07 June 2016
07 June 2016
PPG will partner with Lawrence Livermore National Laboratory (LLNL) to use high-performance computers to help reduce glass fibre breakage during the fibreglass manufacturing process to improve yield, reduce waste and become more energy-efficient.
The PPG/LLNL collaboration was recently awarded through the US Department of Energy’s new High Performance Computing for Manufacturing (HPC4Mfg) program. PPG explains that fibreglass is made using a continuous high-speed process. It says that if even one of several thousand glass fibres breaks while being pulled through a die (or bushing), it causes the entire bundle of fibres to break, wasting a significant amount of glass and energy until the manufacturing process can be restarted. To help eliminate this waste, PPG and LLNL will develop numeric computer models to simulate the impact of thermal and physical environments on the glass-fibre forming process over a 4,000-tip bushing. The complexity and magnitude of the simulations requires the vast supercomputing resources at LLNL to model the process.
John Meng, PPG Senior Research Associate, Fibre Glass, and Principal Investigator for the project, said the program will develop models that, for the first time, are representative of real-world fiber glass manufacturing. “The fibreglass industry has simulated the impact of varying one process parameter over many fibres and changing several process parameters over one fibre, but no one has modelled multiple process parameters over the thousands of fibres needed to adequately simulate actual production,” he said.
“The supercomputing capabilities at LLNL and PPG’s manufacturing expertise will enable us to develop sophisticated models that encompass all of these parameters. Ultimately, that will help us gain insight into fibre-forming and fibre-to-fibre interaction so that we can reduce fibre breaks through improved bushing design and fibre-forming processes.”
PPG estimates that continuous-strand fibreglass manufacturers in the US could save 1.7 TBtu annually by controlling fibre breaks. PPG will provide $99,000 in technical support to the project. The DOE will contribute $300,000 to LLNL to fund its effort on the project.
PPG says it is one of several industry partners selected for award under the new HPC4Mfg program. The Office of Energy Efficiency and Renewable Energy’s (EERE) Advanced Manufacturing Office (AMO) administers federal support of the HPC4Mfg program at LLNL. AMO supports applied research, development and demonstration of new materials and processes for energy efficiency in manufacturing as well as platform technologies for the manufacturing of clean energy products. AMO’s goal in this program is to encourage manufacturing companies to apply high-performance computing techniques to reduce production costs, increase energy efficiency and bring new products to market more quickly.
Photo provided by PPG
Continental Structural Plastics (CSP) will install a sheet moulding compound (SMC) production line at its facility in Pouance, France, to support the need for its composite formulations in Europe.
Solvay has celebrated the groundbreaking of its Greenville, Texas, US, manufacturing footprint expansion that increases the site’s resin mixing capacity to meet the growing needs of commercial and military aerospace composite customers.
Covestro is pushing ahead with developing and marketing its continuous fibre reinforced thermoplastic (CFRTP) composites by introducing Maezio as brand name.