Method of Analysis at the U.S. Geological Survey California Water Science Center, Sacramento Laboratory – Determination of Haloacetic Acid Formation Potential, Method Validation, and Quality-Control Practices
Barbara C. Zazzi, Kathryn L. Crepeau, Miranda S. Fram and Brian A. Bergamaschi
Scientific Investigations Report 2005-5115, published 2005.
Table 1
Formulas and calibration ranges for the nine haloacetic acids and internal standard compounds analyzed by the U.S. Geological Survey method.
[Measurements shown in micrograms per liter]
Analyte FormulaCalibration range
Bromochloroacetic acidCHBrClCO2H0.2–100
Bromodichloroacetic acid CBrCl2CO2H0.2–100
Dibromochloroacetic acidCBr2ClCO2H0.5–250
Dibromoacetic acidCHBr2CO2H0.1–50
Dichloroacetic acidCHCl2CO2H0.3–150
Monobromoacetic acidCH2BrCO2H0.2–100
Monochloroacetic acidCH2ClCO2H0.3–150
Tribromoacetic acidCBr3CO2H1–500
Trichloroacetic acidCCl3CO2H0.1–50
2-bromo-1-chloropropaneCH2ClCHBrCH3internal standard
2-bromopropionic acid (surrogate)CH3CHBrCO2H0.5–250