Accurate modeling of mass transfer limitations and fouling dynamics at the biofilm-membrane interface is critical for optimizing the performance, longevity, and operational cost of continuous bioprocesses utilizing porous membrane supports.
Pulsed flow is a critical strategy for mitigating concentration polarization (CP) in high-density perfusion systems by dynamically disrupting the stagnant boundary layer, enhancing mass transfer, and improving overall system productivity in membrane-based separation technologies.
Optimizing performance and stability in geometrically complex, multi-stage industrial bioreactor trains requires multi-scale thermal management to mitigate thermal gradients, ensure uniform process parameters, and maximize product quality.
Modeling substrate diffusion limitations imposed by the Extracellular Polymeric Substances (EPS) layer in microbial biofilms is critical for optimizing bioreactor performance, predicting reaction kinetics, and scaling up bioprocesses.
Downstream Processing: From Broth to Fuel The fermentation broth contains a mixture of product, biomass, and residual substrates. Efficient separation is essential for commercial viability: Downstream processing can contribute significantly to overall energy consumption; hence…
Reducing Variability in Microbial Analysis Using BioFlo Tools Introduction Microbial analysis workflows in many laboratories continue to rely on manual colony counting and spreadsheet-based calculations. While these approaches are widely accepted, they introduce significant variability,…
Fermentation Optimization Maximizing Titers, Yields, and Productivity through Kinetic Modeling The Science of Yield Optimization at BioFlo goes beyond simple parameter tuning. We analyze the metabolic bottleneck of your strain by coupling stoichiometry with dynamic…
kLa in Bioreactors: From Oxygen Transfer to Process Optimization kLa in Bioreactors: From Oxygen Transfer to Process Optimization In aerobic bioprocessing, oxygen availability is often the primary rate-limiting factor. The volumetric mass transfer coefficient (kLa)…
Decentralized wastewater treatment systems are increasingly relevant in regions where centralized infrastructure is either economically unfeasible or operationally unreliable. Rather than relying on a single treatment mechanism, these systems combine primary anaerobic processes with aerobic…
Residence Time in Bioprocess Engineering Residence Time in Bioprocess Engineering Residence time is a fundamental design and control variable in continuous bioprocess systems. It links reactor hydrodynamics with microbial kinetics and directly determines whether a…