JET GROUT AND SOIL MIXING EQUIPMENT
Jet grouting is a ground improvement method that can be used for underpinning, water control, earth retention, and other geotechnical challenges. Jet grouting is well-suited for cased complicated by water or requiring targeted treatment. It is effective across a wide range of soil types, including silts and most clays, making it one of the most versatile techniques. Jet grouting is and erosion-based ground improvement technique that can be used to construct a variety of geometrics, from thin vertical panels, to sector (partial) columns, to full columns of varying diameters.
Wet soil mixing is the controlled mechanical mixing of the in situ soil with grout slurry using a rotary mixing tool. The wet method relies on the introduction of an engineered grout slurry to create soil-cement (soilcrete) elements for soil stabilization, or to support earth or building loads. The intent of the soil mixing program is to achieve improved engineering properties of the in situ treated soil, generally a design compressive strength, shear strength and/or permeability. Soil mixing can also be used to immobilize and/or stabilize contaminents, or as a chemical treatment system.
State-of-the-art Technology with an Environmental Focus
YBM manufactures a wide range of equipment for use in civil engineering, construction, and mining operations for over 50 years. In addition to providing unsurpassed operating efficiency, our products promote the development of natural resources and energy in an environmentally responsible way.
Depending on the specific topographical and soil conditions, a variety of jet grouting methods may be needed, including single tube, double tube, and triple tube systems. YBM's versatile line of grouting equipment is proven in all of these methods, and is affordable, rugged, and highly efficient.
We place great emphasis on developing advanced technologies that will serve a wide range of user needs and working environments, at affordable pricing levels. Please contact Hennessy International for more information, or visit www.ybm.jp for specifications, photos, description of methods, and additional information.