Reduce E-waste and Maximize Asset Value Recovery When Decommissioning a Data Center - PowerPoint PPT Presentation

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Reduce E-waste and Maximize Asset Value Recovery When Decommissioning a Data Center

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Decommissioning an enterprise data center is a large and complex project that requires hundreds of hours of effort and specialized expertise. IT departments are responsible for migrating applications and workloads, securing sensitive data, and physically removing IT assets from existing facilities, often within tight schedules and specified budgets. – PowerPoint PPT presentation

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Title: Reduce E-waste and Maximize Asset Value Recovery When Decommissioning a Data Center


1
Reduce E-waste and Maximize Asset Value Recovery
When Decommissioning a Data Center
  • Decommissioning an enterprise data center is a
    large and complex project that requires hundreds
    of hours of effort and specialized expertise. IT
    departments are responsible for migrating
    applications and workloads, securing sensitive
    data, and physically removing IT assets from
    existing facilities, often within tight schedules
    and specified budgets.
  • Blog URL https//sphaera.net/reducing-e-waste-and
    -maximizing-asset-value-recovery-when-decommission
    ing-an-enterprise-data-center/

2
The Growing E-waste Problem
  • E-waste is the collective term used for
    electronics that are at or near the end of their
    useful life. The term includes everything from
    household electronics and consumer smart devices
    to enterprise data center assets and IT
    infrastructure.  The EPA defines the term
    further, recognizing that there is an inherent
    value in the materials, components, and metals
    that can be reused, refurbished, recovered, or
    recycled.  E-waste is a rapidly growing challenge
    as electronic devices and data centers become
    more common. A 2020 UN report found that 53.6
    million tons of e-waste were produced in the
    previous year. The same report also predicted
    that the volume of e-waste will grow to more than
    74 million tons by 2030 double the amount
    produced in 2014. China, the US, and India were
    the largest producers of e-waste, combining to
    account for nearly 40 percent of the worlds
    total. 

3
The Environmental Costs of E-waste
  • Electronic devices are made with many different
    materials. Some, including gold, silver, copper,
    platinum, palladium, neodymium and other rare
    earth elements are highly valuable to recyclers,
    and the amount of these precious metals and other
    materials that can be recovered is significant.
    The EPA suggests that one metric ton of circuit
    boards contains 40 to 800 times more gold than
    one metric ton of ore.  On the other hand,
    however, e-waste also contains toxic and damaging
    materials that can cause serious harm to both
    people and the environment if leached into water
    supplies or released into ecosystems. Among these
    are heavy metals such as lead, mercury, and
    cadmium, polluting materials such as PVC
    plastics, and hazardous chemicals such as
    arsenic. 

4
Reducing E-waste and Maximizing Asset Value
Recovery
  • Enterprises are in a unique position to reduce
    the volume of e-waste dumped in landfills through
    effective reselling, recycling, and disposal of
    IT assets.  Unfortunately, many organizations
    simply do not have the people, processes, and
    expertise available to manage the disposal of IT
    assets in-house. Obsolete and unused assets often
    end up sitting in storage rooms because
    enterprises are unsure what to do with them and
    do not want to re-recognize the assets to recover
    any residual value. As a result, only 23 percent
    of enterprises look to resell IT equipment, while
    a full 26 percent dispose of it without
    attempting to recycle.

5
Keeping E-waste Out of the Landfill When
Decommissioning an Enterprise Data Center
  • Beyond being the right thing to do, enterprises
    that value environmental, social, and governance
    responsibilities must ensure that they follow
    these values when decommissioning the data
    center.  In most cases, physically removing the
    equipment from the facility is the easy part. But
    before this can take place, enterprises should
    develop, communicate, and implement a clear plan
    for how to manage e-waste, how to maximize asset
    value recovery, and how to ensure that assets
    without residual value are properly
    recycled.  Not only does this help to offset the
    costs of the decommissioning project, but it also
    contributes to solving the growing problem of
    e-waste.

6
Contact US
  • Name Sphaera, Inc.
  • Address 7850 NE Nicholas Ct., Suite A
  • Hillsboro, OR 97124
  • City Hillsboro
  • U.S. state Oregon
  • Phone 1-800-705-2619
  • Website https//sphaera.net/
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