Yokogawa Electric Corporation has announced that its Norwegian subsidiary, Yokogawa TechInvent AS, has received orders to provide 59 high-performance FluidCom chemical injection metering valves for two offshore oil fields that are being developed by Equinor ASA, a Norwegian energy company. One destination is the Johan Sverdrup field in the North Sea, 160 km west of Stavanger, and the other is the Johan Castberg field in the Barents Sea, 240 km northwest of Hammerfest. The orders for the FluidCom valves were placed through the suppliers of the chemical injection packages for these projects.
Shigeyoshi Uehara, head of the IA Products & Service Business Headquarters, comments as follows about these two orders: “We believe that the selection of the FluidCom valve by Equinor, a company that is renowned for its advanced technology and leading role in efforts to achieve the Sustainable Development Goals (SDGs), was based on a very positive evaluation of its features. By enabling the remote control of chemical injection, FluidCom valves reduce the amount of work that must be performed under very demanding conditions on offshore platforms. Optimization of the chemical injection amount also protects the environment. FluidCom valves thus help our customers achieve significant reductions in OPEX and contribute to the achievement of the SDGs. By expanding its lineup of upstream solutions with products such as the FluidCom valve, Yokogawa is providing new value to its customers.”
Chemicals are injected into oil wells and pipelines to prevent scaling and corrosion. Although the opening, closing, and adjustment of injection valves is sometimes automated, this is usually done manually in the upstream sector. Such work is often performed under conditions that can be quite severe, and it can be difficult to avoid injecting excessive amounts of these costly chemicals. For reasons of safety, cost, and productivity, it is important to automate this process.
Yokogawa TechInvent developed and sells the FluidCom chemical injection metering valve. With flow metering and control functionality, a FluidCom valve can stably and automatically inject chemicals into a well or pipeline. The valve has few moving parts, so the risk of failure is low, and a self-cleaning function is provided that eliminates the need for maintenance. Suitable for both oil & gas upstream and midstream operations, the FluidCom valve improves operational efficiency, reduces running costs, and enhances health, safety, and the environment (HSE).
The global leader in functional safety, cybersecurity, and alarm management for the process industries, exida, has introduced their Alarm Management Practitioner (AMP) Program, a new certificate program that complements the company’s existing functional safety and ICS cybersecurity certificate programs.
The AMP Program is designed to teach end users, integrators, suppliers, and regulators how to realistically apply the most important concepts from the ISA-18.2 and IEC 62682 alarm management standards. The program was developed by exida experts who were instrumental in writing the ISA-18.2 standard and associated technical reports. It leverages exida’s experience from hundreds of alarm management projects to deliver the most important principles and the keys for success.
The AMP program will be offered in conjunction with the exida Academy Training course ALM 101: Introduction to Alarm Management Practices & Principles, which is offered generically or for specific control systems.
“exida’s AMP Program was developed to share what the ISA-18.2 and IEC 62682 really mean and how to apply them pragmatically,” said Todd Stauffer, exida Director of Alarm Management and voting member ISA-18.2. “Taking the course and completing the certificate demonstrates that the practitioner is prepared to support key alarm management activities, such as alarm philosophy development, alarm rationalization, and alarm issue remediation.”
A list of AMP certificate holders will be maintained on the exida website.
ABB recently announced it has completed its acquisition of GE Industrial Solutions (GEIS), GE’s global electrification solutions business on June 30, 2018. The transaction was announced on September 25, 2017, and is expected to be accretive to operational EPS in the first year.
The $2.6 billion transaction offers substantial value creation potential within ABB, including growth opportunities to be leveraged from coupling ABB’s digital offering, ABB Ability™, with the extensive GEIS installed base. ABB expects to realize approximately $200 million of annual cost synergies in year five, which will be key in bringing GEIS to peer performance.
“We are very pleased to welcome GE Industrial Solutions to ABB,” said ABB CEO Ulrich Spiesshofer. “The combination reinforces ABB’s position as a worldwide leader in electrification and accelerates our growth and competitiveness in key markets, particularly North America. As one of Thomas Edison’s original businesses, GEIS is the cradle of electrification – a legacy that we will preserve and build on, now that GEIS is part of ABB.”
