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  • Biotechnology and Bioreactors: A Very Diverse Technology
    Biotechnological processes are conducted in a bioreactor, where substances are being synthesized with the help of bacterial, yeast- and cell strains. The end product is used in many areas of our daily lives, like yoghurt and beer brewing processes. Besides in food and beverage applications
  • Monitoring Bioreactors With In-Situ NIR
    to understand trends over a two-week period. Figure 1 shows a trend plot of glutamine level taken hourly in a 100-liter bioreactor over twelve days. A feed occurred after 150 hours. The Case for Chemometrics and NIR Modeling Chemometrics for NIR analysis uses mathematical and statistical methods
  • Monitoring Bioreactors With In-Situ NIR
    a challenge. The complexity of the bioreactor media creates a matrix of absorbance bands. Often, commercial media may derive from a proprietary recipe, and a media matrix may contain literally hundreds of nutrients and buffers. Nutrients are depleted throughout the run, but some are fed back
  • Understanding Temperature Control in Bioreactor Systems (.pdf)
    Microbiologists, biochemists, and chemical engineers need to cultivate organisms in a highly controlled manner. As such, bioreactors have become integral to the pharmaceutical, food, and chemical industries. In order to successfully fulfill experimental requirements, suitable conditions
  • Why Mass Flow Controllers are Replacing VA Meters in Bioreactors
    When it comes to efficient bioreactor performance, precision mass flow control gas is critical. It is essential that bioreactor manufacturers have reliable, repeatable, and flexible gas supply systems for their bioreactors. Due to the ever-evolving demands and critical and complex nature
  • Design Considerations for Packaged Membrane Bioreactor Wastewater Treatment Systems
    Tips for efficient Membrane Bioreactor (MBR) treatment system design for industrial plants and facilities
  • Monitoring Bioreactors With In-Situ NIR
    By Robert Mattes and Denise Root, FOSS NIRSystems, Inc. In the past decade, near-infrared (NIR) spectroscopic analysis has become an important analytical tool for real-time, in-situ monitoring of bioprocesses --in the spirit of the FDA 's process analytical technology (PAT) initiative. In order to
  • 3 Ways to Optimize Your Benchtop Bioreactor Portfolio
    Easy transfer of technology from the laboratory scale to the production scale is a major requirement in the biotech industry. Further, down scaling of cell culture and fermentation processes back to the R & D scale is commonly deployed for investigating further process optimization. A major

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  • Applied microbiology
    Bioreactors with peripheral Mess- and regulating units fçr the microbial pharmaceutical protein production (photo GBF).
  • Energy from biomass
    This includes a discussion of the possibilities of the cultivation in open seas and basins as well as in closed systems by a short representation of the biological and the procedural of bases (e.g., photo bioreactors ).
  • Wastewater treatment up to the recycling ability of water
    For about ten years bemuht one itself further about the development of heavy-duty bioreactors .
  • Industrial microbiology
    The cells in a bioreactor generally multiply not synchronous so that must be furthermore also assumed it that there is no homogeneous an inhomogeneous cell distribution (segregation).
  • Dubbel
    N6.4 bioreactors .
  • Chemical sensors in the bioprocess analytics
    The optical sensors that serve in particular for the use in Einweg‐Bioreaktoren belong to it.
  • Thin film reactors in the biotechnology
    The Abstract thin film reactors are the contact apparatuses for gas and liquid that are suited also…
  • Dubbel
    6.4 bioreactors .