eq_sol: Calculate equilibrium solubility on a grid of input values

In bentrueman/pbcusol: Predict Lead and Copper Solubility

Calculate equilibrium solubility on a grid of input values

Description

Calculate equilibrium solubility on a grid of input values

Usage

eq_sol(
  ph,
  dic,
  chloride = 0,
  sulfate = 0,
  phosphate = 0,
  phase,
  element,
  db = pbcu2sol,
  empirical = FALSE,
  print = NULL,
  ...
)

pb_sol(..., element = "Pb")

cu_sol(..., element = "Cu")

Arguments

ph	A vector of pH values.
dic	A vector of dissolved inorganic carbon (DIC) concentrations, in mg C/L.
chloride	A vector of chloride concentrations, in mg/L.
sulfate	A vector of sulfate concentrations, in mg SO4/L.
phosphate	A vector of orthophosphate concentrations, in mg P/L.
phase	Equilibrium phase.
element	An element to return the equilibrium concentration of.
db	The database to use for equilibrium solubility computations. The default is pbcu2sol
empirical	Logical. Predict equilibrium copper solubility using the empirical model due to Lytle et al. https://doi.org/10.1002/awwa.1109?
print	Choose whether to print the input file ("input"), the full output ("output"), or the selected output. Default is the latter.
...	Arguments passed on to phr_solution_list()

Value

A tibble with the input grid of pH and DIC values and the solubilty predictions.

Functions

• pb_sol(): Shorthand for eq_sol() with element = "Pb". For backwards compatibility.

• cu_sol(): Shorthand for eq_sol() with element = "Cu". For backwards compatibility.

Examples

eq_sol(element = "Pb", ph = 7.5, dic = 5, phase = "Cerussite")
eq_sol(element = "Pb", ph = 7.5, dic = 5, db = phreeqc::minteq.v4.dat, phase = "Cerussite")
eq_sol(element = "Cu", ph = 7.5, dic = 5, phase = "Tenorite")
eq_sol(element = "Cu", ph = 7.5, dic = 5, db = phreeqc::minteq.v4.dat, phase = "Tenorite")
eq_sol(element = "Cu", 7.5, 5, phosphate = 1, empirical = TRUE)

bentrueman/pbcusol documentation built on Oct. 25, 2024, 1:06 p.m.