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recommendations on piping system design are basic rules that Fisher commonly provides, but many end users are not aware of these practices. Control Valves Engineering, Reliability, Maintenance All / Cross-Industry Technician / Analyst / Specialist Short Course Adin Mann Emerson Shawn Anderson Fisher Controls Travis Rosenburg Absolute Energy - - - - Emerson Product Update - - -
6. Emerson Presents Approved AMS Products – Lifecycle Services Update and Roadmap Are you tasked with minimizing unscheduled shutdown, operational cost, limiting risk while increasing safety and achieving greater plant profitability? Are you struggling with retiring workforce, fewer specialist and more complex processes? This session will give an update on existing lifecycle services for all AMS products and an overview of what is coming in the pipeline that will help you achieve your goals. "How to maximize the use of AMS products?
How to overcome limited insight to asset which puts operation at risk of unplanned shutdowns and safety incidents?
How to help with stretched resources and the increased complexity of technology which affects timeliness and quality of decisions?" "Increase Uptime
Reduce Operating cost
Reduce Health and safety incidents" AMS products lifecycle services / program / solutions varying from Product support options, Hardware repairs, calibrations, Field Services, condition monitoring and Scheduled System Maintenacne AMS AMS, Reliability, Machinery Health Management All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager, Operator Workshop Sam Tanyous Emerson Process Management Hermann Josef Rehnen Emerson epro GmbH - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Emerging Cybersecurity Standards for Industrial Control Systems This session will provide details about the emerging ISA/IEC 62443 series of standards and the ISASecure SSA certification methodology specifically created to address the Industrial Control System cybersecurity requirements. Details will include a brief description of the standards and their current status. Information about current market adoption and what Emerson is changing in the DeltaV platform to attain certification (where applicable). The session will also cover aspects of control system hardening (baseline / benchmarks used), as well as additional literature available today that can be used as a reference to include the cybersecurity language in the process control request for quotes – e.g. Department of Homeland Security, ICS-CERT, and the DeltaV Security Manual. Customers want a secure control system, but how do they know it has secure unless somehow measured against a standard. How can they be sure that the product meets or exceeds the standard unless a neutral third party audits and certifies that the products and processes used to develop them are followed. "Attendees are expected to leave this session knowing how to:
- Request cybersecurity features as part of a process control request for quote.
- Understand the deliverables included in such systems.
- Find available documentation to support the cybersecurity initiative.
- Understand the currently available standards.
- Look for support in case of incidents." This session provides an introduction to those international cybersecurity standards and certifications as applied to current Industrial Control Systems deployment. The main goal is to make sure attendees understand the options available today, and what kind of changes in process are required to embed these standards into the current company’s security policies and procedures. DeltaV Compliance, Security, Process Control All / Cross-Industry Consultant, Vice President, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Engineer, Director Workshop Alexandre Peixoto Emerson Automation Solutions Rick Gorskie Emerson - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Unleash the Power of FREE DeltaV Model Predictive Control (MPC) Learn how to implement DeltaV’s free single output MPC applications to achieve great economic results. This short course will provide an overview of DeltaV MPC capabilities and an in-depth tutorial on how to implement a single output MPC block for advanced regulatory control. Applications to be covered include process constraint overrides, disturbance rejection, and dead-time compensation. Applications that traditionally are complicated to configure and maintain, can be implemented in minutes with a single DeltaV MPC function block, for free! Example control and process simulation configuration will be provided. Process manufacturers lose millions of dollars each year due to high process variability and the inability to operate at optimal targets.? Process disturbances, long delay times and changing process constraints make it difficult to obtain good control.? Traditional regulatory control schemes are often deemed “too complicated” to implement or don’t perform adequately. Model predictive control delivers greater throughput, reduced variability, and improved product quality for increased profitability.? Variability is typically reduced by 50% with throughput increases of up to 10%.? Implementation and maintenance costs are reduced because DeltaV MPC is already a standard embedded feature in your control system. DeltaV MPC is ideally suited for applications with process disturbances, long delay times and multiple constraints. It is implemented as a standard function block which makes it easy to implement and maintain.? And best of all, DeltaV’s MPC does not require a license for applications with only one manipulated variable (output). Process Control DeltaV, Predictive Technology, Optimization All / Cross-Industry Engineer Workshop James Beall Emerson - - John Caldwell Emerson - - - - Emerson Product Update - - -
