Soil Stabilization Assessment for Industrial Plant Expansion
Overview
To support the expansion of a major industrial plant — expected to house heavy machinery, production halls, and storage warehouses — Charmo Geolab was asked to conduct a full soil stabilization and foundation suitability study.
Industrial developments of this scale require highly stable ground conditions due to high load demands and vibration impacts.
Project Scope
Dynamic Compaction Studies
Our engineers analyzed the soil’s resistance to vibration and heavy static loads. This helped simulate real operational conditions involving industrial equipment.
Expansive Clay Testing
The site contained layers of expansive clay, requiring: Swell-shrink potential analysis Plasticity index testing Moisture-sensitivity assessments These factors deeply influence slab stability and pavement performance.
Permeability & Drainage Analysis
We performed infiltration tests and hydraulic conductivity evaluations to determine if the soil could handle stormwater, pipe leaks, or industrial runoff.
Foundation & Slab Design Recommendations
Based on findings, Charmo Geolab provided tailored recommendations for: Reinforced slabs Load-bearing foundations Subgrade treatment Drainage and dewatering systems
Outcome
Our testing revealed that lime stabilization would significantly enhance soil strength, reduce plasticity, and create a more uniform foundation layer. As a result: Settlement risks were minimized Load distribution improved Heavy machinery could operate safely Long-term maintenance costs decreased This enabled the plant to proceed with expansion with full confidence in its structural stability.