City and town drinking water records

Water systems serving Sallisaw, OK

3 community water systems have a mapped service area in Sallisaw, OK. Sallisaw covers 81% of the area inside Sallisaw's Census boundary and reports serving 8,510 people in all.

3 of them had at least one health-based violation in the last 10 years. 1 system still has one unresolved.

3 rely mainly on surface water, counting water bought from other systems.

2 systems filed a lead service line inventory listing 0 lead lines, 2 galvanized lines that must be replaced and 2,863 lines of unknown material.

Community water systems: 3
Systems with a health-based violation, last 10 years: 3
Systems with one unresolved: 1
Lead service lines in inventories: 0

Water systems serving Sallisaw

3 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	Area	People served	Main source	Health-based violations, 10 years	Unresolved	Lead lines
Sallisaw	Covers 81% of Sallisaw	8,510	Surface water	4	0	0
Sequoyah Co. RWD #4	Covers 13% of Sallisaw	1,750	Purchased surface water	4	0	0
Sequoyah Co. RWD #3	Covers 3% of Sallisaw	1,040	Purchased surface water	5	4	No inventory

Other cities and towns in Sequoyah County

27 places

Back to Sequoyah County, OK

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