team manages every stage of the process, including site assessment, ground preparation, lime application, controlled mixing, moisture conditioning, compaction, trimming and preparation for the next stage of construction.
The correct treatment will depend on the soil type, moisture content, required strength and intended use of the site. We work alongside engineers, contractors and project managers to ensure the stabilisation process meets the project specifications.
From small access ways to large civil and commercial developments, we deliver reliable ground improvement solutions designed to keep projects moving.
Wet or unstable soil can quickly delay a project, particularly when excavation and replacement are costly or access to suitable fill is limited. Lime stabilisation can make existing material easier to work with while reducing the volume of soil that needs to be removed from the site.
Successful stabilisation requires the right application rate, thorough mixing and careful compaction. Our team uses specialised equipment and proven processes to create a consistent treated layer, providing a dependable foundation for the construction work above it.
Dealing with wet, weak or unstable ground? Contact the team at Civil NZ for a free, no-obligation quote.
We’ll review your site conditions, project requirements and construction timeframes before recommending a practical solution and providing straightforward, competitive pricing.