WATER TREATMENT PLANT FILTER IMPROVEMENTS Great Falls, Montana About the Project The City of Great Falls, MT operates a conventional surface water treatment facility to… Read More »Great Falls Water Treatment Plant Filter Improvements
WATER STORAGE ASSESSMENT AND RELATED IMPROVEMENTS Great Falls, Montana About the Project The City of Great Falls maintains several water storage facilities located within its… Read More »Great Falls Water Storage Assessment and Related Improvements
RAMPART DAM VALVE CONDITION ASSESSMENT Colorado Springs, Colorado About the Project Colorado Springs Utilities (CSU) has numerous pump and valve stations throughout its system that… Read More »Colorado Springs Utilities Rampart Dam Valve Condition Assessment
Hydraulic design of parallel high density polyethylene (HDPE) pipelines for the purpose of gathering production water from oil extraction pads and delivering freshwater to the client for fracking and wellbore maintenance. Review of design drawings and cross referencing service connections with North Dakota Industrial Commission (NDIC) data. Develop production water decline curve for forecasting required hydraulic capacity. Right-of-way (ROW) easement verifications and associated Geographical Information System (GIS) progress depiction. Develop specification for hydrostatic testing
AE2S was hired by Wanzek Construction to provide surveys for the Rugby Wind Turbine Project in Pierce County, North Dakota during the summer of 2008. The project consisted of six surveying categories as listed below:
The facility expansion consists generally of increasing the capacity of the existing 90k bpd produced water processing & injection facility to 150k bpd. Design highlights include:
BDM Rural Water System retained AE2S to deliver a variety of services it needed. Services included planning updates to the west side of the system to meet existing and future capacity needs, treatment facility and distribution system water quality optimization, and general support to the BDM management and operational staff
The new Grand Forks Regional Water Treatment Plant (WTP) is capable of treating raw water from either of the City’s source waters with a treatment capacity between 16 and 20 million gallons per day (MGD). The WTP utilizes a combination of unit processes including pretreatment, ultrafiltration (UF), reverse osmosis (RO), lime softening, ozonation, biologically activated carbon (BAC) filtration, and chlorine/chloramine disinfection
The City of Woodbury encountered major challenges with their SCADA system, drawing attention to the need for replacement. AE2S assisted with the design process and provided technical expertise and collaboration for the SCADA system design update. AE2S first completed a comprehensive system assessment to perform a detailed review of the existing SCADA system and associated equipment
The new Grand Forks Regional Water Treatment Plant (WTP) is capable of treating raw water from either of the City’s source waters with a treatment capacity between 16 and 20 million gallons per day (MGD). The WTP utilizes a combination of unit processes including pretreatment, ultrafiltration (UF), reverse osmosis (RO), lime softening, ozonation, biologically activated carbon (BAC) filtration, and chlorine/chloramine disinfection