👉 Interval engineering is a design strategy used in chemical processes to optimize the performance of reactors by systematically varying operational parameters such as temperature, pressure, residence time, and feed composition within defined intervals. This approach enables engineers to identify the most favorable conditions for a reaction or process, enhancing efficiency, yield, and selectivity. By mapping out the response of the system to these variations, interval engineering facilitates the identification of optimal operating windows and helps in designing robust processes that can adapt to minor fluctuations in feedstock quality or environmental conditions, ultimately leading to more consistent and cost-effective production.
