Pressure grouting is a specialized technique used in construction and engineering to stabilize and strengthen the ground or structures. It involves injecting a thin cementations grout or other material into the ground under high pressure. This process can be used to fill voids, consolidate loose soil, and improve the load-bearing capacity of the ground. It is commonly used in the construction of foundations, retaining walls, tunnels, and other underground structures.

The process of pressure grouting begins with a thorough evaluation of the site and the structure in question. This includes identifying any weak areas, voids, or cracks that need to be addressed. The grouting material is then mixed according to specific ratios and pumped into the ground through a series of injection pipes. The grout is injected at high pressure to ensure that it penetrates deep into the ground and fills any gaps or voids.

One of the main benefits of pressure grouting is its ability to strengthen and stabilize the ground. This is particularly useful in areas with soft or loose soil, where traditional foundation methods may not be sufficient. By injecting grout under pressure, the soil is compacted and strengthened, providing a solid and stable base for construction. This is especially important in areas with high groundwater levels, where the soil may be prone to settling or shifting.

OUR PROCESS

• First, we will check and determine the location where pressure grouting is to be performed.
• Next, we will identify the placement of drilling holes to stabilize the foundation.
• One’s holes are drilled, concrete or chemical mixture is pumped with high pressure into the holes with the help of small pipes or directly.
• The mixture is pumped through holes until it comes into contact with the existing foundation.
• Pumping is stopped when the foundation comes into normal position, and the holes are filled.