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How open process automation will shape the future of pump control

Control Engineering

Open Process Automation (OPA) is an initiative aimed at developing a new and open standard for process automation systems. holds the promise of optimal performance, improved reliability and cost savings in the operation of automated systems, including multi-pump systems used in municipal water and wastewater systems.

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Accelerate Program of Pittsburgh Robotics Factory opens applications for its third cohort

Robotics Business Review

Source: Robotics Factory The Robotics Factory has opened the application window for its Accelerate program. Journey Robotics : Journey Robotics offers an automated system to improve the safety and efficiency of loading, unloading, handling, and throughout of passenger cargo.

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Universal automation lays the foundation for smart factories

Control Engineering

Understand the shift toward the smart factory and the challenges process manufacturers face. Learn how IEC 61499 and IEC 61131-3 are impacting universal automation. Learn about universal automation’s benefits and how technology such as Ethernet-APL and edge devices will improve users’ intelligence. They are not alone.

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Improving sustainability with advanced analytics applications

Control Engineering

Analytics insights Sustainability has been recognized as an area of significant importance in the process industries, but many organizations face challenges accessing and connecting data from siloed systems. Benchmarking is invaluable when identifying performance targets, which are often derived from plant models, simulators and optimizers.

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Exploring the impact of Industry 4.0 on manufacturers

MEM

and the available support for manufacturers who wish to switch. or digitalisation, is the trend towards automation and data exchange in processes within the manufacturing industry. Simply put, it’s essential for businesses as manufacturers cannot remain competitive without undergoing a digital transformation.

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Heralding a boundless automation future with Industry 4.0 technologies

Control Engineering

Technologies and protocols such as Ethernet advanced physical layer (Ethernet-APL), 5G communication, OP UA, hyperconverged infrastructure and containerization are key components of creating a boundless automation future. Safety, reliability and increased production are still critical drivers for industrial process manufacturers.

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Systems integrators support end user self-service

Control Engineering

Automation logic is developed and implemented in the early phases of development and needs to be handled by experts as it is a complex logic code. Automation logic is developed and implemented in the early phases of development and needs to be handled by experts as it is a complex logic code. Learning Objectives.