Biopharma

  • centrifuge centrate pressure schematic

    Pressure control for disc stack centrifuge

    Centrifugation using a disc stack centrifuge is a common separation process for the clarification step in bioprocessing of therapeutic monoclonal...

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  • bioreactor headspace pressure control

    Bioreactor Headspace Pressure Control

    Bioreactor design is a complex problem due to the sensitivity of the cells being processed. The cultivation environment is extremely...

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  • schematic of CIP flow control

    Precision flow control in CIP cleaning cycles

    In many large biopharmaceutical plants, there are central clean in place (CIP) systems that provide cleaning processes to all the...

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  • schematic of Equilibar FD valve used as a dosing valve and CIP valve in one

    Dosing Valve with High CIP Flow Capacity for BioPharma

    BioPharma and other sanitary processes have unique requirements for control valves because of Clean-In-Place (CIP) flow requirements.   Equilibar has a...

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  • WFI User point using Equilibar FDT sanitary valve

    Flow Control of Water For Injection (WFI) User Points

    Individual user points are often designed into a WFI distribution loop for easy WFI access. Each point of use valve...

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  • sanitary regulator

    Liquid Dosing Control in Bio Pharmaceutical Processes

    Many BioPharma processes require precise dosing and blending of Water-For-Injection (WFI), nutrients, and other buffer solutions as input to a...

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  • image of WFI skid

    WFI Distribution Loop Pressure Control

    Biopharmaceutical, pharmaceutical and other high purity industries utilize systems to produce ultra-high purity and sterile water.  These systems are known...

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  • chromatography column

    Pressure Control and Flow Control for Chromatography Columns

    Chromatography columns are used in the BioPharma industry to concentrate and filter drug components.  These columns are typically packed with...

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Equilibar News
cooling system for ai

Differential Pressure Control for Liquid-Cooled Server Racks

The rapid adoption of AI over the past few years has led to a corresponding rapid shift in cooling methodology for servers used within data centers. Modern AI accelerators and high-performance computing hardware generate extraordinary amounts of heat — often exceeding 1,000 watts per module — which has driven the industry towards two-phase refrigerants and Read More

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