Articles from GeoStabilization International

Emergency design-build stabilization project in Puerto Rico recognized in the Specialty Construction category

GeoStabilization International®, the leading geohazard mitigation firm in North America, announces today that Dominic Ivankovich is joining the team as Chief Executive Officer (CEO). Ivankovich succeeds Colby Barrett, who has led GeoStabilization since 2008. Barrett will stay on as Vice Chair of the Board of Directors.

Landslides, rockfalls and other natural hazards can happen at a moment’s notice, and often occur without warning – causing devastation and costly repairs. To better understand the leading indicators of these dangerous events, GeoStabilization International® introduces its new Geohazard Asset Management and Monitoring (GAMM) group – the next evolution in protecting against the dangers of geohazards before they occur. The group further expands the company’s suite of end-to-end solutions by offering data collection, interpretation, and analysis of natural hazards in real-time to provide a better understanding of risk and preparation for geohazard potential.

Railways are critical for efficient and cost-effective movement of commodities across long distances. But they are only as productive as they are operable – making it crucial for track maintenance downtime to be minimal and repairs sustainable. With the innovative RailJET® Subgrade Stabilization System, GeoStabilization International® is optimizing productivity through reduced cyclical track bed maintenance and costs, including limited hi-rail access only areas with dense high tonnage train traffic.

GeoStabilization International® brings advanced technology to slope stabilization with its new Remote Operated Launcher System. Slope stability is critical for maintaining safe and sustainable infrastructure. This cutting-edge solution increases crew capabilities and productivity by providing flexible and customizable carrier configurations for the launched soil nail stabilization method adaptable to virtually any slope angle and slope length.