Gas distribution organizations can quickly and easily increase safety and efficiency by hosting their data in Emerson's Zedi Cloud SCADA platform. We deliver automation, cloud platform and software as a service solutions for remote monitoring and operational control. 

 

Our intuitive, scalable cloud-based platform supports any digital monitoring hardware for real-time data with an aggregated view of operations. Our platform provides a flexible, secure solution for data acquisition, remote monitoring, remote control, and alarm management.

 

 

 

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Water management companies can make major safety and control gains with Emerson's Zedi Cloud platform that quickly and accurately compiles data from any digital monitoring hardware via gateways that support a variety of protocols.

We provide end-users with a web interface as well as the ability to push data to third-party platforms, allowing remote control and optimization via cloud-based data access.

Leveraging the flexibility of a cloud-based SCADA platform enables you to capture unlimited amounts of data from any digital monitoring hardware and transmit it quickly to the appropriate personnel so they can access and analyze the data in real-time to make faster, more informed decisions.

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Benjamin Franklin once said, “If you fail to plan, you are planning to fail.” Planning can make the difference when considering secondary system in case your primary SCADA system stops functioning.

 

Many gas distribution companies still rely on outdated SCADA systems in one central location without the proper back-up in case of unforeseen circumstances that could potential have them lose all data because they didn’t probably prepare. 

 

With Emerson's Zedi Cloud SCADA platform, you have solutions for the gas distribution industry that will allow a speedy implementation to a secure secondary back-up system to monitor and control your sites remotely from anywhere, anytime.

 

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The water management industry continues to be plagued by multiple challenges, including aging infrastructure combined with an aging workforce that puts our water supply systems at even greater risk due to the loss of critical expertise and other hurdles like natural disasters including wildfires, floods, and drought that can significantly impact the safety of our water systems.

 

Water management operations will need to unleash the value of data by using analytics and other technologies to drive better decision-making, optimize and prioritize system investments, and drive cost efficiencies that create safer operations.

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Is your company still sending a pumper out to visually inspect every well? If so, I’m sure you’ve counted the miles and hours, not to mention the costs for fuel, tires and oil changes.

There are also safety issues involved with thousands of monthly miles driven just in case something might need attention. All of this is costing you more than you probably realize. That’s not to mention lost production from issues that occur long between trips.

Maybe you’ve thought about adding or switching to a software as a service (SaaS) platform to get alarms in place, but had heard some stories of how early alarm systems were unreliable, reacting to slight, transient spikes so often that they were soon ignored. That could lead to missing a real alarm.

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For years now we’ve been able to monitor tank levels, compressors, pump operations and flow meters. Most of that is pretty cut-and-dried. The tank is at whatever level it’s at; the pump is either running or it’s not. An alarm tells us what we need to know the minute we need to know it.

But detecting a pipeline leak involves combining a number of data points and deciding which ones, or which combination of points, means there really is a leak. I’m stressing “really” because the industry first believed any anomaly needed to be alarmed because at that point an anomaly equaled leak, and we defiantly know the faster that leak could be stopped, and repaired; the more profits from your production ended up staying in your pocket.

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Remote locations with industrial assets that don't have anyone locally monitoring performance need alarms (for starters). Alarms can be used to monitor data for anything out of the ordinary, catching smaller deviations, and alerting an operator to a possible situation before it escalates. When it comes to effective remote operations management, there are few better tools available than alarming capabilities.

 

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