October 6, 2011

SEH's Kelly Zylstra was named the 2011 recipient of the Leon A. Smith Award at the Wisconsin Water Association’s (WWA) annual business luncheon on September 22, 2011.


April 8, 2010

The City of Hartford was in critical need of additional water supply capacity to meet the rapidly growing demand of its businesses and residents, as well as to compensate for the loss of supply from state-mandated well closures in recent years.


April 5, 2010

At the 2010 ACEC/MN Engineering Excellence Awards Banquet, SEH received a Grand Award for the Burnsville Surface Water Treatment Plant.


January 1, 2009

The Telecommunications Site Analysis that SEH completed for the City of Eagan, MN was presented an Honor Award as part of the Minnesota-ACEC 2009 Engineering Excellence Awards competition.


January 1, 2008

THE SEH Water Practice Center partnered with prime consultant TSP on the Lead-Deadwood Area Water Study, and received a 2008 Engineering Excellence Merit Award from the South Dakota ACEC (American Council of Engineering Companies).


January 1, 2007

In 2003, EPA Region Five gave notice that it would be moving forward with enforcement of new national radium standards for municipal water supplies in Wisconsin.


January 1, 2006

In expanding one of its water treatment plants, the City of Eagan successfully tackled energy conservation, safety, environmental, overcrowding, technology and aesthetic issues.


January 1, 2006

SEH, in partnership with the City of Anoka, nationally recognized paint manufacturer Sherwin Williams and a qualified contractor, conducted a case study of a new single-coat organic zinc called Galvapac on the City’s 400,000-gallon water tank.


January 1, 2003

The City of Hudson's challenge was to put a water treatment plant with two new supply wells and a much-needed community park on the same 20-acre parcel.


January 1, 2002

The City of Cannon Falls, Minnesota, planned to provide municipal water service to the South Annexation Area along TH 52. Studies indicated that this could only be accomplished with an expanded system including three pressure zones, a new reservoir and a new water booster station.