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. 2) ( 10 points) Using the net present value (NPV) method on the cash flow analysis table, what is the base case levelized cost of product for B? This is the selling price that results in NPV =$0. 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. 2) ( 10 points) Using the net present value (NPV) method on the cash flow analysis table, what is the base case levelized cost of product for B? This is the selling price that results in NPV =$0