Rowan Road Pump Station, Pasco County, Florida
Provided geotechnical engineering services associated with the evaluation of existing storm water pump station facility on the east side of Rowan Road in Pasco County, Florida.
MC Squared provides specialized geotechnical and materials testing services for water and wastewater infrastructure projects. Our expertise supports the development of reservoirs, treatment facilities, pump stations, and distribution systems, ensuring structural integrity and long-term performance under varying environmental conditions.
We prioritize cost-effective, sustainable solutions that enhance water quality, protect public health, and improve system reliability. Our team collaborates with municipalities, utilities, and engineering firms to optimize designs, mitigate risks, and support regulatory compliance throughout the project lifecycle.
Through advanced testing methodologies and a deep understanding of subsurface conditions, we help deliver resilient infrastructure that efficiently manages water resources and withstands future demand.
Provided geotechnical engineering services associated with the evaluation of existing storm water pump station facility on the east side of Rowan Road in Pasco County, Florida.
Provided comprehensive geotechnical explorations, seismic study, and foundations evaluations and recommendations. Our recommendations consisted of deep foundations and shallow mat foundations. The project is a seven
Provided materials testing of soils, concrete and asphalt for this expansion project, which includes a new electrical building, new pump building, yard piping and civil grading and paving.
Provided geotechnical and foundation recommendations for the project vicinity, conduct soil drilling & make recommendations for the foundation design. Also, provided construction oversight, value engineering and inspection. Provided construction materials testing and inspection during Vibro-Replacement for the Biological Treatment and Effluent Pump Station Structures.
Provided subsurface investigations and associated recommendations for this project which was intended to improve the water quality of the effluent from the Combined Sewer Outfall (CSO) system of the Stockade sub-basin in southeast Atlanta. The plan included the design of approximately 52,000 LF of new sanitary sewer and 11,000 LF of new storm sewers including tunneling under I-20.
Provided subsurface investigations and associated design recommendations for the expansion of the facility from 4.5 to 12 MGD. Components of the project included new headworks, bioreactors, clarifiers, filters, reject storage tanks, electrical buildings and pump stations. Provided materials testing of soils, concrete and asphalt during construction phase.