Part B - 50 Marks (2 % of final Mark) (Due Date: April 16, 2022 by 11.59 pm) Q. Solve the problem following a standard procedure (No Shortcut Method). Saudi Arabia is the 3rd largest Oil Producing Country after USA and Russia. It produces oil as crude that requires refining before using as a fuel. You are intended to perform a simplified material balance of a plant that refined 100 barrel crude oil per day. Crude oil composition depends on the origin and the technology used in crude oil recovery. Actual refining process is complex and the product composition varies based on the crude oil type and operating conditions of the refining process. To facilitate the material balance calculation, the process has been simplified as follows: Consider that a typical crude oil (API Gravity = 25.0) contains 1 wt% gases (G), 15 wt% naphtha (N), 12 wt% kerosene (K), 30 wt% diesel (D), 35 wt% fuel oil (F), and the balanced residue (R). A fractional distillation process is used to separate them as products from the six separate product streams as follows: Stream No. Feed stream Product stream 1 Product stream 2 Product stream 3 Product stream 4 Product stream 5 Product stream 6 Composition 1 wt% G, 15 wt% N, 12 wt% K, 30 wt%D, 35 wt% F, and balanced R Only G Unknown N & K 90 wt% K and balanced D (89.22 % Feed K is recovered) Unknown D & F 98 wt% F and balanced R (98.18 % Feed F is recovered) Only R i) ii) iii) iv) Draw the flow chart of the process and label it. (5+ 5 =10 Marks) Perform degree of freedom analyses of the process. (5 marks) Calculate the density of crude oil from the given API gravity. (5 marks) Calculate all the unknown stream flowrates and compositions following standard procedure (No Shortcut Method). (30 marks) Please submit your work on Part B in BB by using appropriate submission link