GEIS will be integrated into ABB’s Electrification Products (EP) division, led by EP President Tarak Mehta, as a new business unit called Electrification Products Industrial Solutions (EPIS). Stephanie Mains, who was previously the President and CEO of the GE Industrial Solutions business, will lead the new business unit as Managing Director. As part of the transaction, ABB has established a long-term strategic supply relationship with GE to supply them with products and solutions from across the ABB portfolio. Included in the acquisition is a long-term right to use the GE brand.
“The product portfolios of GE Industrial Solutions and ABB are highly complementary. Together we will have a comprehensive combined portfolio, as well as an expanded global footprint, sales force and distribution network,” said Tarak Mehta. “We are committed to servicing the GEIS installed base and will now be able to provide a more technologically advanced and digitally connected offering to our customers around the world. Together we will strengthen ABB’s #2 position in electrification globally and expand our access to the attractive North American market.”
The International Society of Automation (ISA) is proud to announce those members elevated to the distinguished membership grade of Fellow and the Celebrating Excellence Award honorees for 2018, including Member's Choice honorees chosen by their peers.
Elevation to the distinguished grade of ISA Fellow is granted to Senior Members in recognition of their exceptional engineering scientific contributions to the field of automation. ISA's Celebrating Excellence Awards honor companies and individuals, both members and non-members, for significant contributions in leadership, technical innovation, and contributions to education that have advanced the profession.
Award presentations will be made at the ISA Honors & Awards Gala on 14 October 2018 at the Grand Hyatt Montreal, Montreal, Quebec, Canada.
2018 ISA Fellows
Shankar B. Baliga, Ph.D.
Orange County Section
General Monitors, Lake Forest, California, USA
For contribution to significant advances in adaptive industrial gas and flame detection
Eric C. Cosman
OIT Concepts LLC, Midland, Michigan, USA
For leadership in advancing the state of automation cybersecurity as an essential element of operational information technology
Edward L. Quinn
Orange County Section
Technology Resources, Dana Point, California, USA
For contributions to the design, development, and implementation of control systems, data acquisition systems, instrumentation, and standards for the nuclear power industry
Herman E. Storey
Herman Storey Consulting, LLC, Kingwood, Texas, USA
For leadership in advancing the adoption and management of Foundation Fieldbus, wireless networks, and intelligent devices
Chemical products are a key part of everyday life with more than 100,000 substances available and in use around the world. According to data from the UN Environment Program (UNEP), the global chemical industry produces more than 400 million tons of hazardous waste annually. These residues can present a severe threat to health and the environment if not discarded safely and quickly.
Chemical company BASF is tackling this challenge in an innovative way: converting chemical waste into reusable energy. The company recently upgraded its central waste incineration plant, which processes all the chemical waste from its site in Ludwigshafen, Germany, the largest chemical production site in the world with more than 250 plants, as well as from outside of the complex. The upgrade completely modernized the 60-year-old incineration control room with our Experion technology.
Nearly 30 controllers were installed to handle thousands of input and output signals from the incineration process each day. These signals help plant operators monitor the temperature, flow, level and pressure of the combustion process used on hazardous chemical waste. Once the waste is burned, the generated heat is converted into steam, which is then placed under high pressure in turbines to generate electricity—turning hazardous waste into clean energy.
Fully integrated into the consoles are live video feeds from several points of the incineration plant such as the boiler, combustion chamber and turbine. Barco OpSpace provides integration of video and interactive (third-party) computer sources into the Experion Orion console workspace, with control from one keyboard and mouse. A complete visualization of operations at any given moment offering insight into the incineration process from the beginning to the end.
Operators and production staff use two Collaboration Stations to access a large variety of plant information and documentation in real time — for example electricity and steam reports that provide important updates about how effectively the plant is converting hazardous waste into clean energy.
The incineration plant is responsible for burning hazardous chemical waste that cannot be recycled or reused in other production processes. These residues are introduced into the plant via pipelines, tanks and containers – mostly from the site itself but also from other nearby facilities. With these systems, plant operators monitor and control devices and equipment, while continuously receiving information on variables such as temperature, pressure and flow.
