Brief: Watch this overview to discover why many professionals pay attention to this approach. In this video, you will see a detailed demonstration of the Vibroflotation Soil Strengthening Solution, including how the electric vibroflots are used in real-world engineering projects like the Bangladesh tunnel anti-liquefaction foundation treatment. Learn about the equipment specifications, the construction process, and the comprehensive support services provided by BVEM, from geological analysis to on-site installation and operator training.
Related Product Features:
Electric vibroflots with motor power ranging from 30 kW to 260 kW for versatile soil strengthening applications.
Models like BJV75E-426 and BJV180E-426 offer high vibration power up to 276 kN and rotation speeds of 1450 rpm.
Capable of creating stone column piles with diameters up to 1000mm and depths of 21-24.5 meters.
Comprehensive service package includes geological analysis, vibroflotation design, and equipment selection.
On-site support with installation, commissioning, and construction guidance by experienced engineers.
Proven performance in major projects such as the Hong Kong-Zhuhai-Macao Bridge and Dubai Palm Island.
Designed to enhance soil shear capacity and provide anti-liquefaction foundation treatment.
Wide range of specifications ensures suitability for various international engineering requirements.
FAQs:
What is the typical application of the Vibroflotation Soil Strengthening Solution?
It is used for anti-liquefaction foundation treatment and strengthening soil shear capacity in projects like tunnels, bridges, and artificial islands, as demonstrated in the Bangladesh tunnel and Dubai Palm Island projects.
What range of equipment models does BVEM offer for vibroflotation?
BVEM provides electric vibroflots with motor power from 30 kW to 260 kW, including models such as BJV75E-426 and BJV180E-426, which feature high vibration power and are suitable for various soil conditions.
What support services are included with the Vibroflotation Technique?
BVEM offers whole-process services, including geological analysis, vibroflotation design, equipment selection, construction scheme planning, installation and commissioning, and on-site construction guidance and operator training.
How does the Vibroflotation method improve soil stability?
The method uses high-frequency vibration to densify soil and form stone column piles, increasing shear capacity and reducing liquefaction risk, as seen in depths up to 24.5 meters and pile diameters of 1000mm.