Conduct a simple technoeconomic analysis (TEA) on an idealized process as shown in the Process Flow schematic below. The process consists of a novel reactor technology which converts a raw material, A, to a product, B, with a stoichiometric ratio of 1:1 (1 mol of A converts to 1mol of B ). The product B is purified from the unreacted A by a downstream separation process to make the purified B that is then sent to market. 3) (10 points) The current market price for B is $3.80/kmol. Without changing any other base case parameters, what would the reactor conversion percent need to be for the levelized cost of B to reach the market price? Conduct a simple technoeconomic analysis (TEA) on an idealized process as shown in the Process Flow schematic below. The process consists of a novel reactor technology which converts a raw material, A, to a product, B, with a stoichiometric ratio of 1:1 (1 mol of A converts to 1mol of B ). The product B is purified from the unreacted A by a downstream separation process to make the purified B that is then sent to market. 3) (10 points) The current market price for B is $3.80/kmol. Without changing any other base case parameters, what would the reactor conversion percent need to be for the levelized cost of B to reach the market price