In this problem you will look at the efficiency of cmfrs in series. consider a continuous flow reactor system at steady-state that has a total retention time (θtot) of 10 h. you wish to treat a contaminant that is present in the influent stream at a concentration of 100 mg/l and undergoes degradation by a first order reaction with k1 aperform the necessary calculations to fill in the missing information in the table on page 2 using at least 4 significant digits for cout and % removal. ( show your work for 3 cmfrs in series if you do the rest of the math in excel) b calculate the outlet concentrations and percent removal that can be achieved by an ideal 1. pfr, how does it compare to cmfrs in series?

An insulated tank truck containing 50,000 pounds of double-distilled, deionized water at 30 °c is pumped into a closed, refrigerated storage tank maintained at 5 °c in a facility located on top of mount mitchell, north carolina (elevation 6,684 feet & average july temperature of 84 °f). a)-determine the volume of the storage tank required to hold the purified water. b)- determine the initial and final pressure differences that must be overcome by a liquid pump assuming the storage tank initially contains air at 5 °c. assume the air is slowly bled out of the storage tank during the water transfer c.) during a routine operation today, the tank is slightly ruptured by a stainless steel pipe and a water acrosol of droplets begins to spray out of the storage tank. state all assumptions and determine the internal pressure within the water droplets produced