Sand Creek (Denver, Colorado)

For other uses, see Sand Creek.
Sand Creek[1]

The creek as it flows through Sand Creek Park in Aurora, north of the Anschutz Medical Campus.
Basin
Main source Arapahoe County, Colorado
39°43′13″N 104°44′21″W / 39.72028°N 104.73917°W / 39.72028; -104.73917 (Primary source of Sand Creek[1])
River mouth Confluence with the South Platte
5,095 ft (1,553 m)
39°48′47″N 104°57′08″W / 39.81306°N 104.95222°W / 39.81306; -104.95222 (Mouth of Sand Creek)Coordinates: 39°48′47″N 104°57′08″W / 39.81306°N 104.95222°W / 39.81306; -104.95222 (Mouth of Sand Creek)
Progression South Platte—Platte—
Missouri—Mississippi

Sand Creek is a 14.6-mile-long (23.5 km)[2] tributary that flows into the South Platte River near Commerce City, Colorado. From its source in unincorporated Arapahoe County, it flows through Aurora and Denver before joining the South Platte in Adams County.[1]

Benzene pollution in Sand Creek

In November 2011, a local fisherman noticed an oily sheen on the surface of Sand Creek. Testing found the water of Sand Creek to be contaminated with abnormal levels of the aromatic hydrocarbon, benzene. The source of the benzene was a damaged pipe at the nearby Suncor refinery, from which benzene had seeped into the groundwater and surfaced at Sand Creek. In December 2011, the Colorado Department of Health and Environment began to monitor benzene levels at the junction of Sand Creek and the South Platte River. The results showed benzene levels ranging from 140 ppb to 730 ppb – far above the national EPA limit of 5 ppb. Further downriver in the South Platte, benzene levels were also found to be significantly elevated, ranging from 130 ppb to 190 ppb.[3] Although the source of the benzene has been fixed, levels still remain above the EPA standard for drinking water. This is of concern because the South Platte River is drawn on for drinking water by nearby communities and is frequently used for recreational activities such as swimming and fishing.

See also

References

  1. 1 2 3 "Sand Creek". Geographic Names Information System. United States Geological Survey. Retrieved 2011-01-26.
  2. ↑ U.S. Geological Survey. National Hydrography Dataset high-resolution flowline data. The National Map, accessed March 25, 2011
  3. ↑ Finley, Bruce (January 21, 2012). "Toxics from Suncor refinery spill still seeping into water; Colorado vows to 'accelerate' response". The Denver Post.


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