EGA-326: Plug Flow Reactor Design for Ethanolamine Production

This project details the design of a plug flow reactor (PFR) for the production of ethanolamine from the reaction of ethylene oxide and liquid ammonia. The design includes determining the required heat duty, which was found to be exothermic, and specifying the reactor's physical characteristics, such as the number of pipes (12), shell diameter (1550 mm), and pipe dimensions (inner diameter of 0.25 m and outer diameter of 0.274 m). The project considers pressure drop calculations using Poiseuille's law, stress analysis, and the importance of maintaining a stable temperature for efficient ethanolamine generation. The design also addresses business benefits, scope definition, project objectives, and benefit metrics, including mass and energy balance considerations. The project incorporates a 'Why Checklist' to define the project's purpose, business benefits, and success criteria, providing a framework for project management and ensuring the project aligns with the organization's goals.