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Yokogawa wins Automation & Safety systems for Bi-directional LNG Plant by Cheniere Energy Partners

Yokogawa Electric Corporation announced today that it has been selected to supply the integrated automation and safety system for the new liquefaction trains at Cheniere's LNG facility in Sabine Pass, LA, which is being developed by its subsidiary Sabine Pass Liquefaction, LLC (SPL).

SPL is the first company with Department of Energy approval to export liquefied natural gas (LNG) to non-Free Trade Agreement countries. The development of liquefaction services at the Sabine Pass LNG receiving terminal in Cameron Parish, LA will transform the terminal into a bi-directional facility capable of liquefying and exporting natural gas and importing and re-gasifying foreign-sourced LNG.

“We are proud to be part of this groundbreaking liquefaction project in the U.S.,” says Chet Mroz, President and CEO of Yokogawa Corporation of America. “Yokogawa has a 25 percent worldwide market share for LNG plants as well as a long-standing relationship with Cheniere Energy, beginning with the purchase of Yokogawa's CENTUM® CS 3000 control system for the original gasification facility at Sabine Pass in 2006.”

SPL will also utilize the ProSafe®-RS integrated safety instrumented system (SIS) from Yokogawa for the site. ProSafe-RS delivers the world's first completely integrated SIS for DCS to simplify deployment, operation, and maintenance. Until now, two separate monitoring and operating environments were required for the DCS and SIS. ProSafe-RS eliminates the need to implement separate communications and distinctive hardware architectures for the DCS and SIS, thus fast tracking implementation at Sabine Pass, lowering overall costs, and simplifying operation and maintenance.

Cheniere Energy Partners owns 100 percent of the Sabine Pass LNG terminal located on the Sabine Pass deep water shipping channel less than four miles from the Gulf Coast. The Sabine Pass LNG terminal has regasification facilities that include existing infrastructure of five LNG storage tanks with capacity of approximately 16.9 billion cubic feet equivalent (Bcfe), two docks that can accommodate vessels of up to 265,000 cubic meters, and vaporizers with regasification capacity of approximately 4.0 Bcf/d. Cheniere Energy Partners is developing natural gas liquefaction facilities at the Sabine Pass LNG terminal adjacent to the existing regasification facilities.

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Yokogawa gets Control System Orders for large Combined Cycle Power Plants in Egypt

Yokogawa Electric Corporation announces that its subsidiary, Yokogawa Middle East B.S.C.(c), has received orders to supply the control systems for two large combined cycle power plants that are under construction in Egypt. The CENTUM® VP integrated production control systems supplied by Yokogawa will be used to monitor and control the operation of facilities throughout these plants, including the gas turbines, exhaust gas heat recovery steam generators (HRSG), and steam turbines.

Key factors in the decision to purchase a Yokogawa control system for these new plants were Yokogawa's recent experience in providing the control systems for a total of five power plant projects in Egypt, including a large combined cycle power plant, and the company's technical knowledge and expertise in power plant control and automation.

Plans have been drawn up to construct many new power plants in Egypt to keep up with the country's rising demand for electric power. Yokogawa intends to capitalize on its success in winning these latest orders by making further inroads in the control business in Egypt and elsewhere in the Middle East.

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KBR wins Project Management Contract for FEED of Grassroots Plant in Azerbaijan

KBR has announced it was awarded a contract by the State Oil Company of the Azerbaijan Republic (SOCAR) to provide PMC services for the FEED Phase of the Gas Processing Plant (GPP) within the new Oil-Gas Processing and Petrochemical Complex (OGPC) in Azerbaijan.

This award marks the first direct engagement between SOCAR and KBR on a large world-scale capital project. KBR will build upon its long-term project experience in Azerbaijan to perform services for project management and work with its established offices in Baku to provide support for the OGPC project. The GPP FEED phase of work will be supported from KBR’s global engineering centres located in London.

The OGPC will consist of a gas processing plant, currently in FEED phase, with throughput capacity of 10-12 billion cubic meters per annum and a refinery plant with a capacity of 10 million tonnes per annum. Oil products are being developed as strategic domestic assets and the petrochemical plant is being developed mostly for the export market. The GPP FEED completion is expected circa October 2013, with the overall OGPC expected to begin operating in late 2020.

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National Instruments releases Data Acquisition Technology Outlook 2013

National Instruments today released the Data Acquisition Technology Outlook 2013, which provides an overview of the company’s research into key technologies and methodologies that are impacting the data acquisition industry.

The Data Acquisition Technology Outlook discusses the following trends:

· Big Analog Data and Data Acquisition: Engineers and scientists collect vast amounts of high velocity analog data every second of every day. Drawing accurate and meaningful conclusions is a growing problem, and requires specific Big Analog Data™ tools and technologies. See what this means for the data acquisition market.

· Moore’s Law at Work in Data Logging: As the digital world we live in becomes increasingly complex, we are demanding more from the systems that monitor the physical and electrical world. Learn about the data acquisition systems and processors of today, the applications that are pushing the limits of data-logging systems and the architecture of next-generation data acquisition systems.

· Emerging Bus Technologies: As the computer has evolved, so have bus technologies for connecting peripheral devices. Get an overview of the next generation of bus technologies, such as USB 3.0, Thunderbolt, 802.11ac, Wi-Fi Direct, Bluetooth SMART and LTE, and learn how they may affect data acquisition in the future.

· Mobile Technology’s Influence on Data Acquisition: Advances in mobile technology are quickly influencing test and measurement solutions. Even though the technology is still young, engineers and scientists are evolving their skill sets to keep pace. Learn about the ongoing mobile OS battle, how Windows 8 tablets are changing the game and why security is critical to the success of your mobile applications.


To read the Data Acquisition Technology Outlook 2013, visit http://www.ni.com/daq-trends.

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Escalating Energy Demand will Boost Asia’s Pressure Transmitter Market

Pressure transmitter shipments, after returning to pre-recession levels in 2010, saw strong growth in 2011, even surpassing 2010’s growth by several percentage points. Despite the return to positive growth, risks remain. In a connected world, market volatility and political instability impact industrial growth, which in turn affects the pressure transmitter business. The relative slowdown in China and India further increases the risks facing pressure transmitter vendors. Due to the numerous challenges and the lag between orders and final shipment for new projects, many vendors are weighing the financial viability before investing in their manufacturing capacity and after-market service capabilities.

According to G. Ganapathiraman, Country Manager, ARC India and co-author of ARC’s Pressure Transmitters for Asia Market Research Study, “Ongoing financial instability continues to plague markets in Asia. However, ARC expects the developing countries such as China and India to drive the majority of Asia’s growth in pressure transmitter shipments going forward.” Countries such as Indonesia and South Korea are also growing at above average growth rates. Despite the country’s slower GDP growth in recent quarters, the electric power industry in China continues its investments, creating opportunities for pressure transmitter suppliers. In India, the need for both increased generating capacity and a more stable power infrastructure to reduce brownouts drives the need for more pressure transmitters.

For more details click ARC Market Research

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