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
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
The English Coulee meanders through Grand Forks, North Dakota and has many important uses to the City – not only drainage and interior flood protection storage but also pedestrian walking / biking corridor and active recreation opportunities such as ice skating and paddling
Closure of Garrison Dam in the mid 20th Century reduced flow velocities in the areas upstream of the dam, which has induced significant sediment deposition, most notably in the vicinity of Williston, North Dakota.
The City of Williston, in conjunction with the Western Area Water Supply Authority (WAWSA), draws their potable water from the Missouri River
Situated near the headwaters of the Gallatin River watershed, the City of Bozeman has an advantageous location with respect to pristine water quality, but the City is extremely dependent on snowmelt runoff and adequate snowpack, along with natural and constructed reservoir storage, to provide an adequate supply of water to residents throughout the year. Chronic drought conditions from inadequate snowpack and reduced precipitation levels are a significant concern for the City
The City of Great Fall enlisted AE2S to complete the final design of electrical improvements at the Gore Hill Pump Station. The pump station consists of 3 split case horizontal booster pumps, ranging from 75-200 horsepower, with an approximate capacity of 4 million gallons per day (MGD). This pump station provide water service the Gore Hill Tower, which feeds the Great Falls International Airport and Gore Hill Region of Great Falls
Assisted with the development of a scheduled maintenance program for the WTP control system and its associated instrumentation and hardware. The City contracted AE2S to complete this preventative maintenance, as well as perform all on-call I&C services for the water system facilities
The Rocky Boy’s/North Central Montana Regional Water System (RB/NCMRWS) Project is intended to address the water quantity and quality challenges of the Rocky Boy’s Reservation and numerous off-reservation communities, water districts, and other water utilities represented by the North Central Montana Regional Water Authority (NCMRWA)
The City of Aurora retained AE2S to perform two separate, but interconnected studies. The first portion of the study evaluated the existing fiber optic line between the North Campus Server Room and South Campus Server Room
The Oglala Sioux Rural Water Supply System (OSRWSS) receives treated water from the Mni Wiconi Water Treatment Plant (WTP) in Ft. Pierre, SD and provides treated drinking water to four (4) different rural water systems: the Oglala Sioux Rural Water Supply System (OSRWSS) on-Reservation Distribution System, Rosebud Rural Water System, Lower Brule Sioux Rural Water System, and the West River/Lyman-Jones Rural Water System through the OSRWSS Core System that is operated by the OSRWSS