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Article: Emerson Wireless Steam Trap Monitors Increase Efficiency at Coffee Plant in Mexico

In 2013, a coffee plant in Mexico increased production by 30 percent to 42,000 tons per year of coffee. The original plan was to reduce energy use by 20% per ton and reduce water consumption by 30% per ton.

The company’s engineers quickly identified a way to help meet the energy and water reduction goals by increasing steam system efficiency. Making coffee requires high quality steam, and steam traps are critical to keeping the process running at high performance levels. If a steam trap fails, it can interrupt the coffee production process.

Read more about the Coffee Company case study is in automation.com's latest quarterly wireless newsletter: http://www.automation.com/enews/wireless_connectivity/Wireless2014-October.htm.
It's the first story in the Case Studies section.

1 Reply

  • More on steam trap monitoring and other applications you can cover using the same wireless network infrastructure in these articles:

    NEW: Beyond the Control Room
    http://www.ceasiamag.com/article/beyond-the-control-room/10658

    Second Layer of Automation
    http://www.ceasiamag.com/article/second-layer-of-automation/10354

    Wireless for Asset Uptime
    http://www.ceasiamag.com/article/wireless-for-asset-uptime/8689

    Also consider the posibility of letting Emerson monitor the steam traps for your plant remotely:
    http://www2.emersonprocess.com/en-US/news/pr/Pages/1411-PervasiveSensingCenter.aspx