Preventing Yield Loss in Bioprocessing Fluids
Yield loss in fluid-based bioprocessing isn't just costly - it’s often avoidable. Learn how better containment and tote design help safeguard your outputs.
Yield loss in fluid-based bioprocessing isn't just costly - it’s often avoidable. Learn how better containment and tote design help safeguard your outputs.
Bioprocessing fluids are essential components in the production of a wide range of products, including pharmaceuticals, biologics, and biochemicals. However, the production of these fluids can be negatively impacted by contamination, leading to increased waste generation. Contamination can occur at various stages of bioprocessing fluid production, from raw material sourcing to the final product. Sources of contamination can include microorganisms, impurities, and other foreign substances.
Consequences of Contamination in Bioprocessing Fluids
When contamination occurs, the production process may be compromised, leading to reduced yields and increased waste generation. Contaminated bioprocessing fluids may need to be discarded, leading to higher costs and lower profits for producers. Furthermore, contaminated fluids may pose a risk to human health and the environment. In some cases, contaminated fluids may need to be disposed of as hazardous waste, leading to increased environmental impact and potential liability for producers.
Enhancing Bioprocessing Fluid Production Through Rigorous Quality Control
To mitigate the impact of contamination on bioprocessing fluid production, producers must implement rigorous quality control measures. These measures can include regular testing of raw materials, implementing effective sterilization protocols, and maintaining a clean production environment. By implementing these measures, producers can reduce the likelihood of contamination and improve the efficiency and sustainability of bioprocessing fluid production. This can lead to improved yields, reduced waste generation, and ultimately, a more sustainable and profitable production process.