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
The City of Mandan was faced with a failing 75 year old, one million gallon steel ground storage reservoir originally built on the Collins Avenue storage site. The reservoir was originally built near main street and established residential and commercial areas. In 2007, the reservoir experienced several leaks and the City was mandated by the North Dakota Department of Health to repair the tank
Although the St. Cloud Water Treatment Facility (SCWTF) was relatively “new”, numerous existing systems had been identified as problematic from either an operational, maintenance, or performance standpoint. The condition of process equipment was on the decline, regulatory requirements were increasingly strict with critical deadlines rapidly approaching, and consistent community growth was challenging the treatment capacity of the facility
Watertown Municipal Utilities (WMU) administers the water utility within the City of Watertown, SD. Due to compliance issues with increasingly complex surface water regulations and concerns over elevated concentrations of disinfectant by-products (DBPs), along with the age of many components within the Lake Kampeska WTP, the continued use of the surface water became less attractive to Watertown
To address increasing water demands, and to provide a reliable water source for the community, the City of Bismarck retained AE2S to design a new Horizontal Collector Well (HCW) intake for the Bismarck Water Treatment Plant. AE2S followed a phased approach for design of the HCW system. The project was separated into three components; Phase I consists of the collector caisson and lateral wells, Phase II is the raw water transmission line from the well to the WTP, and Phase III includes the pumping station at the well
The Fairmont Water Treatment Plant (WTP) was experiencing treatment capacity limitations as well as challenges related to aging infrastructure, including operational difficulties related to deteriorating and outdated treatment processes. Proposed drinking water regulations would likely require improvements or advanced treatment processes to be implemented in the future at the WTP
The expanding oil and gas industry in northwest North Dakota strained water systems’ abilities to keep up with domestic and industrial water needs. As the economic hub of the region, the City of Williston continues to experience considerable growth, and it’s anticipated that the growth will continue. Exacerbating the domestic water demands are industrial water demands from the oil and gas industry within the region, estimated at over 40 million gallons per day (MGD)
The Fargo Water Treatment Plant (WTP) uses a combination of water from both the Red River and Sheyenne River, with the Sheyenne River being used nearly 40 percent of the time. Unfortunately, changing water quality in the Sheyenne River was challenging the City’s ability to utilize this important water source because it contains high salt concentrations, including sulfates and bromide, which posed a significant treatment challenge to the existing Fargo WTP