Project Details:

Project: DOT Foods

Location: 301 American Boulevard, Bear DE 19701

Duration: 2026 - Current

Project Details:

Diamond Materials is undertaking the DOT Foods project in Bear, Delaware, valued at $2,979,805.50. The purpose of this project is to prepare the site for the construction of two additional building pads that will support new cold storage and dry storage facilities for DOT Foods. The work also includes tying into existing utility infrastructure and completing associated site improvements, including asphalt and concrete paving. Diamond Materials' portion of the project is scheduled for approximately six months, while the overall development is anticipated to be completed in March 2027. At this time, Diamond Materials expects to complete its scope within the original six-month schedule.

The scope encompasses site development across approximately 9.38 acres of land disturbance, including 7,111 cubic yards of cut-to-fill earthwork and an anticipated 17,151.26 cubic yards of imported fill material. No clearing operations are included within Diamond Materials' scope. Utility installation consists of approximately 1,680 linear feet of storm drainage and 95 linear feet of sanitary sewer. Paving and concrete operations include placement of 5,065 tons of asphalt, 1,053 cubic yards of concrete, 285 square feet of sidewalk, 3,895 square feet of dolly strips, and 1,315 linear feet of curb. No special stormwater management facilities are included as part of this project.

A notable challenge has been the accelerated project startup, as Diamond Materials assumed the site work scope from a previous contractor. This required rapid coordination, planning, and mobilization to maintain the overall construction schedule while organizing project logistics and field operations. Through efficient project management and close coordination with the client, Diamond Materials has successfully transitioned into the project and continues to advance site development on schedule while maintaining quality and operational efficiency.