Example: An aqueous waste stream is contaminated with Bromodichloro methane. The influent concentration of Bromodichloro methane is 58ug/L. Bromodichloro methane in the effluent is to be less than 40g/L. Flow rate of waste stream is 0.10000m3/s. Temperature of water is 15C. Note: the packing is ( Note: You may need to find the physical properties of water and air from any reference you like but you must refer to. 1) Determine the optimum air to water ratio and optimum stripping factor for each contaminant. 2) Determine the tower height and diameter required to reduce the concentration of each contaminant to the permissible level. 3) Determine the total power required to reduce the contaminant concentration to the permissible level. 4) Determine the overall mass transfer coefficient KLa(sec1) for each contaminant. 5) Tabulate your results showing the effect of: temperature, stripping factor or air to water ratio on the design parameters such as diameter height total power. Note: you need to find the properties of the voc (viscosity-vapor pressure-solubility in waterdensity-henry's constant) Note: you need to find the epa mcl for the voc