Construction Equipment and Materials Mixer: Paddle Mixer Material: Corrosion$-$resistant $316$L stainless steel for parts in contact with materials. Capacity: Designed to handle industrial volumes, from several cubic meters to tens of cubic meters. Design: Paddle mixer with a robust and efficient design for mixing large quantities of materials evenly. Chemical reactor: Fluidized bed reactor Material: $316$L High Alloy Stainless Steel Capacity: This reactor was chosen due to its resistance to corrosion and does not react with the nature of the reactants Distillation tower: Specifications: All the information of the distillation tower is from $($Saing$,2020)$ and mentions that this model of distillation tower is configured with sieve trays and is mainly constructed of SA $283$ C grade stainless steel. Its total height reaches $32\mathrm{.}63$ meters, while its diameter at the base is $1\mathrm{.}4$ meters and at the top of the spire is $0\mathrm{.}3$ meters. The case is $0\mathrm{.}1735$ inches thick, the head is $0\mathrm{.}25$ inches thick, and has a height of $5\mathrm{.}88$ inches. It incorporates a total of $59$ trays, with the power input located on plate number $31,$ and the space between trays is set at $0\mathrm{.}45$ meters. Heat exchangers: Shell and tubes Material: $316$L High Alloy Stainless Steel Storage tanks: Material: $316$ stainless steel Pipelines: Material: $316$L stainless steel Pumps: Chemically Resistant Centrifugal Pump Capacities: be able to pump the fluid at pressures between $1$ to $2$ atm, be made of materials that are chemically resistant to fluids and have safety specifications for plants at risk of explosion. Valves: Capacities: Safety, control, ball and gate valves will be used, all with materials such as corrosion$-$resistant $316$ stainless steel.

Based on this information please elaborate mass and energy balance for each machinery$/$equipment used. Please show full procedure and steps used to find mass and energy balance.$$Thanks$!$