With technology supported by our experts, we offer comprehensive solutions to our customers' challenges. We have developed rod pump monitoring and control for an advanced solution using artificial intelligence with machine learning capabilities for Autonomous Rod Pump management.

What is an Autonomous Rod Pump? 

Autonomous Rod Pump is an Artificial Intelligence application (analytics engine) that identifies anomalies on rod pump applications. 

Autonomous refers to a state of equipment where it can perform the programmed operations under defined conditions without human input or guidance. When we talk about this type of equipment, we use the adjective, autonomous. 

If the year 2020 has taught us anything, it’s that technology is no longer the wave of the future; it's right now. It’s all around us, and the oil and gas industry is in the middle of it.

Most oil and gas producers have known that implementation of automation, with remote monitoring and control, and accurate, analyzed data would be more efficient leading to reduced downtime and boosting profitability. But 2020 showed us that having employees work remotely was not only possible, it was necessary.

The growing importance of technology for the immediacy of control and actionable data is changing the workforce. It’s prioritizing those who can deliver usable data for faster, better oil and gas production decisions.

Easily eliminate the tedious administrative challenges your business faces in meeting regulatory compliance requirements.

Emerson's Zedi Roughneck™ is a web-based Asset Management, Preventative Maintenance (PM), Health, Safety, and Environmental application. Our application acts as a secure single source repository for various documents such as inspection and calibration reports, safety procedures, drawings, invoices, standard operating procedures, and more.

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.

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.

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.

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.

In this ever-increasing digital world, people and companies rely more and more on the Cloud for data storage and integration. IIoT brings that missing piece where field data and process data can join the rest of your information on the Cloud.

Remember poring over page after page of perfectly normal well data, line by line, just looking for the occasional telltale anomaly that might indicate a problem requiring attention? Or copying and pasting lines of production data into a spreadsheet to track trends?

Oh, you remember that too well because—it was just this morning? So, you don’t have a way to distill all that data into a graph or chart so you can instantly spot spikes, valleys and trends?

Measurement schematics are often required by local, state or country Governments to ensure measurement, accounting, and reporting compliance and are visual tools showing the current physical layout of facilities. Schematics should be regularly reviewed and used by groups such as operations, engineering, and accounting to ensure a common understanding.