These results confirmed that the WDS met the plant’s requirements to detect and alert plant operators when higher than normal water conditions were present in the EAF. Furthermore, the WDS has also demonstrated minimal false alarms even in Seattle’s highly variable seasonal weather conditions.
In addition, the NextGen + i EAF project previously commissioned in April 2016, surpassed Nucor Steel Seattle, Inc.’s expectation for quantifiable and sustainable improvements in monthly process consumptions and operating costs: average monthly furnace consumptions were significantly decreased in the following areas: 5 % electrical, 1.5 % oxygen, 11.5 % natural gas, 7.5 % injected carbon and 32 % charge carbon.
Complete system performance has more than doubled from the original estimated savings target determined at the start of the project with total electrical and chemical energy costs per ton of steel being reduced by over 6 %.
(Source: Tenova S.p.A.)
Fraunhofer IWS Hosts International Workshop on Laser Processing of Non-metals
Fraunhofer Institute for Material and Beam Technology IWS invites industry professionals, researchers, and engineers to a comprehensive two-day workshop exploring the latest innovations in laser processing of non-metallic materials.






