Water Prevention and Removal Strategies of Biokem - PowerPoint PPT Presentation

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Water Prevention and Removal Strategies of Biokem

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Water ingression is either insidious as a result of atmospheric humidity levels or immediate as in water jet washing or sudden seal failure. Whatever the source, immediate attention is required to remove it. – PowerPoint PPT presentation

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Title: Water Prevention and Removal Strategies of Biokem


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Water Prevention and Removal Strategies of Biokem
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  • Water ingression is either insidious as a result
    of atmospheric humidity levels or immediate as in
    water jet washing or sudden seal failure.
    Whatever the source, immediate attention is
    required to remove it.

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  • If significant water ingress has occurred over a
    prolonged period, detailed oil analysis, such as
    rust and corrosion inhibition characteristics,
    remaining useful life measurements, demulsibility
    and foam suppression and tendency may also be
    necessary to determine the oils suitability for
    further use.

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  • Merely replacing the oil will not cure the
    ingress source. Root cause corrective measures
    are necessary to resolve or limit water
    ingression.

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  • Basic measures to address water ingression
    include the use of desiccating breathers,
    improved seal technology and training maintenance
    and operations personnel to avoid direct contact
    with wash down water on shaft seals and
    breathers.

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  • Measures to minimize water ingress should start
    in the oil store. Drums and tanks should be
    sheltered from the environment.

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  • Even indoors, this means they should be sheltered
    against process water sprays, fire sprinkler
    tests and general cleaning sprays. Open barrels
    should also be protected with desiccant-style
    filters, particularly in humid storage areas, to
    prevent water build up and oil degradation.

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  • A number of methods or technologies, from
    inexpensive gravity separation to complex vacuum
    dehydration, exist to remove water.

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  • Which technology is most effective will depend on
    the target dryness level required, the volume of
    water that must be removed, the base oil
    (mineral, synthetic, etc.) and the required flow
    and processing rate.

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  • The following is an outline of technologies that
    can remove water from oil, together with their
    relative advantages and disadvantages. 

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  • To know more information, visit us

http//www.biokem.com.au/
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