SynopsisAM Industeel, a key player in the steel industry, has chosen Danieli's advanced vertical slab caster technology for its Le Creusot plant in France. This innovative caster aims to produce high-quality slabs, replacing ingot casting and reducing energy consumption and CO₂ emissions. It features an array of cutting-edge Danieli technologies to optimize the casting process. The strategic move underscores the industry's commitment to quality, efficiency, and sustainability.ArticleAM Industeel is taking a bold step towards enhancing the quality and sustainability of its steel production. The company has placed an order for a state-of-the-art vertical slab caster from Danieli, a trusted name in steel technology and equipment. This new caster will be installed at the Le Creusot plant in France, marking a significant milestone in AM Industeel's journey.The Danieli slab caster is poised to revolutionize the production of quality slabs, with thicknesses of up to 150 mm, widths ranging from 1500 to 2100 mm, and lengths between 4 and 6 meters. These slabs will encompass a spectrum of special grades, spanning from carbon to stainless steels and nickel-based alloys.This installation is not merely an upgrade; it represents the first caster at the Le Creusot plant. Its strategic purpose is to replace ingot casting, a move aimed at reducing transformation losses, eliminating scarfing, and streamlining the rolling process. This holistic approach optimizes the entire conversion process, emphasizing efficiency and sustainability.The AM Industeel caster will incorporate a comprehensive suite of Danieli 3Q technological packages. These innovations include real-time quality assessment (Q-ART), mould breakout prevention (Q-MAP+), advanced mould level control (Q-LEVEL+), mould hydraulic oscillator control (Q-INMO), dynamic cooling control (Q-COOL), dynamic soft reduction (Q-CORE), mushy zone detection (Q-PULSE®), and cutting process optimization (Q-CUT).Among these technologies, Q-PULSE stands out as a Danieli-patented system designed to detect the solidification endpoint during continuous casting. This innovation seamlessly integrates into the casting process, accelerating optimization efforts and ensuring impeccable internal quality.Driving this technological marvel will be Danieli Automation electrics and process automation, ensuring precision and efficiency.The Le Creusot plant is on track to commence operations with the new caster by May 2025, marking a significant stride towards quality and sustainability.It's worth noting that AM Industeel has already experienced success with a Danieli-revamped slab caster at its Charleroi plant in Belgium, producing top-tier slabs since 2017.ConclusionAM Industeel's decision to embrace Danieli's cutting-edge vertical slab caster technology represents a pivotal moment in the steel industry's pursuit of quality and sustainability. By replacing ingot casting with this advanced system, the company aims to minimize losses, reduce emissions, and optimize the entire steel conversion process. This strategic move underscores the industry's commitment to innovation and eco-conscious production practices, setting a promising course for the future.
SynopsisAM Industeel, a key player in the steel industry, has chosen Danieli's advanced vertical slab caster technology for its Le Creusot plant in France. This innovative caster aims to produce high-quality slabs, replacing ingot casting and reducing energy consumption and CO₂ emissions. It features an array of cutting-edge Danieli technologies to optimize the casting process. The strategic move underscores the industry's commitment to quality, efficiency, and sustainability.ArticleAM Industeel is taking a bold step towards enhancing the quality and sustainability of its steel production. The company has placed an order for a state-of-the-art vertical slab caster from Danieli, a trusted name in steel technology and equipment. This new caster will be installed at the Le Creusot plant in France, marking a significant milestone in AM Industeel's journey.The Danieli slab caster is poised to revolutionize the production of quality slabs, with thicknesses of up to 150 mm, widths ranging from 1500 to 2100 mm, and lengths between 4 and 6 meters. These slabs will encompass a spectrum of special grades, spanning from carbon to stainless steels and nickel-based alloys.This installation is not merely an upgrade; it represents the first caster at the Le Creusot plant. Its strategic purpose is to replace ingot casting, a move aimed at reducing transformation losses, eliminating scarfing, and streamlining the rolling process. This holistic approach optimizes the entire conversion process, emphasizing efficiency and sustainability.The AM Industeel caster will incorporate a comprehensive suite of Danieli 3Q technological packages. These innovations include real-time quality assessment (Q-ART), mould breakout prevention (Q-MAP+), advanced mould level control (Q-LEVEL+), mould hydraulic oscillator control (Q-INMO), dynamic cooling control (Q-COOL), dynamic soft reduction (Q-CORE), mushy zone detection (Q-PULSE®), and cutting process optimization (Q-CUT).Among these technologies, Q-PULSE stands out as a Danieli-patented system designed to detect the solidification endpoint during continuous casting. This innovation seamlessly integrates into the casting process, accelerating optimization efforts and ensuring impeccable internal quality.Driving this technological marvel will be Danieli Automation electrics and process automation, ensuring precision and efficiency.The Le Creusot plant is on track to commence operations with the new caster by May 2025, marking a significant stride towards quality and sustainability.It's worth noting that AM Industeel has already experienced success with a Danieli-revamped slab caster at its Charleroi plant in Belgium, producing top-tier slabs since 2017.ConclusionAM Industeel's decision to embrace Danieli's cutting-edge vertical slab caster technology represents a pivotal moment in the steel industry's pursuit of quality and sustainability. By replacing ingot casting with this advanced system, the company aims to minimize losses, reduce emissions, and optimize the entire steel conversion process. This strategic move underscores the industry's commitment to innovation and eco-conscious production practices, setting a promising course for the future.
