tertiaryCrusher: Dust Emission from Tertiary crusher

In zf-ibrahim/myqdmi: Malaysia Quarry Dust Monitoring Artificial Intelligent

Dust Emission from Tertiary crusher

Description

A function to estimate dust generation from Tertiary crusher activity.

Usage

tertiaryCrusher(
  quarryInput,
  particleSize = "tsp",
  QuarryProduction = quarryInput$quarryProduction,
  crusherCount = quarryInput$nTertiary
)

Arguments

quarryInput	data frame containing column names: quarryProduction - quarry production tonne per hour, blastingFreq - blasting frequency per month, areaBlasted - area blasted (km. sq), blasthole - average of depth of blast hole (m), drillhole - drilling hole per month, moisture - percentage of moisture content, silt - percentage of silt content, unpavedDist - unpaved road distant (KM), pavedDist - unpaved road distance (KM), unpavedVehicle - number of vehicle count travel using unpaved road per month, pavedVehicle - number of vehicle count travel using unpaved road per month, nPrimary - number of primary crusher, nSecondary - number of secondary crusher, nTertiary - number of tertiary crusher, nScreen - number of screen.
particleSize	particle size of dust deposited rate. The default value is "tsp" for total suspended solid and other available particle size is "pm10" for particulate matter <10 micron.
QuarryProduction	Numeric value for quarry production tonne per hour. Use default to read the value in quarryInput dataframe.
crusherCount	Numeric value for the active Tertiary crusher unit in the quarry location. Use default to read the value in quarryInput dataframe.

Author(s)

Zul Fadhli & Dr. Izhar Abadi

Examples

#demo 
tertiaryCrusher(quarryInput, particleSize = "tsp", QuarryProduction = quarryInput$quarryProduction, crusherCount = quarryInput$nTertiary)

zf-ibrahim/myqdmi documentation built on June 22, 2022, 6:58 a.m.