Pump Station 190, Pinellas County, Florida
Provided geotechnical engineering services for the proposed improvements of Pump Station 190 adjacent to Miami Avenue in Indian Rocks Beach, Pinellas 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 for the proposed improvements of Pump Station 190 adjacent to Miami Avenue in Indian Rocks Beach, Pinellas County, Florida.
Provided geotechnical engineering services for the proposed improvements associated with project identified as Pinellas County PS 079 Replacement.
Provided construction materials testing and inspection for the Walnut Creek Water Reclamation Facility LAS Expansion II.
Developed by C-43 Water Management Builders for the South Florida Water Management District (SFWMD) and U.S. Army Corps of Engineers (USACE), the C-43 West Basin Storage Reservoir is a 170,000-acre-foot infrastructure project designed to store excess freshwater from the Caloosahatchee River, stabilize salinity levels, and prevent algal blooms. MC Squared provided critical laboratory management, construction materials testing, and quality control, ensuring compliance with USACE standards. Our contributions—including testing 22 million cubic yards of embankment, 110,000 tons of soil-cement armoring, and 19 miles of soil-bentonite cutoff wall—have helped ensure the reservoir’s durability, reliability, and long-term impact on Florida’s water resources and communities.
The tunnel itself is proposed to be approximately 5 miles long, have a 27-foot diameter, and have a storage volume of 88 million gallons. Tunnel
Provided subsurface investigations and associated foundation recommendations for a new Water Treatment Plant at the Brighton Seminole Reservation. In addition, we also provided materials testing of soils and concrete on the construction phase of the project. Project components include a new clearwell, process/administration building, generator building, chemical storage area, degasifier/transfer pump station and associated piping.