DWIR: Chemical intake by Drinking Water

In EnviroPRA: Environmental Probabilistic Risk Assessment Tools

Description

Estimates the chemical Intake rate by Drinking Water [mg/Kg*day]

Usage

DWIR(CW = 1, IRW = 2, EF = 350, ED = 24, BW = 80, AT = 365 * 70)

Arguments

CW	Chemical concentrtion in water [mg/L]
IRW	Water Ingestion Rate [L/Day]
EF	Exposure frequency [day/yr]
ED	Exposure duration [yr]
BW	Body weight [Kg]
AT	Averaging time [day] (Note that for No carcinogenic effects AT should be equal to 365*ED)

Value

Chemical intake rate by drinking water I [mg/Kg*day]

Author(s)

F. Barrio-Parra

References

US Environmental Protection Agency, 2011. Exposure Factors Handbook: 2011 Edition. U.S. Environmental Protection Agency, EPA/600/R-(September), pp 1466.

Examples

# Estimate the dermal absorbed dose during swiming in waters with a carcinogenic chemical
# (water concentration of 250 mg/m^3)

DWIR ( CW = 250)

# For a systemic effect:

DWIR ( CW= 250, AT=24*365)

# Specifying all the parameters for the carcinogenic case

DWIR ( CW=250, IR=1.5, EF = 300, ED = 24, BW = 85)

Example output

[1] 2.054795
[1] 5.993151
[1] 1.243237

EnviroPRA documentation built on May 1, 2019, 8:21 p.m.