6. Emerson Presents Approved Knocking Down the Barrier to IIoT Adoption In a world of Big Data, the Internet of Things and the Fourth Industrial Revolution, users from process and automation industries are still hesitant towards adopting new operational tactics. Large investments, architecture complexity, data flow, lack of quantifiable proof, and cyber-security are all holding users in a "wait and see" frame of mind. This session will discuss how Plantweb Insight has addressed the major concerns of industry professionals and become a simple solution for IIoT applications. From on-premise to cloud, small focus to large, existing infrastructure to new, Plantweb Insight has the capability to fit the needs of a wide range of users. Users continue to have doubts over the impact and adoption path for IIoT solutions. Concerns over security, architecture, data mapping, data integrity, skilled worker shortage, and investments all create hesitation for users interested in reaping the benefits of IIoT. Emerson has created an all encompassing path for users to improve operations, reliability, safety and energy use, in pursuit of becoming a First Quartile operational performer with more effective, efficient, and proactive operations. Smaller installations can see benefits in mere weeks/months, while larger installations provide ROI with large bottom-line return. Emerson's Plantweb Insight addresses all key parts of the IIoT chain while allowing customers the flexibility to customize their solution to their needs. With the help of the base layer of devices (data points) and secure communication paths, the Plantweb Insight analytic applications allow users to start small or adopt enterprise wide. Business Economic Justification, Wireless, Reliability All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager Workshop Brian Joe Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved AMS Device Manager Overview and Update This session will cover a brief review of AMS Device Manager’s value proposition, current functionality, including ways you can achieve benefits at your site. Then we will dive into what’s coming next on the product roadmap and how this new functionality will impact your maintenance and reliability programs. AMS Device Manager users gain efficiencies through streamlining maintenance practices and avoiding or limiting downtime. With shrinking maintenance staffs and budgets, maximizing the use of time and maintenance spending can be the difference between keeping your plant up and running, or having an unplanned shutdown that could cost millions in lost revenue. AMS Device Manager is the premier asset management system and the best way to manage the reliability of automation assets. AMS Device Manager allows you to manage maintenance spending so you can ensure your limited budget will be addressing the most critical reliability issues, instead of being reactive and experiencing unplanned shutdowns. Tasks are completed more efficiently, saving you time and money. Additional benefits obtained can ripple into operations, safety, and engineering functions. AMS Device Manager provides you with a platform to manage HART, WirelessHART, FF and PROFIBUS assets in four key areas: device diagnostics to prevent unplanned shutdowns; configuration and setup of devices; documentation of activities in Audit Trail; and calibration management. AMS Diagnostics, Reliability, Maintenance All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop Scott Hokeness Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved A Practical Understanding of Reliability and Maintenance Management in an Operating Plant. The conversation around achieving desired equipment performance which leads to optimal plant availability, profitability and safety is one that has found resonance in the last decade. However also quite apt is the saying that common sense is not so common. This training aims to introduce best practices in reliability and maintenance management in an immersive way, giving participants some of the knowledge required to achieve improved quartile reliability performance. Participants will be broken out into teams, so as to use the knowledge gained at the beginning of this training session to evaluate and understand the financial consequences of not implementing the discussed best practices in reliability and maintenance management. The effects of not implementing these best practices in a plant are not quite so obvious because the emphasis is always on production, leading to a neglect of the other areas which can impact production targets, overall profitability, and safety. This training will provide participants with an eye-opening experience on the financial impact of running a plant without having best practices in place. Participants will go back to their various organizations armed with some knowledge of how to ensure that the organization's bottom line is protected from a reliability and maintenance management perspective. Immersive, practical reliability and maintenance management training with a scenario of a running plant. Reliability Business, Predictive Technology, Maintenance All / Cross-Industry Consultant, Vice President, Technician /?
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