46 Measurement and Testing Plant Information Management System With OPC-UA Support and Stronger Security
Yokogawa has announced the release of ExaquantumTM R3.10. This latest version of the Exaquantum plant information management system comes with stronger security and improved compatibility through the support of OPC Unified Architecture (OPC-UA), the latest OPC communication standard.
Among manufacturers, there is an increasing need to store and analyse large amounts of data on temperature, pressure, and other variables that can be used to improve the efficiency of plant operations. To facilitate the collection and storage of this data, there is a rising demand for plant information management systems (PIMS). Yokogawa has developed the Exaquantum PIMS to meet this need, and has been improving its functions. The Exaquantum PIMS can be used in a wide range of industries, including oil, refining, petrochemicals, iron and steel, non-ferrous metals, electric power, gas, pulp and paper, foods, pharmaceuticals, and water treatment.
With the rising use of information technology in production management and control applications, maintaining the security of plant information and control systems is a growing challenge. And as companies seek to introduce the latest network technologies, security becomes an even more pressing concern. To meet such needs, Yokogawa has added support for the latest communication standard to Exaquantum R3.10 and has upgraded its security features.
Exaquantum R3.10 supports OPC UA and can now securely exchange data with a wider range of data sources, including OPC UA-compliant devices such as the Yokogawa SMARTDAC+ series data acquisition systems.
Based on a review of the vulnerabilities in the previous version of this software, the program paths (routes to files and folders) and the authorisation of access rights have been tightened in Exaquantum R3.10. Exaquantum is now less vulnerable to computer viruses and cyber-attacks.
Exaquantum R3.10 supports the latest versions of operating systems and other kinds of software, including Windows Server 2016 (a server operating system), Windows 10 Enterprise 2016 LTSB (a PC operating system), and Microsoft SQL Server 2014 (a relational database management system).
Object linking and embedding for process control (OPC) is the de-facto standard for interoperability in the industrial automation industry and other fields, enabling data to be exchanged securely and reliably, and OPC Unified Architecture (OPC-UA) is the latest version of this standard. OPC UA is independent of any specific hardware or operating system platform, and ensures high security and extensibility. As such, this communication standard holds great promise for Industry 4.0.
The main applications for Exaquantum R3.10 is the real-time collection of plant process data into databases, the calculation of collected data and display of collected data in trend charts and other types of graphics, spreadsheets, etc. Exaquantum R3.10 is ideal for process industries such as oil and gas, petrochemicals, chemicals, iron and steel, non-ferrous metals, electric power, pulp and paper, foods, pharmaceuticals, and water treatment.
Exaquantum is a plant information management system (PIMS). The large amount of data stored in a control system is an important asset that can be used by management to improve productivity, quality, and safety. Exaquantum acquires, processes, and stores control system data and provides it to applications in the manufacturing execution system (MES) domain for use in managing and analysing operations. Exaquantum provides an environment in which data can be analysed, not only from the viewpoint of plant operations and management, but also from a business perspective, facilitating the flow of information at field and management levels and making real-time management a reality. Yokogawa will continue to utilise Exaquantum to create value with its customers and expand its solutions business.
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New Software and Temperature Control up to 300 °C for Premium Tensiometer
KRÜSS recently introduced an updated version of their successful K100 Force Tensiometer with their new ADVANCE software and they have also developed two new temperature control units for this measuring instrument.
The new ADVANCE software is designed to be a universal platform for all KRÜSS measuring instruments and now also supports the high-end K100 Tensiometer. ADVANCE displays the logical workflow of scientific measurements on an intuitive user interface. The broad scope of methods offered by the K100 include, in addition to standard methods for surface and interfacial tension of liquids, completely automated CMC measurement and processes for
characterisation of the wettability of solids and powders right up to the determination of their surface free energy. In parallel with the software release, this measuring instrument also offers technical upgrades, such as a sensor that registers the closing of the sample chamber doors.
ADVANCE controls measurement sequences with the aid of ready-made automation programs, reducing manual steps to the absolute minimum. Measurements can therefore start immediately without any further adjustments. Procedures can also be intuitively modified or even newly created for completely different sequences without any programming knowledge.
The automation programs work hand in hand with the numerous software-controlled K100 components and sensors. For example, closing the measuring chamber can initiate the next sequence step of the measurement without the user needing to confirm continuation. Also, the integrated stirrer can switch itself on and off during the procedure in order to homogenize the sample before measurement. During a critical micelle concentration (CMC) measurement, special Micro Dispensers are integrated in a fully automated procedure which includes creating a concentration series and evaluating the measurement curve.
An additional novelty in the K100 program innovation consists of two powerful temperature control units for different ranges. The Temperature Control Unit – TJ50 exploits the Peltier effect for tensiometric measurements between -15 and 130 °C. The unit rapidly reaches the target temperature and keeps it stable due to excellent insulation. This not only applies to high and low temperatures, but also to normal conditions (293.2 °K), which is almost impossible for standard thermostats to maintain. The temperature control housing of the unit also encompasses an electromagnetic stirrer, ensuring rapid homogenization of the sample temperature. Moreover, the TJ50 includes a cooling unit for the Peltier element so that separate counter-cooling is not necessary.
The electrically heated temperature control unit TJ60, which quickly and reliably reaches target temperatures of up to 300 °C, opens up completely new tensiometric fields of work. It enables, for instance, measurements of the surface tension of polymer melts or bitumen. The supplied disposable sample vessels made of the excellent heat conductor aluminum solve the problem of persistent contamination. Oxidation of the samples can also be avoided by connecting an inert gas.
Both the new ADVANCE software for the Force Tensiometer – K100 and the temperature control units TJ50 and TJ60 are now available For More Info, email:
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Groundbreaking Gas Analyser puts DAD in Control of Tail Gas Technology
Galvanic Applied Sciences has introduced the world’s first analyser designed to combine tail gas measurement with measurements after the thermal stage in the Sulphur Recovery Unit (SRU). This added loop is much faster than the current Claus analysis, lowering SO2
emissions and avoiding major SRU plant upsets. The Brimstone™ 943TGX is a 4-compound (H2
S, SO2 , COS, CS2) analyser with patented “cold-finger” probe design,
assuring no down-time from de-misting procedures or sample plugging, even in the presence of very high sulphur samples.
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New 1010 Flushing Rings are Launched
SOR Inc. expands its capabilities and product line by officially offering flushing rings as a standard product.
Over the years, customers have come to us asking for SOR to manufacture flushing rings due to the competition not being able to meet certain specifications and quick deliveries. Given their strong history of machining and welding capabilities, as well as the willingness and ability to provide custom solutions, SOR is able to provide these parts with ease. Now, given the large customer demand for the product, SOR has officially made flushing rings available as a standard product in the 1010 Flushing Rings.
The SOR Flushing Rings are designed to be installed between a transmitter and a standard ASME flange and can be used with any flanged, pancake, or inline diaphragm seal. One or two flushing connections will allow the buildup that accumulates in front of the diaphragm to be flushed out or vented without disconnecting the transmitter. Also referred to as ‘drip rings’, the flushing connections can be used to drain piping, take samples, or even bleed a valve.
The SOR 1010 Flushing Rings can be configured to meet all of your requirements for flushing, calibration, and drip rings. Leveraging our world class machine shop and dozens of certified welders, SOR has the capabilities to provide product that meets your exact requirements at the lead time your application demands. Never again feel trapped by off-the-shelf choices or long lead times.
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