ジオダイナミック List of Products and Services

Our company offers the "Environmentally Friendly HYSC Pile Method." By adding a high-performance fluidizing agent to the cement milk and injecting it into the ground for mixing, we can reduce the amount of cement milk injected, which decreases the amount of mud generated (industrial waste). Additionally, by reducing the amount of cement used, the carbon dioxide emissions during cement production are significantly reduced. [Features] ■ Environmentally conscious ■ Excellent cost-effectiveness ■ Outstanding quality *For more details, please download the PDF or feel free to contact us.

• Civil Engineering Method

The "KG Caisson Cutter Sediment Removal Device" is a technology that removes sediment from the bottom of the cutter during the installation of open caissons using the jet flow from an underwater pump. With approximately ten times the water volume and significant jet force compared to conventional water jets, this device can also handle the installation in hard sandy soil layers. By attaching a 90° elbow to the underwater pump, downward jet discharge is achieved. Please feel free to contact us if you have any inquiries. 【Expected Effects】 ■ Improved removal efficiency with strong jet force, ensuring reliable removal of sediment beneath the cutter. ■ Remote operation of the device eliminates the need for divers to perform high-pressure work, reducing labor costs. ■ Downward jet projection breaks up sediment in the central part of the caisson, enhancing excavation efficiency. ■ After installation is complete, reliable removal of sediment adhering to the cutter improves integration with the bottom slab concrete, reducing leakage. *For more details, please download the PDF or feel free to contact us.

• Piles, caissons, sheet piles

The "KG Caisson Lubricant Simultaneous Injection System" is a technology that visualizes the lubricant injection status integrated with caisson installation. It performs immediate and appropriate lubricant injection into the voids between the caisson's outer wall and the ground, promoting sinking and reducing the impact on the surrounding ground. It enables real-time visualization of the lubricant injection amount, injection pressure, and filling rate of the voids. Furthermore, it achieves control management that links caisson installation and lubricant injection status together, rather than relying on the judgment of workers. 【Expected Effects】 - By visualizing the lubricant injection status integrated with caisson installation, it reduces the impact on the surrounding ground while promoting sinking. - By sharing information in real-time regarding the lubricant injection amount, injection pressure, and filling status of the voids, work efficiency is improved. - By accurately grasping the filling status and establishing a rapid and appropriate injection management system, construction accuracy is enhanced. *For more details, please download the PDF or feel free to contact us.

• Piles, caissons, sheet piles

The "CHR method" is an economical foundation pile construction method that excels in the installation of steel pipe piles under strict conditions, such as headroom restrictions below girders and constraints on work areas, which have made construction difficult. It is possible to install wing piles with a pile diameter of φ318.5 to 700 mm and a maximum wing diameter of 2.5 times the diameter (screw-type micro piles have pile diameters of φ216 mm and 267 mm) in low headroom and narrow spaces. With low vibration and low noise, and compliant with exhaust gas regulations (off-road law), this method minimizes noise, vibration, and environmental impact, making it suitable for construction in tight spaces. 【Features】 ■ Enables railway construction using wing piles ■ Achieves low vibration and low noise ■ Environmentally friendly construction without soil displacement ■ Introduction of a comprehensive construction management system *For more details, please download the PDF or feel free to contact us.

• Ground foundation construction method
• Civil Engineering Method