When land has been disturbed — by mining, industrial use, landfill, or major earthworks — returning it to a stable, safe, and productive state is called land reclamation. Poorly managed reclamation can leave hidden liabilities: unstable soil, contamination, poor drainage, and uneven settlement. Done correctly, however, it transforms a liability into long-term value. Why Land Reclamation Matters […]

Introduction If you’re a landowner, developer, general contractor, architect, or structural engineer who actually wants to get the most for your money when it comes to foundations and earthwork, this article’s for you. This discussion is about value engineering at its finest: understanding when a deep foundation is truly necessary and when smart collaboration can save you a fortune. Why We Go […]

The Advantages of STELCOR® Drilled-In Displacement Micropiles When load demand meets poor soil, STELCOR® piles by IDEAL GROUP offer an elegant solution that bridges the gap between traditional deep foundations and ground improvement systems. Unlike driven or auger-cast piles, STELCOR® Drilled-In Displacement Micropiles (DDMs) create strength through controlled soil displacement—not removal. The steel core and grout bond […]

When it comes to ground improvement, rigid inclusions don’t always need to be made of steel or concrete. In certain soil profiles and structural applications, timber piles can serve as an efficient, durable, and environmentally responsible alternative- especially for low- to moderate-load foundations. At Garbin GeoStructural Group, we’ve engineered and reviewed projects where timber piles were used […]

At Garbin GeoStructural Group (GGG), we love a challenge. Developers often come to us excited about a “great deal” they’ve scored on a piece of land—only to discover that the site has more slop than soil. In today’s market, most prime properties have already been built on. What’s left are sites that remain undeveloped either […]

It’s a universal truth in construction: the highest fills, heaviest loads, or tallest structures always seem to land on the weakest soils. These are the sites where traditional ground improvement techniques like stone columns or soil mixing often hit their limits. When soils are extremely soft—think toothpaste consistency—many methods are either difficult to construct or […]