Celia Avenue Culvert Project
The storm water project consisted of a Feasibility Study and Design which included a hydrologic and hydraulic analysis of a culvert draining a fully-developed 100 acre urban watershed. [...]
The storm water project consisted of a Feasibility Study and Design which included a hydrologic and hydraulic analysis of a culvert draining a fully-developed 100 acre urban watershed. [...]
Located in the “Sherwood Forest” area of Charlotte, the Gaynor project encompasses an urban watershed of approximately 155 acres. The purpose of this project is to prevent structural [...]
The Shadowlake Pond Water Quality Improvement Project consisted of the analysis and design of an existing 2.40 acre neighborhood pond in South Charlotte. The purpose of the project was to [...]
Located in the “Collinswood” area of Charlotte, The Conway/Briabend Storm Drainage project encompasses a fully-developed, 225-acre urban watershed. The purpose of the project is to reduce [...]
The purpose of the East Providence Project was to mitigate house and road flooding. Armstrong Glen provided surveying, hydrologic and hydraulic modeling, and designed storm water system [...]
Armstrong Glen was responsible for design and specifications for Phase I of R.L. Smith District Park located in Mecklenburg County. The park will ultimately encompass 208 acres. Phase I [...]
The purpose of the project was to provide containment and treatment for storm runoff from Mecklenburg County’s North Recycle Center. The 5 acre site is used to temporarily store [...]
Located in North Charlotte, the Pickway Pond Water Quality Improvement Project was implemented to repair a pond dam with a compromised outlet structure. For this project, Armstrong [...]
Provided modeling, preliminary planning, engineering design, construction drawings, and specifications related to channel improvements and culvert replacements along Greentree Drive, [...]
Field surveying, modeling, public involvement, easement mapping, and final construction drawings for storm water improvements to a tributary of Campbell Creek. The project area consisted [...]