Schneider Electric is the global specialist in energy management and automation. With revenues of ~€25 billion in FY2016, our 144,000 employees serve customers in over 100 countries, helping them to manage their energy and process in ways that are safe, reliable, efficient and sustainable. From the simplest of switches to complex operational systems, our technology, software and services improve the way our customers manage and automate their operations. Our connected technologies reshape industries, transform cities and enrich lives. At Schneider Electric, we call this Life Is On. www.software.schneider-electric.com.
Mobility and connectivity for field technicians in the upstream is critical. Keep actions include facilitating operator rounds or capturing data from equipment non-instrumented assets. This is part of a total process of enterprise asset performance management that drives asset excellence.
Predictive analytics enables producers to have a clearer understanding of how their assets are operating and when equipment should undergo maintenance. This is part of a total process of enterprise asset performance management that drives asset excellence.
Reduce unscheduled downtime and improve asset performance and reliability with our unique predictive analytics software. Schneider Electric Software’s solution provides early warning notification and diagnosis of equipment problems days, weeks, or months before failure. This drives the transformation from reactive to a proactive maintenance and maximizes economic return on assets. Find out more through this video.
With the increase of high-fidelity data driven by the Industrial Internet of Things (IIoT), it’s never been more important to consolidate and contextualize information to drive actionable insights. Schneider Electric’s Enterprise Asset Performance Management makes it easy to collect, consolidate and contextualize all these data. Find out more through this video.
Technology, enabled by the Industrial Internet of Things (IIoT), is empowering organizations to shift to a holistic and operations-centric view where proactive and predictive maintenance (PdM) enables front line personnel to act before costly failures occur. Watch this video to learn how Schneider Electric Software’s comprehensive Enterprise Asset Performance Management (APM) solution helps our customers exceed reliability, safety and performance goals.
Workflow Solution ensures best practices are standardized and provides closed loop remediation while ensuring collaboration and compliance. With the workflow solution, F&B/CPG companies can institutionalize work processes that manage normal, unscheduled or disruptive events within their operations environment—providing the Right People with the Right Information at the Right Time. Find out more through this video.
System Platform 2017 is where immersive user experience touch all corners of your organization and responsive content empowers innovations at every level. Unlock the power of industrial data through System Platform 2017. Find out more through this video.
The Line Performance solution determines line bottleneck equipment by automatically specifying which line entities can be the bottleneck and specifying the bottleneck positions when configuring the line. Find out the full features of Line Performance through this video.
The Line Performance solution addresses major concerns in the F&B and CPG manufacturing industry such as increasing asset availability and productivity, reducing equipment downtime and maintenance costs, improving labor efficiency and product quality. Line Performance provides as much as 80% decrease in decision-making time. Find out the full benefits of Line Performance through this video.
With the Line Performance, you’ll get real-time production performance information at your fingertips so that you can make faster, more informed decisions which increases efficiency and reduces waste. Watch the Line Performance introductory video to find out how it works.
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This paper examines the benefits of various strategies for electrical distribution equipment maintenance. Different approaches to equipment maintenance have varying effects on safety, service continuity, power infrastructure optimization, equipment protection, energy efficiency, efficient spare parts management, and the total cost of asset ownership.
Pipeline operators are living in interesting times. With the fluctuations in the market they are forced to “do more with less”. Pair this with an aging and changing workforce and it has never been more important to ensure that employees are well trained; That they are capable of not only supporting day-to-day operations but also perform during critical abnormal operating conditions be it a leak or loss of communications. Well-trained employees perform better and, in turn, create a better performing business and an improved bottom line.
This white paper will discuss the four stages of Schneider Electric’s framework that guides the architecture of an integrated refinery information management system.
Since the 1970s, process simulators have become an invaluable tool for designing and operating process plants. The new normal in the oil industry, the continuous need to innovate chemical industry and energy alternatives, is driving a need for a new approach. Therefore, any new process simulation platform must support the entire plant lifecycle in one single environment; it must be open enough to be extendable while enticing the next generation of engineers.
Transporting products in a pipeline involves monitoring and control of operating conditions. By Lars Larsson
The increasingly complicated natural gas supply chain coupled with the growing demand for natural gas results in the need for operations tools that optimize information management and operations efficiency.
This white paper will discuss the evolution of maintenance strategies, including the use of advanced pattern recognition and machine learning technology to enable the shift to more proactive and optimized strategies. By Kim Custeau, Director of Information and Asset Management, Schneider Electric
The global Oil & Gas industry is constantly challenged to improve its performance. Refineries are continually reviewing solutions with the promise of performance improvement. Existing optimization software may not provide the full benefit for a plant. By Wenting Zhu, John Hernandez, and Stan DeVries
Schneider Electric RefineryWise™ (formerly known as the Integrated Refinery Information System or “IRIS”) has been implemented since 1996. By Stanley DeVries, Stuart Parker Ph.D., and Sree Hameed
Leading petroleum refineries are continuously pressured to achieve, sustain and then again reach the next level of performance. Schneider Electric RefineryWise™ (formerly known as the Integrated Refinery Informatio System or “IRIS”) is a proven solution that digitizes operations management business processes, accelerates the decision-making activity, and delivers far more trustworthy information. By Stanley DeVries, Stuart Parker Ph.D., and Sree Hameed
Operator Training Simulators (OTSs) have been available in the marketplace for a long time. By Livia K. Wiley, SimSci Product Marketing Manager
A key aspect of the “Perfect Plant” is having the right information in the right place at the right time. In most manufacturing environments, instrumentation and monitoring is widespread.
