I need parts c,d,e DIGHET PThe overhead vapor from a distillation column is totally condensed in a water-cooled condenser at 120°F and220 psig, and the condensed stream is sent to a reflux drum at the same temperature and pressure. The vapordesign flow rate is 10,000 lbm/hr, and the average latent heat of vaporization is 125 Btu/lbm. The cooling waterinlet and outlet temperatures are 80°F and 110°F, respectively.(a) Calculate the cooling water flow rate in gpm at the design conditions. Assume the density of water is62.4 lb/ft³ and its specific heat is 1.0 Btu/lbm °F. Also, 7.48 gal of liquid = 1 ft³ of liquid.(Note- If you cannot calculate a cooling water flow rate in part (a), assume the cooling water flow rate is 100gpm at design conditionsThe cooling water pressure drop through the condenser is 5 psi at the design conditions and it is proportional tothe volumetric flow rate squared. A control valve is installed in the cooling water line, and the total pressuredrop over the condenser and control valve is constant at 35 psi. The pressure in the reflux drum is measured bya pressure sensor/transmitter that has a range of 150-250 psig and an output signal range of 4-20 mA. Aproportional controller with a gain of Ke = 4 is used to control pressure in the reflux drum by manipulating thecooling water flow rate. The current signal (mA) from the controller is converted to an air pressure signal(psig) in the I/P transducer.The cooling water pressure drop through the condenser is 5 psi at the design conditions and it is proportional tothe volumetric flow rate squared. A control valve is installed in the cooling water line, and the total pressuredrop over the condenser and control valve is constant at 35 psi. The pressure in the reflux drum is measured bya pressure sensor/transmitter that has a range of 150-250 psig and an output signal range of 4-20 mA. Aproportional controller with a gain of Ke = 4 is used to control pressure in the reflux drum by manipulating thecooling water flow rate. The current signal (mA) from the controller is converted to an air pressure signal(psig) in the I/P transducer.(b) Determine the valve size coefficient Cy if the flow rate through a wide-open valve must be twice thedesign flow rate.(c) Specify the action of the control valve and controller.(d) Determine the valve opening f(/) at the design flow rate.(e) Determine the current signal from the pressure transmitter at the design flow rate.VaporCoolingWater InCondenserGoodPCRefluxLiquidCoolingWater Out

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To find:﻿(c) The action of the control valve and controller.(d) The valve opening at the design flow…

(c) Specify the action of the control valve and controller. (d) Determine the valve opening f() at the design flow rate. (e) Determine the current signal from the pressure transmitter at the design flow rate.