In the "Factory Acceptance Test" (FAT), the planning work of the software engineers meets the simulated plant operation. The program codes from the software engineering must prove their worth here in the actual automation task: process engineers, planners, plant operating companies and automation engineers test the automation tasks in realistic plant operation. (Picture: Siemens)
Engineering

How to Gain More Efficient Engineering

During the “Factory Acceptance Test” (FAT) often expansions and adaptations are required which cost time and money. Now a new type concept for plant operating and construction companies forms the basis for even more efficient engineering, greater standardization and safety.

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 (Endress+Hauser; © eyetronic - stock.adobe.com)
Process Automation and Analytics

Korean Industry Sets Sights on Biotech: How Process Analytics goes Gangnam-Style

From shipyards to life-sciences: Automation manufacturers benefit from Korea’s industrial transition – Since the 1960s, Korea has seen an unparalleled transition from an agricultural country to one of Asia’s technology trailblazers. The technological edge secured the “land of the morning calm” a place among the world’s leading shipuilders, cars and electronics manufacturers and plant engineering specialists. After the shipping crisis and the declining crude price, Korea’s multinationals have set their sighths of life-sciences and process engineering. To promote the transition from shipyards to lab-floor, process understanding and state of the art technology are becoming the key enablers.

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The GAMP Guide for Validation of Automated Systems in Pharmaceutical Manufacturing provides a detailed systematic approach on automation system validation (Picture: depositphotos.com / robert_g)
Process Control System

Basic Guidelines for Process Control System Validation

Due to the ever-expanding functionality of modern process control systems, their implementation no longer remains simple. To leverage the benefits of productivity enhancement tools available in the latest process control packages, a clear and complete software functional requirement specification document must be developed before configuring any process control system. Read on to know more…

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Antwerp Port Authority and FPIM (Federal Participation & Investment Company) are to jointly acquire a stake in Nxt Port, the digital data platform for the port community. (CC0 Pixabay)
Belgium: Port Modernization and Growth Strategy

Antwerp Port Authority Invests in Digitalization and Pipeline Infrastructure

Antwerp Port Authority and FPIM (Federal Participation & Investment Company) are to jointly acquire a stake in Nxt Port, the digital data platform for the port community. The port authority also announced that it would acquire the Nationale Maatschappij der Pijpleidingen (NMP) from its current shareholders Ackermans & van Haaren and Electrabel. With the takeover the port authority will gain ownership and control of 720 km of pipelines.

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 (Picture: Emerson Process Management)
Automation Solution

Emerson to Automate New Lubrizol Additives Plant in China

Emerson Process Management and Lubrizol have completed on-schedule, on-budget factory acceptance of Emerson’s integrated automation solution for Lubrizol’s greenfield additives manufacturing plant in Zhuhai, China. Emerson is the Main Automation Contractor for the plant, which will offer select additive component manufacturing as well as additive package blending.

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Fail-safe PLC system is used in critical safety applications in refineries, petrochemical/chemical plants (Picture: ABB)
Risk Detection

How PLCs Help to Avoid Hazards and Increase Plant Safety

In the present times, when strategies to ascertain workplace safety and environment conservation have become a necessity, fail-safe PLC systems can work wonders. These systems minimize the risks involved in critical applications where the possibility of hazards is high. The fault-tolerant architecture ensures that the failure of a component does not interrupt the process operation, thus ensuring safety.

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Industry 4.0 is a vision of tomorrow’s manufacturing. It includes concepts such as ‘ConnectedFactory’ and ‘Industrial Internet of Things’ (IIoT). (Source: depositphotos.com/SergeyNivens)
Industrial Internet of Things

The Next Industrial Revolution: How Future–Ready is India's Process Industry ?

A feature on the Indian process sector’s ability to conform to Industry 4.0 – Industry 4.0 has become a keyword for the engineering world as a whole. However, it is a challenging leap that comes along with various challenges. With industry experts’ views on the several challenges and possible solutions, we have tried to find out whether the Indian process sector is ready to embrace Industry 4.0.

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