LINDSTROM EXCAVATING CONTRACTORS, INC.

Lindstrom Excavating Contractors, Inc. specializes in heavy civil earthwork and infrastructure construction, with demonstrated expertise in dike raising, embankment construction, and coastal resilience projects. Their work on Poplar Island’s Cell 6 and Cell 11 dike raisings reflects advanced capabilities in hydraulic engineering, sediment management, and precision grading within sensitive tidal environments. The contractor applies heavy equipment operations, compaction control, and geotechnical stabilization techniques to construct durable, erosion-resistant structures in challenging maritime settings. Their technical proficiency includes working with imported fill materials, implementing erosion control measures, and adhering to strict environmental compliance protocols in ecologically sensitive areas, positioning them as a niche provider for shoreline protection and island restoration initiatives. The company has delivered work for the Department of Defense, primarily supporting infrastructure projects tied to military land management and environmental stewardship. Their engagement with DoD suggests alignment with installations requiring habitat restoration, flood mitigation, or coastal defense upgrades, indicating a trusted partnership in mission-critical civil works outside traditional military construction scopes. Lindstrom’s primary focus is under NAICS 237990, which encompasses specialized heavy and civil engineering construction not classified elsewhere—specifically large-scale earthmoving, hydraulic structures, and site preparation for environmental or infrastructure resilience. This vertical specialization distinguishes them from general contractors, as they execute complex, low-volume projects requiring site-specific engineering solutions rather than standardized builds. As a small business structured as a 2L entity based in Worton, Maryland, Lindstrom Excavating Contractors operates regionally with deep familiarity with the Mid-Atlantic’s coastal geology and regulatory frameworks. Though currently without federal certifications, their localized presence and hands-on execution in high-sensitivity environments establish a strong foothold in niche civil works markets, particularly where environmental compliance and precision earthwork intersect.