Applied Technology Review : News

SCADA systems are used in multiple industries to maintain and monitor efficiency and prevent downtime. Constant technology breakthroughs are increasingly reshaping industrial manufacturing activities in the modern world. In addition, a lot of industrial production processes have become automated. This automation of industrial processes is achieved via the use of various tools and technology. In order to make these automation processes more manageable and efficient, techniques such as SCADA systems are gaining popularity. The significance of these systems is well-known, yet nobody is aware of how SCADA systems benefit industries. The machinery and assets utilized in factories and plants are dispersed over a vast geographical area, a trait shared by all businesses that employ SCADA systems. The public and private sectors utilize this technology to maintain and monitor efficiency, share real-time data for wiser decisions, and communicate system faults in a timely manner to prevent downtime. SCADA systems are used in multiple industries, like: Food and beverage The food and beverage business benefits greatly from SCADA systems. This industry includes service, retail, distribution, and manufacturing sectors. SCADA systems allow the food and beverage industry to control and monitor data to assure product quality and safety. Water treatment Municipalities and states utilize SCADA systems to regulate and monitor water flow, pipe pressure, and reservoir levels. In addition, if a problem such as a leak or contamination occurs during processing or along the supply chain, these technologies are utilized to identify and rectify the issue. Oil and gas The oil and gas industry serves as one of the best instances of SCADA integration. SCADA systems regulate and monitor oil and gas pipelines, permit wireless control, and automate petrochemical and refinery operations. These processes, if not handled properly, can result in substantial harm to health and property. SCADA systems, therefore, closely monitor all activities and provide immediate corrections for significant mistakes. Manufacturing SCADA system aids in managing parts lists, robots, and other forms of industrial automation. Using this technology, organizations may also check the quality and regulate manufacturing processes. ...Read more

As more and more companies are turning to IoT and big data, digital twin technology is gaining traction and improving manufacturing operations. A digital twin is a virtual duplicate of an object, product, piece of equipment, process, supply chain, or even an entire business environment. It is built utilizing information derived from the Internet of Things (IoT) sensor technology attached to or incorporated into the original object. This cloud-connected data enables structural and operational views of the object's behavior in real-time, enabling engineers to monitor systems and analyze system dynamics. Adjustments can be made to the digital twin to determine how the system would alter in the actual world before modifying the original system. Quality, supply chain management , predictive maintenance, and customer experience are all being improved by digital twins in manufacturing. The role of digital twins in manufacturing: Helps improve quality management: Monitoring and responding to data from the Internet of Things (IoT) sensors throughout manufacturing is crucial for preserving quality and minimizing rework. The digital twin can mimic every aspect of the production process to determine where deviations arise and whether or not better materials or methods can be implemented. Improved product design: During the design phase, digital twins can serve as virtual prototypes and be modified to test different simulations or designs before investing in a physical prototype. This reduces the number of iterations required before putting the product into production, saving time and money. Enhanced supply chain management: Digital twins are utilized by supply chains and logistics/distribution companies to measure and analyze key performance indicators, including packaging performance, fleet management, and route efficiency. Essentially, they are useful for optimizing just-in-time or just-in-sequence production and assessing distribution routes. Optimization of processes: A production line's sensors can be utilized to generate a digital twin of the process and assess key performance indicators. Adjustments to the digital twin can reveal new methods for optimizing production, minimizing variations, and facilitating root-cause investigation. ...Read more

Choosing the correct SCADA system is critical because of the financial commitment required to purchase a SCADA system and associated software. SCADA, or supervisory control and data acquisitions systems, is a critical component in many towns and automated manufacturing plants for monitoring and managing equipment and operations. Data from networked devices and sensors is gathered and processed to give operators an overview of their manufacturing processes and the state of their equipment. SCADA is utilized in various industries; however, not all SCADA systems are alike. The correct SCADA system can facilitate communication between RTUs and PLCs, now and in the future. Tips that can help to choose the right SCADA system: Should be able to communicate with the current SCADA system OPC communication is the only option available on many SCADA systems. Older equipment may not be compatible with OPC, but this is not surprising considering that most industrial operations employ a mix of modern and old hardware from various manufacturers. As a result, a company may have to discover and purchase expensive OPC wrappers for its old systems if its SCADA package doesn't provide a selection of native drivers. Should support the current and future needs If a company's industrial system can handle unlimited I/O licenses, it can help them plan for future production growth. Avoid poor reaction times and other issues caused by a SCADA system that was not built to handle a large number of I/O points by thoroughly testing the system to handle such a large number of I/O points. Should have simple upgrades In order for SCADA systems to be flexible and adaptable, backward compatibility is essential. A vendor should have a history of 100 percent backward compatibility so that upgrades are simple and the company doesn't end up with a solution that's no longer supported. Must offer 24*7 support This can have major ramifications, from missing data that could jeopardize regulatory compliance to unanticipated downtime affecting consumers, if a SCADA system fails. It's critical to choose a SCADA vendor that will be there for the company when and where the business needs it. It's also a good idea to check that a significant number of system integrators have been approved to offer regular education and training. ...Read more