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In today’s construction landscape, efficiency and performance are no longer competing priorities, they’re expected to go hand in hand. As project sites become more constrained and timelines more aggressive, the need for innovative ground improvement solutions continues to grow. That’s where Groutforce™, Chance’s new displacement soil system, enters the conversation. A Smarter Approach to Soil Improvement Traditional ground improvement methods often rely on removing and replac

Every structure relies on what lies beneath it, and at Atlas, that’s where our focus has always been. We’re excited to announce the launch of the Atlas Foundation Podcast, a new platform dedicated to exploring the challenges, innovations, and real-world applications within deep foundation systems. This podcast is designed for engineers, contractors, and industry professionals who want to go beyond the surface and dive into the “why” behind foundation design and construction.

When engineers face loose sands, soft clays, or other weak soils, two common foundation solutions come to mind: displacement piles and CFA piles. Both systems have been used successfully in deep foundations for decades, but recent innovations, like Chance’s GroutForce™ Displacement Pile (GDP), are shifting the way we think about load capacity, installation efficiency, and overall project cost. In this article, we’ll compare CFA piles and displacement piles, highlight their s

In construction, the strength of any structure ultimately depends on one critical factor: what lies beneath it. While superstructures often receive the most visual attention, it is the performance of the foundation system that governs long-term stability, serviceability, and safety. Subsurface conditions, however, are rarely uniform. Variability in soil composition, moisture content, density, and groundwater levels can significantly impact how loads are transferred and resist