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The cloud-based solution will enable Husky to plan and schedule its enterprise value chain from crude supply to product distribution through a single and unified system.

Recently, there have been several efforts to apply and adapt standards developed for one sector or industry to others. ARC Advisory Group expects this trend to continue as industry groups, suppliers, and asset owners strive to optimize their response.

By separating the PV from full integration, end users can get their process back online without the need for a Device Description (DD) or other engineering staff.

The goal of this initiative is to deliver an open, cohesive approach to implement OPC UA including TSN and associated application profiles. This will advance the OPC Foundation providing vendor independent end-to-end interoperability into field level devices for all relevant industry automation use-cases.

SENER (Mexico’s Secretary of Energy) this week announced that Robert Gordon University (RGU) and the University of Aberdeen will join Imperial College London and the IFP School in France as the selected universities.

In addition to Subramanian’s role as director of manufacturing cybersecurity for DMDII, Subramanian also will serve as chief information security officer for UI LABS, DMDII’s parent organization, which is driving the digital future of manufacturing and cities.

The whitepaper, Chapter Five: Industrial Control Systems Life Cycle Cost Analysis – Quantitative Evaluation, delineates 450 different factors that impact costs across the following six phases of the industrial control system (ICS) life cycle: engineering, installation, commissioning, maintenance, system, and cyber security.

The solution is designed to improve manufacturing spans, quality and compliance by giving plant managers complete visibility into their product production and offer efficiency and continuous improvement through data capture and analysis.

The forum will be held on September 14 from 9am – 12pm, in the Hannover Messe USA Solutions Theater, McCormick Place, Chicago, on Level 2 of the Lakeside Building.

CLPA’s activity with the OPCF aims to expand its existing CSP+ (Control & Communication System Profile) technology from just describing individual devices and to apply it to complete machines and production lines. This is the key concept behind CSP+ for Machine.

Altizon’s platform is a technology designed to help accelerate Smart Manufacturing initiatives, modernize Asset Performance Management services and launch new Business Models for service delivery, among other processes.

The technology offers an approach for collaborative industrial robotics and makes applications possible in areas such as sheet metal processing or in the fabrication of solar panels.

HANNOVER MESSE USA 2018 covered more than 114,200 square feet of exhibit space and featured 510 exhibitors who showcased their innovations to a record breaking 129,415 registered visitors attending both shows.

In this position, the Chair manages the strategic and tactical directives of the Board of Directors and ensures the marketing, technical, and overall business activities of the OPC Foundation consistently align with its vision and objectives.

The agreement calls for the creation of a global center for the development of scientific research in DTVC.

Recent electronic advancements and the flexibility of package designs make LVIT variable inductance sensors very cost effective for mainstream in-cylinder applications, especially those that tend to be near the peak of that bell curve.

This annual award is presented by FieldComm Group to recognize the people, companies and plant sites around the globe that are using the capabilities of FOUNDATION Fieldbus, HART and WirelessHART technology in real-time applications for improved operations, maintenance and asset productivity.

The webinar will show how engineers, production managers, and decision makers can rapidly assess the options for adapting an existing line to make a new product, increase production, or optimize a process to reduce costs.

The contest tested robotic programming knowledge by challenging students to complete a set of tasks on a FANUC education robot in three hours. The objective included program planning, end of arm tool selection, robot programming and teamwork. A panel of experts judged the 23 teams on their ability to complete the assignment, efficiency, teamwork and robotics knowledge.

The partnership will result in the delivery of an Enterprise Asset Management and Predictive Maintenance system that provides industrial organizations with tools to assess, manage and optimize their industrial assets and maintenance processes using Industry 4.0 best practices. The collaboration began in 2018 as part of the Manufacturing Technology Centre’s Factory in a Box project.