Burnsville SCADA Integration and Control Systems
SCADA INTEGRATION AND CONTROL SYSTEMS Burnsville, Minnesota About the Project AE2S was instrumental in the City of Burnsville’s SCADA and controls system improvements design and implementation in 2008. We continue to be the City’s sole provider of SCADA services including site rehabilitation controls design and consulting, controls improvements budgeting, PLC programming, SCADA programming, and site […]
Minnetonka Water Treatment Plant Electrical Upgrades
MINNETONKA WATER TREATMENT PLANT ELECTRICAL UPGRADES Minnetonka, Minnesota About the Project The City of Minnetonka has eight small water treatment plants (WTPs) which each consist of one remote submersible well, one vertical turbine well, two booster pumps, and two filters. The age of all electrical equipment within the WTPs was beyond its useful life, and […]
Minnetonka Ridgedale Booster Station Improvements
RIDGEDALE BOOSTER STATION IMPROVEMENTS Minnetonka, Minnesota About the Project The City of Minnetonka identified the need to rehabilitate the Ridgedale Booster Station and selected AE2S for the design, bidding, and construction phase services for the project. The booster station rehabilitation includes the removal and replacement of the entire existing electrical equipment, including electrical for three […]
SPCC and SWPPP Implementation
SPCC and SWPPP Implementation Minnesota About the Project Our client in Minnesota conducted an environmental audit and determined they lacked required spill prevention, control, and countermeasure (SPCC) and stormwater pollution prevention (SWPPP) plans. As a trusted advisor, they reached out to AE2S for assistance in quickly developing these plans. Staff Knowledge Leads to Quick Turnaround […]
Woodbury SCADA Design and Implementation
WOODBURY SCADA DESIGN AND IMPLEMENTATION Woodbury, Minnesota About the Project 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. Project Details Date: 2017 – 2018 Client: City of […]
GIS for Fargo-Moorhead Metropolitan Area Flood Diversion Project
GIS FOR FARGO-MOORHEAD METROPOLITAN AREA FLOOD DIVERSION PROJECT Cass County, North Dakota About the Project The Diversion Authority, made of up of stakeholder entities in the Fargo and Moorhead area, is working on permanent flood protection for the community. The FM Area Diversion Project will protect the community from a catastrophic flood event and prevent […]
Burnsville City-Wide 2D Storm Sewer System Model, Resiliency Study, and Lake Level Analysis
CITY-WIDE 2D STORM SEWER SYSTEM MODEL, RESILIENCY STUDY, AND LAKE LEVEL ANALYSIS Burnsville, Minnesota About the Project The City of Burnsville had an XP-SWMM 1D model that was not providing the information they needed to make informed decisions for prioritizing and designing flood risk reduction projects. To move the City forward, AE2S developed a City-wide […]
Grand Rapids Public Utilities Wastewater Treatment Plant Upgrade and Expansion
WASTEWATER TREATMENT PLANT UPGRADE AND EXPANSION Grand Rapids, Minnesota About the Project Faced with aging infrastructure, the potential expansion of a significant industrial user, and the desire to consolidate treatment facilities from two different sites to a single existing site, the Grand Rapids Public Utilities Commission (GRPUC) retained AE2S to plan, design, and administer construction […]
Otsego Biosolids Building
BIOSOLIDS BUILDING Otsego, Minnesota About the Project AE2S worked with the City of Otsego to complete a Wastewater Master Plan in 2018 that charted the wastewater utility’s direction for the next 80 years. The first major project from the Master Plan is a Biosolids Building, which will dewater thickened waste activated sludge (TWAS) from both […]
Eden Prairie GSR and Pump Station
GSR AND PUMP STATION Eden Prairie, Minnesota Planning for a new four-million-gallon ground storage reservoir and pump station began in 2014. Distribution system modeling indicated that the City would benefit from additional operational storage as well as an increase in emergency storage time while providing some redundancy when taking a water tower out of service […]