A landslide on the access road leading to an active well pad in North Dakota threatened to halt 24/7 operations entirely. Any extended closure would stop production, creating significant financial exposure for the energy producer. The remote location, near-term weather risks, and the urgency of maintaining uninterrupted well pad access added layers of complexity to an already difficult remediation.
GeoStabilization developed a landslide remediation approach that outperformed every competing concept—not just on technical merit, but on schedule and cost. The innovative design coupled novel installation techniques with a lean, value-engineered approach that no other proposed solution could match.
GeoStabilization's solution reduced the project's duration by 50 percent compared to the next-best alternative—a decisive advantage for an energy operation that could not sustain a prolonged road outage. The approach also cost less than all other competing concepts, delivering exceptional value for the owner. The completed repair eliminated the risk of complete road failure and ensured uninterrupted 24/7 access to the well pad, protecting the owner from production downtime.
Rapid deployment to remote locations is a defining GeoStabilization capability. Purpose-built slope stabilization technologies suited for off-road environments were mobilized efficiently, and the fully integrated design-build delivery eliminated the coordination burden of managing multiple contractors in a demanding field environment. This project exemplifies GeoStabilization's ability to deliver landslide remediation for the energy sector with speed, cost discipline, and operational reliability.
