St. Peters, MO
Food Plant Building Addition
Site work for a building addition at an operating food processing plant in St. Peters: slab subgrade remediated 2' deep with crushed stone, plus new storm and French drain.
View project →Kuesel works from O'Fallon on commercial and industrial sites across St. Charles County. Our site package brings excavation, grading, water, sanitary and storm utilities together, with soil stabilization when the geotechnical design calls for it.
Building elevations, storm drainage and utility crossings need to work together before excavation starts. Send the grading plan and utility profiles together so earthwork and pipe installation can be reviewed as one scope.
Moisture, unsuitable fill and drainage can change the subgrade approach. Use the site's geotechnical report and testing requirements rather than assuming neighboring properties have the same soils.
Confirm grading, erosion-control and utility connection requirements with the applicable municipality, county and utility owner. Approved plans and access arrangements help define what can be priced and when the work can begin.
St. Peters: Site work for a building addition at an operating food processing plant in St. Peters: slab subgrade remediated 2' deep with crushed stone, plus new storm and French drain.
St. Peters, MO
Site work for a building addition at an operating food processing plant in St. Peters: slab subgrade remediated 2' deep with crushed stone, plus new storm and French drain.
View project →St. Peters, MO
Fire main repair at a big-box retail store in St. Peters: 10" ductile iron replaced and reconnected, with the concrete floor and sidewalk removed and restored.
View project →Wentzville, MO
Sanitary main for a build-to-rent single-family community in Wentzville: about 1,700 LF of 12" PVC upsized from 10", with a 526 LF segment lowered and converted to C900.
View project →O'Fallon, MO
Yard improvements at an operating construction-products facility in O'Fallon: regraded yard, crushed limestone surface over geotextile, new storm and erosion control.
View project →