Soil Improvements
Dynamic Compaction
Dynamic Compaction is a ground improvement technique in which heavy weights are repeatedly dropped from a significant height onto loose or weak soil to densify and increase its bearing capacity. The repeated impact rearranges soil particles, reduces voids, and improves overall soil density and stability.
This method is ideal for large-scale site preparation, foundation support, and improvement of granular or loose soils. Dynamic Compaction is efficient, cost-effective, and suitable for open sites where rapid ground strengthening is required.
Key Advantages
- Increases soil density and strength, reduces settlement and improves load-bearing capacity.
- Cost-effective for large areas, an Efficient method for treating extensive loose soil zones.
- Rapid ground improvement, Quick installation compared to other deep improvement techniques.
- Versatile application, Suitable for granular soils, reclaimed land, and loose fills.
- Minimal materials required, uses impact energy rather than additional fill or grouting.
- Environmentally friendly, reduces the need for extensive excavation or imported soil.
Quality assurance
Quality assurance ensures that every dynamic compaction project meets the highest standards of safety, performance, and reliability. Our team follows strict procedures, inspections, and documentation at every stage to verify that materials, equipment, and workmanship comply with project specifications and industry standards, delivering consistent, durable, and effective ground improvement results.
Vibro Compaction
Vibro Compaction is a ground improvement technique in which a vibratory probe is inserted into loose granular soil to rearrange and densify the soil particles. The vibration reduces voids and increases the density, resulting in improved load-bearing capacity and reduced settlement.
This method is ideal for foundations, embankments, and site preparation on sandy or granular soils. Vibro Compaction is efficient, cost-effective, and environmentally friendly, providing a reliable solution for strengthening loose ground without extensive excavation.
Key Advantages
- Improves soil density and strength, reduces settlement and enhances bearing capacity.
- Cost-effective for large areas, Efficient for treating extensive granular soil zones.
- Rapid and efficient, Quick installation compared to alternative ground improvement methods.
- Environmentally friendly, Minimal excavation and low environmental impact.
- Versatile application, Ideal for foundations, embankments, and site preparation.
- Durable and long lasting, it provides a stable and reliable ground for construction.
Quality assurance
Quality assurance ensures that every Vibro Compaction project meets the highest standards of safety, reliability, and performance. Our team follows strict procedures, inspections, and documentation at every stage to verify that materials, equipment, and workmanship comply with project specifications and industry standards, delivering consistent, durable, and effective ground improvement results.
Vibro Concrete Columns
Vibro Concrete Columns (VCC) are a ground improvement solution in which cementitious material is injected into the ground using a vibrating probe to form reinforced soil-cement columns. The vibration consolidates the surrounding soil while creating strong, stiff columns that increase bearing capacity and reduce settlement.
This method is ideal for foundation support, embankments, and soil stabilisation in granular or weak soils. Vibro Concrete Columns provide a precise, cost-effective, and environmentally friendly solution for enhancing soil strength and improving overall site stability.
Key Advantages
- Increases soil bearing capacity, Strengthens weak or loose soils for safe construction.
- Reduces settlement, provides stability and minimises differential settlement.
- Versatile application, Suitable for foundations, embankments, and soil stabilisation projects.
- Efficient and cost-effective, Fast installation with minimal materials and equipment.
- Environmentally friendly, Minimal excavation and low disturbance to the surrounding soil.
- Durable and long lasting, creates strong, stable columns that support long-term structural loads.
Quality assurance
Quality assurance ensures that every Vibro Concrete Column project meets the highest standards of safety, reliability, and performance. Our team follows strict procedures, inspections, and documentation at every stage to verify that materials, equipment, and workmanship comply with project specifications and industry standards, delivering consistent, durable, and effective ground improvement results.
Earthquake Drains
Earthquake drains are vertical or inclined drains installed in saturated, soft, or loose soils to accelerate the dissipation of excess pore water pressure during seismic events. By allowing water to escape, these drains reduce the risk of liquefaction, improve soil stability, and enhance the overall safety of foundations and structures during earthquakes.
This method is ideal for earthquake-prone areas, reclaimed land, and loose sandy soils, providing a reliable and cost-effective solution for mitigating seismic risks and ensuring long-term ground stability.
Key Advantages
- Reduces liquefaction risk, allowing excess pore water pressure to dissipate during seismic events.
- Improves soil stability, Strengthens loose or saturated soils, protecting foundations and structures.
- Cost-effective seismic mitigation, prevents earthquake-induced ground failure with minimal intervention.
- Versatile installation, Suitable for reclaimed land, soft soils, and urban sites.
- Enhances safety, provides long-term protection for structures in earthquake-prone areas.
- Low environmental impact, Minimal disturbance to existing soil and surrounding structures.
Quality assurance
Quality assurance ensures that every earthquake drain installation meets the highest standards of safety, reliability, and performance. Our team follows strict procedures, inspections, and documentation at every stage to verify that materials, equipment, and workmanship comply with project specifications and industry standards, delivering consistent, durable, and effective ground stabilization solutions.
Rapid Impact Compaction
Rapid Impact Compaction (RIC) is a ground improvement technique in which a heavy weight is repeatedly dropped from a controlled height onto the ground using a specialized compaction rig. The method densifies loose granular soils, increases bearing capacity, and reduces settlement in a fast and efficient manner.
RIC is ideal for large-area site preparation, embankments, reclaimed land, and weak granular soils. It provides a cost-effective, environmentally friendly, and rapid solution for improving soil strength and overall site stability.
Key Advantages
- Increases soil density and strength, reduces settlement and improves bearing capacity.
- Fast and efficient, Ideal for large-area ground improvement projects.
- Cost-effective, requires minimal materials and equipment compared to alternative methods.
- Versatile application, Suitable for embankments, reclaimed land, and loose granular soils.
- Environmentally friendly, Low vibration, noise, and minimal site disturbance.
- Durable results, provide long term stability for foundations and construction sites.
Quality assurance
Quality assurance ensures that every Rapid Impact Compaction project meets the highest standards of safety, reliability, and performance. Our team follows strict procedures, inspections, and documentation at every stage to verify that materials, equipment, and workmanship comply with project specifications and industry standards, delivering consistent, durable, and effective ground improvement results.