Underpinning

In geotechnical construction, underpinning serves as a specialized engineering solution for strengthening existing foundations, particularly when they show signs of structural weakening or require adjustment to support new loads. Various techniques such as mass concrete underpinning, beam and base, and mini-piled underpinning may be employed, each tailored to the specific conditions and requirements of the project.

Pacific Foundation approaches each underpinning task with a detailed site assessment and subsequent engineering analysis. With access to a comprehensive fleet of Hutte and Klemm drilling rigs, we have the capability to manage a wide range of foundation-related challenges, from simple to complex.

Quality assurance is a fundamental aspect of our operational protocol. Our projects undergo real-time monitoring and rigorous testing to ensure they meet industry standards and project specifications.

For engineers, general contractors, and project managers, Pacific Foundation offers underpinning services that aim to address foundational and geotechnical challenges with a high level of technical accuracy and reliability.

Underpinning is especially useful in a range of scenarios that necessitate the strengthening or stabilization of existing foundations. Here are some primary use cases:

1. 1. Structural Modifications: When existing buildings are being renovated to accommodate additional floors or loads, the original foundation may need reinforcement to ensure structural integrity.
   2. Soil Instability: In cases where soil conditions have changed over time due to erosion, subsidence, or other factors, underpinning can provide much-needed foundation stability.
   3. Construction Near Existing Structures: When new construction occurs close to existing buildings, underpinning can help safeguard the older structure’s foundation from potential damage due to excavation or other activities.
   4. Repairing Faulty Foundations: Older buildings or those constructed with substandard materials often require underpinning to rectify foundation weaknesses and prevent structural failure.
   5. Change in Building Usage: A building originally designed for one purpose may require foundation reinforcement when converted to a different use that imposes greater structural demands.
   6. Regulatory Compliance: Updates in building codes or safety standards can necessitate foundation upgrades, making underpinning a compliance requirement.
   7. Utility Installation: The excavation needed for installing or upgrading utilities can compromise nearby foundations, making underpinning a proactive measure to avoid structural issues.