What About Lead?
Wickson Creek SUD - click here to return to the utility page.
According to EWG’s analysis of 2019 lead testing results, this utility complied with federal water quality regulations for lead. Under the federal Lead and Copper Rule, lead concentrations must be below 15 parts per billion (ppb) in 90 percent of households sampled. If this legal limit is exceeded, the water utility must apply measures to control lead leaching from water pipes.
Number of lead samples taken in 2019: 61
Highest level detected in 2019: 4.4 ppb
Complying with the EPA's lead rules doesn't mean that the water is safe for children to drink. The EPA’s recent modeling suggests that lead concentrations in the 3.8 to 15 ppb range can put a formula-fed baby at risk of elevated blood lead levels. In 2009, the California Office of Environmental Health Hazard Assessment set a public health goal level of 0.2 ppb for lead in drinking water to protect against even subtle IQ loss in children.
Lead Results, 2019
Samples in red indicate that the sample is above the EPA action level.
Date | Lab ID | Result |
---|---|---|
2019-08-08 | C026246-10 | 4.44 ppb |
2019-07-24 | C024593-09 | 2.62 ppb |
2019-08-07 | C026246-16 | 2.56 ppb |
2019-08-09 | C026246-03 | 2.12 ppb |
2019-07-24 | C024593-15 | 1.83 ppb |
2019-07-24 | C024593-05 | 1.78 ppb |
2019-08-08 | C026246-21 | 1.68 ppb |
2019-07-24 | C024593-08 | 1.57 ppb |
2019-07-24 | C024593-25 | 1.35 ppb |
2019-08-09 | C026246-18 | 1.25 ppb |
2019-08-09 | C026246-28 | 1.20 ppb |
2019-07-24 | C024593-26 | 1.15 ppb |
2019-07-24 | C024593-02 | 1.14 ppb |
2019-07-24 | C024593-07 | 0.969 ppb |
2019-07-24 | C024593-24 | 0.942 ppb |
2019-07-24 | C024593-11 | 0.892 ppb |
2019-07-24 | C024593-01 | 0.871 ppb |
2019-08-13 | C026355-01 | 0.820 ppb |
2019-07-24 | C024593-20 | 0.786 ppb |
2019-07-24 | C024593-19 | 0.763 ppb |
2019-08-08 | C026246-05 | 0.654 ppb |
2019-07-24 | C024593-30 | 0.650 ppb |
2019-07-24 | C024593-10 | 0.639 ppb |
2019-07-24 | C024593-16 | 0.636 ppb |
2019-07-24 | C024593-28 | 0.595 ppb |
2019-07-24 | C024593-03 | 0.572 ppb |
2019-08-09 | C026246-26 | 0.552 ppb |
2019-08-09 | C026246-30 | 0.533 ppb |
2019-08-07 | C026246-27 | 0.531 ppb |
2019-07-24 | C024593-17 | 0.492 ppb |
2019-07-24 | C024593-27 | 0.439 ppb |
2019-07-24 | C024593-06 | 0.412 ppb |
2019-08-08 | C026246-11 | ND |
2019-08-08 | C026246-06 | ND |
2019-08-08 | C026246-14 | ND |
2019-07-24 | C024593-23 | ND |
2019-08-09 | C026246-22 | ND |
2019-07-24 | C024593-13 | ND |
2019-08-09 | C026246-29 | ND |
2019-08-09 | C026246-08 | ND |
2019-08-09 | C026246-09 | ND |
2019-08-09 | C026246-12 | ND |
2019-08-09 | C026246-13 | ND |
2019-07-24 | C024593-22 | ND |
2019-08-09 | C026246-02 | ND |
2019-07-24 | C024593-21 | ND |
2019-07-24 | C024593-29 | ND |
2019-08-08 | C026246-07 | ND |
2019-08-08 | C026246-25 | ND |
2019-08-08 | C026246-24 | ND |
2019-08-08 | C026246-23 | ND |
2019-08-08 | C026246-20 | ND |
2019-08-08 | C026246-04 | ND |
2019-08-08 | C026246-01 | ND |
2019-08-07 | C026246-17 | ND |
2019-08-07 | C026246-19 | ND |
2019-07-24 | C024593-12 | ND |
2019-08-06 | C026246-15 | ND |
2019-07-24 | C024593-04 | ND |
2019-07-24 | C024593-18 | ND |
2019-07-24 | C024593-14 | ND |