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    Army Seeks to Establish Self Sufficiency through Biomanufacturing [Image 1 of 4]

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    This infographic illustrates a bioengineering scale-up process from research lab to industrial production, showing six sequential stages of microbial growth in progressively larger reactors. The process begins with Research Lab Partners growing microbes on plates and in small flasks, transitioning through increasingly larger reactors to Industry Transition Partners using 100,000-liter swimming pool-sized reactors. The workflow is associated with U.S. Army DEVCOM Chemical Biological Center and involves engineered microbes converting sugars into materials.

    MARYLAND, UNITED STATES

    05.11.2021

    Photo by Brian Feeney 

    U.S. Army Combat Capabilities Development Command Chemical Biological Center

    The DEVCOM Chemical Biological Center is positioning itself as the bridge between bench-scale micro-organism research and industrial production.

    IMAGE INFO

    Date Taken: 05.11.2021
    Date Posted: 05.11.2021 16:38
    Photo ID: 6640289
    VIRIN: 210511-O-WC829-029
    Resolution: 1518x1138
    Size: 420.98 KB
    Location: MARYLAND, US
    Web Views: 76
    Downloads: 9

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    This work, Army Seeks to Establish Self Sufficiency through Biomanufacturing [Image 4 of 4], by Brian Feeney, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

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    This infographic illustrates a bioengineering scale-up process from research lab to industrial production, showing six sequential stages of microbial growth in progressively larger reactors. The process begins with Research Lab Partners growing microbes on plates and in small flasks, transitioning through increasingly larger reactors to Industry Transition Partners using 100,000-liter swimming pool-sized reactors. The workflow is associated with U.S. Army DEVCOM Chemical Biological Center and involves engineered microbes converting sugars into materials.
    A U.S. Navy military helicopter, marked with the number '20' and bearing U.S. military insignia, is captured mid-flight over open ocean while firing a missile or rocket. The weapon launch is clearly visible with a bright flame and smoke trail emanating from the right side of the aircraft. This appears to be a live-fire training exercise or combat operation.
    A female technician or researcher in a white lab coat, face mask, and purple gloves is operating a control panel attached to a large stainless steel industrial processing unit. The facility appears to be a food, dairy, or bioprocessing pilot plant with extensive piping, valves, and instrumentation. The equipment is modern and well-maintained, suggesting an active research or production environment.
    A technician in a white lab coat, face mask, and blue ear protection is operating or inspecting an Alfa Laval industrial centrifuge/separator in what appears to be a processing facility. The equipment is a large stainless steel and teal-colored industrial separator with multiple pipe connections and fittings. The background shows an extensive network of stainless steel piping, valves, and gauges mounted on a wall.

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    Army Seeks to Establish Self Sufficiency through Biomanufacturing

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    #army #apg #DEVCOM #biomanufacturing

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