California High-Speed Rail Project Ground Improvement Project
Ground improvement works for the California High-Speed Rail project using High-Energy Impact Compaction (HEIC) to help address challenging site conditions.
Improving Ground Stability on an 8-Mile Mining Haul Road
Mining haul roads carry some of the heaviest traffic in industrial construction, making ground stability critical to safety, productivity, and long-term road performance.
Ground Improvement for Data Center Development
As data center developments continue expanding across the United States, ground improvement is becoming a critical part of fast-tracked site preparation and long-term performance.
Precision Ground Improvement at the Greeley Civic Centre
The Greeley Civic Centre project required precision ground improvement to support demanding structural loads, including column loads up to 500 kips and wall loads of 10 kips per linear foot.
Ground Improvement for the Bishop Road Realignment
The project required building over 15ft of heterogeneous mine backfill consisting of overburden materials with variable particle sizes and inconsistent density.
Microsoft Data Center Development
In the high-stakes environment of data center construction, schedule and structural reliability are the two most critical metrics.
Accelerating Construction for Healthcare Infrastructure
When building critical healthcare infrastructure, the foundation must be as reliable as the services provided inside.
Stabilizing Critical Border Infrastructure
Expanding one of the busiest port of entry in the United States requires a foundation that can withstand constant heavy-vehicle traffic.
Stability and Safety in the Oil and Gas Industry
The U.S. oil and gas industry is a major economic engine, significantly contributing to energy production, employment, and revenue generation.
HEIC for Liquefaction Mitigation
Liquefaction is a phenomenon that can occur in saturated soils during seismic events, causing significant damage to structures and infrastructure.