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WATER & WASTEWATER TREATMENT​

WATER & WASTEWATER TREATMENT

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WATER & WASTEWATER TREATMENT

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.

WATER & WASTEWATER PROJECTS

WATER & WASTEWATER
PROJECTS

Various Phases of the Quarles Plant Cobb County, Georgia

Provided geotechnical exploration, laboratory testing and engineering foundation recommendations for the expansion at the James E. Quarles Water Treatment Plant.We also provided construction materials testing and inspection services and provide foundation consulting services and recommendations for the excavation and installations of the foundations. MC Squared, Inc. evaluated the viability of the existing concrete tanks to be re-used as part of the rehabilitation of the plant Performed Ultrasonic Assessment of the concrete tank using a V-Meter.

Pump Station 018, Pinellas County, Florida

Provided geotechnical engineering services to support the design of a new Pump Station and approximately 1000 LF of force main with 3 feet of cover in Pinellas County, Florida.

Snapfinger Pole Bridge Station, DeKalb County, Georgia

Provided the planned structures included an electrical building, an odor control building, and a wet well for the proposed pump station The wet well shaft was approximately 200 feet deep with circular concrete walls to house pumps and store wastewater.The excavation for the shaft consisted of open cut to top of rock followed by rock excavation by blasting or by shoring the excavation using soldier piles and lagging system. We performed geotechnical explorations, rock coring and laboratory testing to arrive with the most cost-effective foundation system to support the construction.