Regulatory compliance is an expensive and critical business issue for oil and gas pipeline operators. Any approach that expedites compliance efforts saves time and money and also improves safety. By Tony Collins, Simulation Specialist, Schneider Electric
In the midst of tough economic times, oil and gas businesses are facing an urgent need to operate at the highest levels of efficiency while increasing productivity and controlling costs. They want to limit downtime and minimize risks to safety and the environment. While there are a number of challenges facing the industry, including digital disruptions and financial uncertainty, applications enabled by the Industrial Internet of Things (IIoT) can provide significant performance and reliability improvements.
During the past several years, operational costs for oil and gas production fields have more than doubled, and field life requirements have been extended by as much as 500 percent. Due to the soaring costs for development and the increased demand, oil and gas production assets must achieve very high throughput rates while improving energy efficiency, safety, and reducing emissions levels. During which, oil and gas production fields are faced with greater flow assurance challenges.
The natural gas and oil industry is continually driven by cost-cutting measures and the need to gain more operational efficiencies and visibility to regulatory requirements. Wireless instrumentation systems provide highly accurate digital readings to the control system to assist in making control decisions at the well site. This paper summarizes a solution in which wireless instruments integrate with other conventional equipment to offer a rapidly deployable advanced well optimization system.
Traditionally pipeline controllers have recorded key information in logs or on spreadsheets. Information management solutions help streamline the massive documentation and logging traditionally done manually by controllers. This paper discusses how an automated system helps pipeline operators comply with new federal regulations by safely reducing demands placed on controllers and the fatigue often associated with their tasks.
Commodity releases can have catastrophic consequences, so ensuring pipeline integrity is crucial for pipeline operators. Pipeline integrity is not just about preventing incidents, but is a holistic approach to the prevention, detection, and mitigation of commodity releases. This paper discusses advanced technologies and tools that enable greater pipeline integrity, particularly computational pipeline monitoring (CPM) methodologies as a means to identify anomalies that signal a possible commodity pipeline release.
Oil and Gas exploration continue all over the world and as more hydrocarbon sources are found the demand for pipelines to transport oil and gas increase. However, pipeline operators are under severe financial and social pressure to avoid incidents that cause crude oil and natural gas leaks. With regulators scrutinizing pipeline projects, the reputation of the entire industry is at risk. This is why pipeline integrity must become the focus of discussion.
The vibrant upstream oil and gas industry is investing large amounts of capital in the pursuit of new reserves/resource plays, new extraction technology, and advances in operating automation…all with the hopes of improving oil recovery and maximizing production.
This white paper describes a new approach to allocation and reservoir optimization to help drive more value in upstream oil & gas production operations. New multi-phase Net Oil and Wet Gas measurement solutions can provide more accurate and reliable allocation measurements in real time while reducing capital and operational expenditures in field automation. The basis for these solutions is innovative measurement and modeling technology that can address a wide range of metering challenges.
IIoT concepts are transforming the Oil & Gas industry business model in fast and dramatic ways as a result of three key factors.
Dynamic Simulation and Operator Training Systems (OTS) have been available in the marketplace for a long time. However, over the last five years the improvements in technology — the computers, the software and the market understanding —have meant that the use of OTS has become a reality for many processes.
Recipe management plays an important role in the success of batch manufacturing; often a key component in a company’s manufacturing operations transformation process. However, a huge gap exists in the market between simpler recipe management solutions offered in many software packages, batch management and control packages. This article will explain how to bridge that gap and detail the importance of management solutions in keeping high-quality and consistent recipes.
The end users of modern industrial systems are constantly searching for methods of improving the availability and maximizing the efficiency of those systems without compromising the quality of their offerings or safety of their operations teams. One of the areas where improvements can have significant impacts in this pursuit is quite literally staring them in the face; the human machine interface used to control and operate these systems. By implementing improvements in the mechanisms used to control and operate industrial systems, operations teams can significantly improve both the business value and the safety of their industrial systems.
This is part one of a two-part paper addressing the value of implementing a real time operations infrastructure to gain visibility, productivity, quality management, and real-time asset utilization.
This is part two of a two part paper addressing the value of implementing a real time operations infrastructure to gain visibility, productivity and throughput, quality management, and real time asset utilization; all of which extend the value of plant to business integration.
Did you know…50% of the top 50 F&B companies in the world trust Schneider Electric Operations Management software.
The current proliferation of cloud based service offerings and numerous delivery models that have evolved in a relatively short span of time are re-shaping the IT landscape. What this means for Business Process Management is that more and more vendors want to move their BPM software to the cloud as well.
Business process management (BPM) has proven extremely successful in managing both gradual and radical improvements in the industry and various business functions. While digitization brings incredible new opportunities, it also brings the distinctive challenge of correctly positioning and scoping BPM in organizations.
In 2016 we saw the Enterprise APM market continue to evolve. In a tough economic year, more and more organizations leveraged the IIoT to maximize their economic return on assets, using technologies such as predictive analytics and advanced risk based reliability solutions. 2017 is looking to be just as interesting. Below are three key insights we anticipate will have a material effect on the Enterprise APM market in 2017.