Bowman completed a drainage basin analysis and groundwater study to evaluate the impact mining would have on the regional watershed within the Adirondack Mountains.

Bowman completed a drainage basin analysis and groundwater study to evaluate the impact mining would have on the regional watershed within the Adirondack Mountains.

Bowman project hydrogeologists evaluated the deepening of a quarry that was located immediately adjacent to the Hudson River with a floor 200-ft below the river. A field investigation was developed, and an analysis was performed to evaluate the potential to deepen the quarry by an additional 100-ft.

Bowman investigated the groundwater and surface water relationships for a proposed mining site, which included an upland wetland system and surface drainage within the drainage basin.

Bowman prepared a groundwater work plan and implemented a groundwater investigation. The purpose of the investigation was to address the karstic terrain surrounding the 300-acre cement quarry.

Bowman directed a $2M program to design and construct a series of liner systems in the Bushkill Stream which borders Hercules Cement’s Stockertown Quarry. Water from the stream historically leaked into the quarry through karstic features with required expensive dewatering efforts.

Our team was selected to lead the design team for San Diego State University (SDSU) in building a world-class university campus, research center and multi-use stadium in Mission Valley. The project will serve higher education, the public good and the community’s goals and aspirations.

Provided civil engineering, construction survey, and environmental planning on the new Padres ballpark (Petco Park). As the lead civil engineer on the project, we provided a broad range of services including hardscape plans for the utilities to serve the ballpark and surrounding five plazas and streets; land use studies; cost estimates; construction-staking surveying; and construction management.

Our team of experts provided complete civil engineering and surveying services for design, preparation of construction plans and specifications, and permitting, bidding, and construction inspection and administration of a new Water Treatment Plant and stormwater management pond at the Dunaway well site for ECUA.

Our team completed the design survey of approximately 6,700 LF for the purpose of a new sanitary sewer relief interceptor in the City of Fort Worth. The proposed alignment for this project traversed through a city park, crossed US Highway 287, Sycamore Creek, and public right-of-way.