Partner Content

  • Case Study: MPW’s Emergency Response Pays Off for Virginia Power Station

    INDUSTRIAL WATERMPW’s emergency response pays off for Virginia Challenge:
    When a Virginia power station had an issue with its existing Reverse Osmosis [RO] process, it called on MPW to supplement its water needs during an excessively cold winter.
    The plant lost RO functionality at one of its four power-production units, which would severely damage its ability to

  • Case Study: Monitoring Health and Performance of Grid-Scale Battery Installations

    UniEnergy’s Technologies (UET) manufactures and installs large-scale energy storage solutions for utility, commercial, and microgrid applications. Their battery systems enable customers to address power needs, such as “frequency regulation” as well as “transmission generation deferral” and “peak shaving. This case study details how OSIsoft’s Connected Services enabled UET to offer capacity guarantees for their technology.

  • MPW Industrial Water Capabilties

    For over 30 years, MPW Industrial Water Service has worked to provide customized and expert solutions for our clients that chop operating costs in half. We offer professional water services that rise to the occasion during an emergency, or to provide long-term purified water needs that rank as some of the best in the industry.
    https://vimeo.com/151532115

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  • Special Report: Condition Monitoring – The Next Steps

     

    Today, power plants have the ability to collect more and better data about how their assets are performing in the field. But what are you doing with that data and how can it provide value to your customers?

  • Video: How Connected Services Fits the Needs of a Large Scale Energy Storage Company

    UniEnergy Technologies, a clean tech large scale energy storage company, needed data from all of their customer sites so they could continue to make improvements to their batteries and maintain those batteries at the customer sites. Find out how the utilized Connected Services to accomplish this and increased the value of their aftermarket services with

  • Webinar On-Demand: Improving Asset Management with Real-Time Condition Monitoring and CBM

    This webinar will provide you with information on how you can implement Condition Based Maintenance (CBM) based on real-time condition monitoring using the PI System.  You’ll learn about:

    Four possible methodologies
    Best practices for designing a CBM strategy
    How Williams  a large scale energy infrastructure company, implemented CBM

     
     
     

  • Video: Condition Based Maintenance Demonstration for Power Generation

    Demo: The PI System for Condition Based Maintenance
    This video demonstration using the PI System for Condition Based Maintenance (CBM) includes the, management, analysis and presentation of historic and real-time data. You’ll see it from a plant engineer’s perspective, including operational data for a specific asset, notification, an event frame report, and how the process data

  • eBook: Implementing Condition-Based Maintenance Using Real-Time Data

    This guidebook provides recommendations for integrating operational data when implementing Condition Based Maintenance (CBM) solutions. Content includes:
    –   a getting started guide to developing a successful CBM implementation
    –   CBM configuration including quantitative and qualitative based meters
    –   a PI System ecosystem overview for condition monitoring
    –  CBM solution examples
    ….and more!

  • Case Study: Fingrid Oyj’s Investment in a Real-Time Condition Monitoring System Pays Off

    With a network combining about 14,000 km of transmission lines and more than 100 substations, Fingrid Oyj, the electricity transmission operator in Finland, needed to find new ways to optimize network reliability while minimizing maintenance and investment costs.  Download this case study to find out how they accomplished this.
     

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  • How to Protect Control Assets before the Cybersecurity Egg Cracks

    The target is on the back of industrial control systems (ICS) within the power and process industries. The number of attacks, as reported by the Industrial Control Systems Cyber Emergency Response Team (ICS-CERT), has increased sixfold since 2010. Control systems at industrial facilities present a more attractive target to hackers as they offer a greater