Heat and Material Balances in Bioreactor Systems for Algal Biotechnology

Abstract

Algal biotechnology presents a sustainable approach for biofuel production, wastewater treatment, and carbon sequestration. Efficient operation of bioreactor systems for algal growth requires an in-depth understanding of heat and material balances. This study investigates the principles governing thermal dynamics and nutrient utilization in algal bioreactors, focusing on optimizing growth conditions to maximize biomass yield. Using mathematical models and experimental data, the research evaluates heat dissipation, nutrient consumption, and gas exchange dynamics. Results demonstrate the impact of temperature, light intensity, and nutrient availability on algal productivity, offering insights for improving scalability and energy efficiency in biotechnological applications.