Provided Geotechnical Engineering Recommendations and construction materials testing and inspection for the 100 acres natural effluent treatment facility. The project consists of building an impoundment (earthen dam) to treat wastewater.
Provided consulting engineering, construction oversight, management & inspection and construction materials testing and engineering recommendations of soils, concrete and asphalt for the Highland Avenue WTP. Construction costs $70 million.
Provided engineering recommendations and construction oversight, management & inspection and construction materials testing of soils, concrete and asphalt for the JB Messerly WTP. Construction costs $80 million.
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 (7.0) million gallon (MG) buried underground stormwater vault retention consisting of cast-in-place concrete beams, columns with side walls, overflow weir and box culvert by-pass to storage vault. The foot print of the vault is approximately 90,000 square feet. In addition, we provided design recommendations for the proposed stormwater pond area which is approximately 780,000 square feet and is located on the SW corner of the intersection of Martin and Little Streets, Atlanta, Georgia.
Provided comprehensive geotechnical engineering services for the Custer Avenue CSO Relief Storage Vault project which were performed in two Phases. We evaluated the soil conditions and groundwater levels at the site, and provided recommendations concerning site development and foundation design and construction recommendations for the proposed storage vault. The proposed vault is a new five (5) million gallon buried underground stormwater vault retention consisting of cast-in-place concrete with side walls, overflow weir and box culvert by-pass to storage vault. The foot print of the vault is 58,000 square feet, City of Atlanta, Georgia.
Provided geotechnical exploration, laboratory testing and engineering recommendations for the Snapfinger Wastewater Treatment Plant Dewatering Building.
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.
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.
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.
Served as the owner’s representative onsite as well as providing construction materials testing and inspection services, such as concrete and soils testing, and offsite lab concrete compression testing. Also provided remediation solutions associated with the removal and replacement of a 24” groundwater runoff drain pipe on the northside of the reservoir dam.
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 construction inspection and testing of various components of the Water Treatment Plant at the WB Casey WTP. Services included construction oversight and inspection.
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 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 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.
Provided subsurface investigations and associated foundation recommendations for the expansion of the facility from 6 to 12 MGD. Components of the project included new reclaimed water storage tanks, UV electrical building, new deep bed filters, three new clarifiers, 2 new oxidation ditches, new pump station, two (2) new flow meter assemblies and 3000 LF of new 20 inch pipeline including Horizontal Directional Drilling under an existing creek. Monitored installation of over 3400 pre-stressed concrete piles.
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.
Provided subsurface investigations and associated design recommendations for the expansion of this facility from 5 to 10 MGD. Components of the project included new headworks, fermentation basins, clarifiers, deep bed filters, reject storage pond, electrical buildings and reject storage tanks. Monitored installation of over 900 auger cast piles.
Provided subsurface investigations and associated recommendations for 2 new 800,000 gallon tanks, 1 new 250,000 gallon tank, an elevated walkway and miscellaneous site piping for the existing water treatment facility.
Provided subsurface investigations and associated recommendations for the expansion of this facility from 9 to 12 MGD. Components of the project included new headworks, clarifier, new pump station and reject storage tanks. Provided materials testing of soils, concrete and asphalt during construction phase. Construction costs $30 million.
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.
Provided subsurface investigations and associated foundation recommendations for a new Waste Water Treatment Plant at the Big Cypress Seminole Indian Reservation. In addition, we provided materials testing of soils and concrete on the construction phase of the project. Project components include WTP process building, stormdrain detention facility, clearwell and a concentrate/disposal storm percolation pond along with associated piping.
Provided subsurface investigations and associated foundation recommendations for the Water Treatment Plant additions at the Hollywood Seminole Indian Reservation. In addition, we 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.
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 materials testing of soils, concrete and asphalt for this expansion project, which includes a new sodium hypochlorite storage and feed building, new chemical mixing station, reservoir flow control and metering station, yard piping and civil grading and paving.
Provided Geotechnical investigation, soil classification and recommendations for foundation design.
Provided Geotechnical & Materials Consulting Engineering Services including recommendations for foundation design.
Provided Geotechnical evaluations and recommendation. Our geotechnical study identified geological hazards.
Provided construction materials testing and inspection for the Walnut Creek Water Reclamation Facility LAS Expansion II.