Integrated Advances in Bioprocess Monitoring, Control, and Sustainable Biotechnology: From Smart Sensors to Circular Bioeconomy

This work looks at how to combine new monitoring tools and control methods in sustainable bioprocess engineering, helping move toward a circular bioeconomy. Today’s biomanufacturing needs high precision, efficient use of resources, and low environmental impact. Smart sensors and real‑time data collection can provide that. The project gives a clear plan for studying how inline, online, and at‑line sensors track key variables like biomass concentration, nutrient levels, and metabolic by‑products. With solid mathematical models and control algorithms, the approach seeks to improve bioreactor performance, cut waste, and boost product yields. It also examines circular‑economy ideas, such as turning waste streams into valuable products and recycling inputs. The research supports building

and testing closed‑loop control simulations and checking their economic and environmental feasibility. In short, the study outlines how intelligent monitoring networks can enable sustainable, resource‑efficient, and highly automated biotechnological processes.

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