Kentucky's karst limestone terrain across the central and western regions produces dissolution voids that defeat conventional drilled pier installation, a foundation challenge KYTC and Kentucky developers encounter throughout the state's extensive carbonate bedrock belt.
It's a recurring example of the Subsurface Void & Sinkhole Problems conditions KYTC and local owners manage statewide.
Steel casing on Kentucky cased micropiles bores through karst voids and dissolution-affected soil that would collapse an uncased borehole before concrete placement. This is one application of GSI's broader cased micropiles expertise.
Cased micropiles founding below Kentucky's confirmed dissolution zones reach verified competent limestone, established through test borings rather than assumed depth. GSI's foundation bearing micropiles experience informs this approach.
Compression and uplift capacity in Kentucky cased micropiles is engineered for the full range of structural demand across the state's karst-affected foundation sites. This draws directly on GSI's engineers work.
GSI's mining operations experience also informs how these Kentucky projects are scoped from the start.
Engineered for Kentucky's conditions. GSI's Kentucky cased micropiles are engineered specifically for the karst dissolution voids common throughout the state's central and western carbonate belt. Supported by commercial properties and our case studies.
Design/build delivery. The same organization designs and installs — eliminating the gaps that traditional design-bid-build creates.
KYTC specification compliance. Project documentation and field methods comply with state DOT standards from the project's first submission.
KYTC partners and Kentucky infrastructure owners describe GSI's cased micropiles results.
GSI's engineers are ready to assess cased micropiles conditions at your Kentucky site.