Strengthen weak soils, remediate contaminated land, and reduce aggregate costs with our precision wet soil mixing systems. Ideal for infrastructure, landfills, and brownfield sites.
Advantages:
Significantly Reduce Project Material Costs: Minimise or eliminate the need for importing expensive aggregate (sand and gravel) by treating and reusing existing on-site soils. Our chemical stabilisation of soil process transforms problematic ground into a usable, load-bearing material, saving resources and energy.
Achieve Rapid Load-Bearing Strength: Our wet soil mixing method allows treated soft soil to form a stable, high-strength base within 3-5 hours. This rapid strength gain enables construction vehicles and subsequent project phases to proceed without costly delays.
Precision-Controlled, Easy Operation: The system features fully automatic computer control for accurate delivery and mixing of the binding agent according to a preset proportion. Simple one-key start/stop operation ensures consistency and removes complexity from the process.
Clean, Low-Dust Application with Superior Mixing: Utilising a wet curing agent eliminates the dust pollution associated with dry powder methods. This approach ensures better mixing uniformity and permeability, allows for more accurate dosage, and creates a safer, cleaner worksite.
Applications:
Our equipment is deployed across a wide range of specialist applications, including:
Brownfield Remediation: Effective for heavy metal contaminated soil remediation, acid-base neutralisation, and overall contaminated site restoration to meet environmental standards.
Infrastructure & Waterways: Ideal for river bed solidification to create a stable base, and for treating sludge in bridge, tunnel, and culvert construction to allow excavated material to be reused as fill.
Landfill & Site Regeneration: Enables the solidification of landfill material containing sludge and other corrosive substances, creating a stable ground for future development, such as parks or green spaces.
Environmental & Ecological Projects: Used for vegetation restoration and reducing the potential ecological and health dangers posed by contaminants in treated soils.
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Two years and four severe freeze-thaw cycles later, our access road shows zero erosion or deterioration. The stabilization has proven incredibly durable.
The application was straightforward and it allowed us to work on a stable surface just 48 hours later, getting our equipment back on site without delays.
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