FEATURED - VANROCK G-SCREEN™: REDEFINING MOBILE SCREENING TECHNOLOGY - DISCOVER MORE
FEATURED - VANROCK BUCKET CRUSHER: EXPERIENCE THE PINNACLE OF ON-SITE CRUSHING - DISCOVER MORE
VERSATILE • EFFICIENT • COST EFFECTIVE
SOIL STABILIZATION SYSTEM
PROVIDING YOU WITH CUSTOMIZED SOLUTIONS FOR ALL YOUR SOIL IMPROVEMENT PROJECTS
Vanrock specializes in soil improvement solutions, offering a comprehensive range of products designed to elevate the quality and properties of various soil types, thereby making them more conducive for construction and infrastructure projects. Our soil stabilization products are adept at effectively enhancing the stability of diverse soil compositions, from clay and silt to peat and beyond. Engineered to accommodate a spectrum of soil conditions, they are tailored to meet the specific requirements of each project, ensuring optimal performance.
With Vanrock's soil stabilization products, clients gain control over the mixing process and binder feed, facilitating efficient operations and uniform distribution of additives throughout the soil.
This meticulous approach fosters consistent stabilization, resulting in a homogeneous outcome.
The utilization of Vanrock's soil improvement solutions presents an array of benefits for construction projects, including potential cost and time savings. By harnessing the power of existing soils and minimizing the reliance on extensive excavation and replacement, our products diminish the demand for additional materials, transportation, and project timelines. Moreover, by opting for Vanrock's offerings, construction projects can mitigate the environmental footprint associated with procuring and transporting new materials, thereby promoting sustainable construction practices through resource optimization.
FOUNDATION
Bearing capacity improvement of poor-quality soils by mixing, adding binder and stabilizing.
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Residential Areas
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Dredging and Harbour construction
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Railway and Road Construction
REMEDIATION
Purifying or neutralization process by mixing and adding binder or additives to contaminated soil or waste material.
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Liquid Waste Lagoons
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Oil Spill and Acid Tar
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Contaminated Soil
SOLIDIFICATION
Transforming very soft soil or liquid material into solid form by mixing and adding binder.
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Railway and Roads
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Mines
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Excavation Work
5 REASONS TO USE VANROCK'S SOIL STABILIZATION SYSTEM?
Vanrock Soil StabIlization System is the only slurry based stabIlization system in the world for Rapid, efficient and environmentally safe solidification
The Vanrock Soil Stabilization system is meticulously engineered with optimal production capacity in focus. It boasts the capability to efficiently process up to 1600 cubic meters per day.
With a depth reach extending up to 11 meters, it offers remarkable versatility to accommodate diverse project needs.
Diverse mixing blades are available to cater to various sludge requirements, ensuring adaptable and efficient performance
Featuring full-automatic computer control, the system effortlessly mixes and delivers solidifying agents directly to the ground with precision and efficiency.
Employing advanced slurry solidifying agent technology, our system delivers precise mixing, enhanced permeability, and accurate dosage measurement. Achieve uniform and rapid solidification, forming a stable foundation with high bearing capacity in only 3-5 hours. Our system also operates without generating any dust.
OPERATING DYNAMICS
Vanrock Soil Stabilization System achieves solidification and remediation through controlled physical and chemical reactions between the solidifying agent and soft soil.In the system, the hopper contains Solidifying agent such as lime and cement. The control center meticulously mixes and stirs the solidifying agent according to predetermined proportions. It is then delivered to the power mixer located at the forefront of the excavator, maintaining precise pressure and flow rates throughout.
The power mixer blends the solidifying agent with the soft soil at controlled rotation speeds and temperatures, effectively immobilizing a significant amount of free water within the soil as crystalline water.
Upon mixing with the soft soil, a series of physical and chemical reactions alter the soil's engineering properties. This results in particle agglomeration, increased electrolyte concentration, and volumetric expansion, further filling soil pores. Through compaction, an overall structural integrity is achieved, making the solidified soil easy to compact and stable. It achieves a level of compactness unattainable by conventional methods, enhancing its strength, shear strength, and meeting the technical requirements for road construction.
SYSTEM EQUIPMENT
IT REACHES. IT MIXES. IT PROCESSES DRY OR WET
VANROCK POWER MIXER
The Vanrock Power mixer is a hydraulic mixer attachment engineered for conventional excavators. This attachment empowers excavators to efficiently mix various soft soils and materials, including clay, silt, peat, sludge, dredged sediment, and contaminated materials.
Capable of homogenizing materials, the Vanrock power mixer ensures consistent mixing results and even distribution of both wet or dry binders.
Primarily designed for soil stabilization, solidification, and remediation, the Vanrock Power Mixer enhances the load-bearing capacity, stability, and other desired properties of different soil types.
FEED, CONTROL, REPORT WITH PRECISION
VANROCK PRESSURE FEEDER
The Pressure Feeder, engineered by Vanrock, integrates high-capacity Hoppers with a tracked, intelligent feeding unit for solidifying agents. Designed with cost efficiency in mind, its computer-controlled system ensures precise feeding, minimizing wastage of solidifying agents, which often constitute the largest expense on a job site. These innovative features deliver significant cost savings and operational efficiency.
With its high air capacity and pressure capabilities, Vanrock Pressure Feeder can efficiently deliver materials over long distances and to considerable depths. This versatility extends its utility across a wide spectrum of applications, including road construction, building foundations, embankments, and various soil improvement projects. It offers adaptability to different soil improvement methods, soil types, and project requirements, making it a valuable asset in diverse construction scenarios.
