County drinking water records

Lac qui Parle County, MN drinking water systems

6 community water systems serve Lac qui Parle County, MN, reporting 3,589 people served in all.

None of them had a health-based violation in the last 10 years.

6 rely mainly on groundwater, counting water bought from other systems.

Their lead service line inventories list 13 lead lines, 25 galvanized lines that must be replaced and 742 lines of unknown material.

Community water systems
6
People served, sum of each system's own figure
3,589
Systems with a health-based violation, last 10 years
0
Systems with one unresolved
0
Lead service lines in inventories
13

Water systems serving Lac qui Parle County

6 systems

People served is each system's own figure for its whole service area. Violation counts cover the last 10 years of EPA records.

System Serves People served Main source Health-based violations, 10 years Unresolved Lead lines
Dawson Dawson 1,540 Groundwater 0 0 1
Madison Madison 1,511 Groundwater 0 0 9
Boyd Boyd 175 Purchased groundwater 0 0 0
Bellingham Bellingham 168 Groundwater 0 0 3
Marietta Marietta and land outside it 135 Purchased groundwater 0 0 0
Nassau Nassau and land outside it 60 Purchased groundwater 0 0 0

Cities and towns in Lac qui Parle County

6 places

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Counties come from the counties EPA lists each system serving, matched to 2024 Census counties; where EPA lists none, from the county coded in the system's ID, its service area map, or its mailing address. A county holding at least a fifth of a system's service area map is added when at least a fifth of that map lies in those counties. Towns are the ones EPA lists and the Census places such a map covers, always inside those counties. In New England, where EPA's town names a whole Town, it is not matched to the village of the same name. A system is not listed in a county holding less than a fifth of its map, or in a county or town its map reaches when the map lies mostly outside the counties EPA lists, so a page can leave out a system that serves part of the area. Methodology and limitations