Yokogawa Electric Corporation announces that it has developed the WG51S2 infrared sensor for the WEBFREX NV online thickness gauge. Positioned as an OpreX™ Quality Control System family solution, the WG51S2 infrared sensor enables the WEBFREX NV online thickness gauge to measure and control the thickness of films and sheets with greater accuracy than ever before. This new product will be released on September 3.
Thickness gauges are used on film and sheet production lines to measure and control film and sheet thickness. They ensure that all products coming off the line are of uniform thickness. Various kinds of plastic film have been developed for packaging, including highly functional film that can preserve the quality of packaged contents and film that can be printed with vivid colors to improve the attractiveness of the packaging. Environmental concerns have driven efforts to make plastic films recyclable and thinner, and so it is important to have thickness gauges that are capable of measuring the thickness of thin films with a high degree of accuracy. To satisfy this need, Yokogawa has developed this infrared sensor.
For the handling of various kinds of films and sheets, four different types of noncontact sensors are available for use with the WEBFREX NV online thickness gauge. These are a β-ray sensor that can measure a wide range of materials, an X-ray sensor that is suitable for measuring compositionally homogeneous films, an infrared sensor that is suitable for use with plastic films that absorb infrared light, and an optical sensor that is suitable for measuring multilayer films and other kinds of transparent films.
1. Maximum accuracy of ±0.1㎛
2. Designed for maintainability and compatibility
In many applications within the process, food and life sciences industries, the smallest amounts of a substance must be measured and added with a high degree of accuracy – whether in piping or in chemical reactors. Flavoring for foodstuffs, active ingredients for pharmaceuticals or corrosion-inhibiting substances in oil production are just a few examples. The newly developed Promass A measures such substances drop-for-drop with a precision unmatched worldwide.
Promass A guarantees maximum robustness and precisely measured values with unparalleled repeatability. All of this thanks to the innovative sensor concept, which sets new standards in Coriolis measurement technology. Promass A is light and compact – with no losses in performance or robustness. The measuring device is therefore ideally suited for space-saving installation, for example in modular process facilities and skids.
National Instruments, the provider of platform-based systems that enable engineers and scientists to solve the world’s greatest engineering challenges, today announced a sub-6 GHz 5G test reference solution compliant with the 3GPP Release 15 specification for 5G New Radio (NR).
With commercial 5G NR deployments below 6 GHz on the horizon, engineers are actively developing sub-6 GHz 5G RF components and devices. The accelerated pace of 5G standardization is driving intense pressure to bring products to market quickly. NI’s sub-6 GHz 5G NR reference solution is a cost-effective and high-performance option for test that helps engineers quickly characterize their designs and more easily transition from R&D to production test environments.
The new reference test solution from NI is well-suited for testing new wideband RFICs, especially those operating in the 3.3 – 4.2 GHz and 4.4 – 5.0 GHz bands. Engineers can test devices operating with 400 MHz of continuous signal bandwidth and beyond with the PXIe-5840 Vector Signal Transceiver (VST), which includes 1 GHz of instantaneous signal generation and analysis bandwidth up to 6 GHz. With the NI VST, the solution delivers residual EVM performance better than 0.32 percent (-50 dB) for 100 MHz NR signals along with faster measurement speed.
“Our new offerings for 5G test are just the latest in a long line of NI innovations helping engineers bring 5G technologies to market more quickly,” said Jason White, director of RF and wireless test at NI. “By combining high-performance RF measurement capability with extremely fast and flexible measurement software, we are helping engineers reduce time-to-market and measurement correlation time by reusing the same instrumentation and measurement science in multiple phases of product development.”
NI’s new technology for 5G test also supplements a comprehensive product portfolio for RF and semiconductor test, including measurement software for 2G, 3G, LTE-Advanced Pro, WiFi 802.11ax, Bluetooth 5 and more. In addition, engineers can use the NI VST alongside more than 600 modular PXI products, spanning DC to mmWave, to create comprehensive semiconductor characterization and manufacturing test systems.