Home » Emerson wireless network monitors treated water usage
Emerson wireless network monitors treated water usage
Austin, Texas -- Emerson’s Smart Wireless technology is helping E.ON UK to accurately monitor and measure treated water usage, thus allowing trending and analysis to formulate target values at its Kingsnorth dual-fired power station. Using Emerson’s Rosemount wireless transmitters, E.ON is now able to collect flow measurement data from new flowmeters installed throughout the turbine hall. The self-organizing wireless network delivers the data for trending in an OSIsoft PI historian which helps personnel monitor water usage within the system.
E.ON Kingsnorth, a 1940MW generating facility located on the Medway Estuary in Kent, UK, needed a solution to monitor and measure water usage within its main plant. The company decided to install new non-intrusive ultrasonic flowmeters to carry out this task. The high cost of wiring associated with a conventional cabled solution and a desire to embrace the very latest networking technology led E.ON to evaluate wireless technologies that could meet its needs.
“E.ON is keen to adopt the very latest technology to help improve productivity, efficiency and availability, and wireless technology provides the ideal networking solution to access the flow measurement data from the turbine building without having to install new cabling,’ said Chet Mistry, Team Leader, E.ON UK.
Having initially undertaken extensive trials of Emerson’s Smart Wireless technology, E.ON selected the Emerson solution because it offered high levels of reliability and long transmitting distance, as well as the ability to add additional devices to the network without the need for additional infrastructure.
The turbine hall at Kingsnorth is around 500m long and presents a difficult working environment for wireless, as it houses large turbines, vast amounts of metal piping and a number of metal walkways that could interfere with the wireless signal. Such an environment would not be suitable for a line-of-sight wireless solution, but Emerson’s Smart Wireless self-organizing technology encountered no problems in terms of routing data back to the gateway or reliability of connection.
“We have great confidence in the technology. The self-organizing network provides redundant routes for the data to pass back to the gateway. The resulting wireless mesh network delivers high reliability,” said Simon Lark, C&I engineer, E.ON UK
With Emerson’s self-organizing technology, each wireless device can act as a router for other nearby devices, passing messages along until they reach their destination. If there is an obstruction, transmissions are simply re-routed along the network until a clear path to the Smart Wireless Gateway is found. As conditions change or new obstacles are encountered in a plant, such as temporary scaffolding, new equipment or a parked construction trailer, these wireless networks simply reorganize and find a way to get their signals through.
All of this happens automatically, without any involvement by the user. This self-organizing technology optimizes data reliability while minimizing power consumption. It also reduces the effort and infrastructure necessary to set up a successful wireless network.
“We were initially a little sceptical of the claims made for wireless, especially considering the environment we would be placing it in. But installation was quick and easy and we just switched them on and they all worked,” said Simon Lark.
Fourteen Rosemount wireless transmitters have been installed to provide access to flow percentage readings from the new non-intrusive ultrasonic flow meters monitoring different sections of the turbine hall. The Rosemount wireless transmitters are transmitting flow measurement data every fifteen seconds to an Emerson Smart Wireless Gateway, situated in the main administration building on the other side of the road from the turbine hall.
“The gateway is situated in a windowless room within the main building. Despite being totally surrounded by brick walls, when switched on the wireless transmitters were all clearly visible and immediately connected to the gateway,” said Simon Lark.
Using Ethernet, the data is sent from the gateway to Emerson’s AMS Suite predictive maintenance software which manages the wireless transmitters, and uses its OPC server to import the flow data into the PI data historian. From here operators view trends and pinpoint where any loss of flow takes place.
The fourteen transmitters took around two hours to configure and then less than six hours to fully install within the plant. In contrast, a wired solution would have taken between one and two weeks to complete.
“This initial installation of wireless is providing us with valuable experience,” said Chet Mistry. “We are now hoping to be able to use this experience to apply the technology to a range of applications including accessing valve diagnostic information.”
ABB Selects Ulrich Spiesshofer to Replace Joe Hogan as CEO
ABB has selected Ulrich Spiesshofer to replace Joe Hogan as CEO in "an orderly transition of power" on September 15, 2013. h
Invensys Acquires SmartGlance Mobile Reporting Product
Invensys, a focused supplier of state-of-the-art industrial software, systems and control equipment to the world's major industries, has acquired the SmartGlance mobile reporting product of Sarla Analytics, LLC, a privately held company headquartered in Barrington, R.I.
Exele TopView Enters Strategic Partnership With Canary Labs
Exele Information Systems has entered into a partnership with Canary Labs located in Martinsburg, PA.
Avantech Announces C-TPAT Certification
Advantech’s Industrial Automation Group has announced that Advantech has successfully been certified for C-TPAT (Customs-Trade Partnership Against Terrorism).
ABB Names New CEO: Ulrich Spiesshofer
ABB Names Ulrich Spiesshofer CEO to Succeed Joe Hogan
VTT TEchnical Research Centre of Finland Predicts Smart Lighting Boom
According to VTT Technical Research Centre of Finland, the lighting systems of the future could be multi-purpose devices not dissimilar to smart phones.
Metso Wins Order from Smurfit Kappa for Metso DNA Control System
Metso has won an order from Smurfit Kappa for the supply of a Metso DNA control system and a pulp cooking process optimization solution to its Cellulose du Pin mill in Biganos, France.
ABB Appoints Ulrich Spiesshofer CEO
The Board of ABB has unanimously appointed Ulrich Spiesshofer, the head of its Discrete Automation and Motion (DM) division, as Chief Executive Officer.
Weekly Roundup. Stories We Covered So You Didn't Have To
Stories from ControlGlobal and elsewhere that caught our eye this week.
Significant Increases in Earnings for Oil and Gas Engineers
A report from Rigzone indicates significant upward movement of earnings for engineers in the oil and gas industry
- All news »
Access the entire print issue on-line and be notified each month via e-mail when your new issue is ready for you. Subscribe today.
- Featured White Papers