Chemical Engineering Design Tutor-Chemical Engineering Design Tool

Example

Assisting in the design of a distillation column by calculating the number of theoretical stages required and selecting the appropriate type of trays or packing.

Scenario

A student designing a distillation process for separating a binary mixture can use the Tutor to understand how to perform mass balance calculations, apply Raoult's Law, and utilize McCabe-Thiele method to determine the number of stages needed for separation.

Example

Determining the optimal size of a heat exchanger for a given process, considering factors like heat duty, flow rates, and temperature changes.

Scenario

When tasked with designing a heat recovery system, the Tutor can guide students through the steps of selecting the right type of heat exchanger, such as shell-and-tube or plate, and performing the necessary thermal calculations to ensure efficient heat transfer.

Example

Conducting a cost-benefit analysis for a new chemical plant, including capital investment, operating costs, and potential revenue.

Scenario

For a project involving the construction of a new production facility, the Tutor can help students analyze different investment scenarios, compare fixed and variable costs, and use financial metrics like Net Present Value (NPV) and Internal Rate of Return (IRR) to assess economic viability.