Single-use products used in the production of biologics provide flexibility that was unimaginable a few years ago. The implementation of single-use technology (SUT) in manufacturing operations has accelerated due to reduced risk, flexible process equipment adjustments, and lower capital cost. The widespread use of this technology has raised questions about its impact on the environment due to...
This article presents a comprehensive analysis of plastic waste generation in the biopharmaceutical industry, focusing on using single-use technologies (SUT) in bioprocessing for monoclonal antibody (mAb) production. It aims to inform sustainable practices within the biopharmaceutical industry and to encourage the development of more sustainable disposable technologies.
Single-use plastics are critical for healthcare, life sciences laboratories, and bioprocessing. They have many benefits over other materials and their use is increasing. In particular, single-use technologies for bioprocessing decrease costs, reduce water and energy usage, and increase efficiency and scalability. However, most of these high-value, virgin materials end up in landfills and...
The exponential increase in demand to manufacture therapeutics including vaccines triggered by the pandemic has stressed the supply chain for single-use products.
Single-use plastics are critical for healthcare, life sciences laboratories, and bioprocessing. They have many benefits over other materials and their use is increasing. In particular, single-use technologies for bioprocessing decrease costs, reduce water and energy usage, and increase efficiency and scalability. However, most of these high-value, virgin materials end up in landfills and...
