Chinese Industry Reaping Fieldbus Benefits

April 22, 2013
Users, Engineering Firms Share Best Practices at Fieldbus Foundation General Assembly in Shanghai
About the Author
Keith Larson is group publisher responsible for Putman Media's manufacturing automation titles Control, Control Design and Industrial Networking. Corporately, he also as serves vice president of content across Putman Media's other magazine titles.

Check out on Google+ and Keith Larson's Google+ profile.

China's enormous investments in manufacturing and energy infrastructure over the past 20 years have taught its engineers some important lessons. Indeed, even as the construction of refineries, smelters, power plants and petrochemical facilities continues at a world-leading pace, a new focus on resources and the environment has begun to shape the country's manufacturing policies, according to Lin Rong, vice chief engineer for engineering firm Sinopec SEI.

An important contributor to new industrial facilities that are cleaner, safer and more efficient is the use of digital communication technologies such as FOUNDATION fieldbus, Lin said in his keynote address to the Fieldbus Foundation 2013 General Assembly, March 12-14, in Shanghai. "Foundation technology has changed the future of industrial automation, including the design mode of control systems," Lin said.

Visit Also: FOUNDATION Fieldbus Knowledge Center

"Foundation technology has changed the future of industrial automation, including the design mode of control systems." Sinopec SEI's Lin Rong spoke on the project execution benefits of Foundation fieldbus technology.FOUNDATION fieldbus fits well with Sinopec's philosophy of developing and deploying increasingly intelligent digital factories, Lin continued. He recognized FOUNDATION fieldbus for its ability to save on installation materials while streamlining construction and commissioning efforts; to support highly accurate and reliable operations; to enable functional decentralization (control-in-the-field); and to enable advanced diagnostics and predictive maintenance with the overall result of decreased maintenance and lifecycle costs.

As evidence, Lin shared the results of a recent study Sinopec SEI conducted to determine the project cost impact of Foundation fieldbus on several petrochemical projects. The study compared traditional analog instrumentation approaches with FOUNDATION fieldbus. Assuming an average of six devices per fieldbus segment, the company was able to shave 5% off the instrumentation and controls portion of the typical project -- a number that he believes can be further improved by designing segments with more than six instruments and by using domestically developed fieldbus cable in future projects.

Nearly 400 process automation professionals gathered in Shanghai to share best practices in the application of FOUNDATION fieldbus technology.But the big payoff for fieldbus occurs once the plant is up and running, Lin contended. At a 3.5-year-old installation at the Fujian Refining and Ethylene Project (FREP), current maintenance needs are only 30% of what a traditionally configured system would entail, Lin said.

Sinopec SEI's Lin was but one of many Chinese process automation professionals to share how FOUNDATION fieldbus is improving operations, maintenance and capital project execution across installations in energy, chemical, petrochemical and metals production verticals.  Visit (Images from the Fieldbus Foundation's 2013 General Assembly in Shanghai ) for a slideshow of other presentation highlights.

About the Author

Keith Larson | Group Publisher

Keith Larson is group publisher responsible for Endeavor Business Media's Industrial Processing group, including Automation World, Chemical Processing, Control, Control Design, Food Processing, Pharma Manufacturing, Plastics Machinery & Manufacturing, Processing and The Journal.