Calculating salt balance from ion chromatography data

Performs a salt balance on ion chromatography data and returns outputs for ECOS Runsalt software.

Usage

fun_salt_balance(
  sample_name,
  dry_g,
  water_ml,
  chloride_ppm,
  nitrate_ppm,
  sulfate_ppm,
  sodium_ppm,
  potassium_ppm,
  calcium_ppm,
  magnesium_ppm
)

Source

https://predict.kikirpa.be/index.php/tools/moisture-and-salt-sample-data-analysis-tool/`

Arguments

sample_name

Sample name

dry_g

Dry mass of sample, g

water_ml

Water added for ion chromatography, ml

chloride_ppm

Chloride concentration, ppm

nitrate_ppm

Nitrate concentration, ppm

sulfate_ppm

Sulfate concentration, ppm

sodium_ppm

Sodium concentration, ppm

potassium_ppm

Potassium concentration, ppm

calcium_ppm

Calcium concentration, ppm

magnesium_ppm

Magnesium concentration, ppm

Value

Dataframe of balanced ions for ECOS Runsalt software

References

Godts, S., Steiger, M., Orr, S.A. et al. Charge balance calculations for mixed salt systems applied to a large dataset from the built environment. Sci Data 9, 324 (2022). https://doi.org/10.1038/s41597-022-01445-9

Examples

if (FALSE) { # \dontrun{
fun_salt_balance(sample_name = "Pathway 2",
                 dry_g = 0.801,
                 water_ml = 100,
                 chloride_ppm = 14.651,
                 nitrate_ppm = 17.339,
                 sulfate_ppm = 39.923,
                 sodium_ppm = 2.027,
                 potassium_ppm = 2.04,
                 calcium_ppm = 49.809,
                 magnesium_ppm = 0.581) |>
dplyr::glimpse()
} # }