Tenova supports TimkenSteel’s safety and cost reduction program with NextGen®, iEAF® and Water Detection Technology®
TimkenSteel, Faircrest Plant – Canton, OH, US – has placed an order for Tenova’s proprietary off-gas based technology package including a NextGen® off-gas analysis system, iEAF® dynamic process control technology and Water Detection Technology®. TimkenSteel is a leading producer of carbon and alloyed steel including large diameter SBQ bars and seamless mechanical tubing. Tenova’s equipment will be installed as a fully integrated technology solution on TimkenSteel’s ca. 1 million net ingot tons per year, top charge EAF at the Faircrest Plant.
When fully implemented, the combined technologies will bring a number of operational, safety and environmental benefits including reduced energy consumption, water leak detection, increased productivity and yield and reduced greenhouse gas (GHG) emissions.
Tenova’s technologies are designed to work in tandem to provide a complete process solution that combines leading edge hardware, fundamentally sound process control models, web based automation and the most comprehensive water detection available in the steel industry.
NextGen® is a proprietary hybrid multipoint laser/extractive off-gas analysis system that delivers exceptionally fast analytical response times, requires minimal maintenance and reduces hardware and installation costs.
iEAF® process control software to be installed at Faircrest will dynamically optimize EAF energy consumption, maximize operating cost savings and reduce power-on-time.
Water Detection Technology® uses NextGen® off-gas analysis of both H2 and H2O vapor and proprietary software and is designed to quickly detect and alert Faircrest’s operators when there are abnormally high water levels in the EAF.
TimkenSteel's installation represents the second order for Tenova of this fully integrated solution in North America and it provides TimkenSteel with the most comprehensive technology package of off-gas based EAF process control technology available in the world.