Q3140107 (Q3140107): Difference between revisions
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(Created claim: summary (P836): The DUPLEXFIN Project addresses Thematic Priority (e) on Efficiency in the Use of Resources and Raw Materials, with the aim of making chemical and process modifications to obtain flat products of duplex steels EN 1.4462 (2205), EN 1.4482 (2001) and EN 1.4362 (2304) in thicknesses up to 0.5 mm under standard production practices, in particular by using a single cold rolling step. Reaching this thickness range with levels of incidences in the prod...) |
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The DUPLEXFIN Project addresses Thematic Priority (e) on Efficiency in the Use of Resources and Raw Materials, with the aim of making chemical and process modifications to obtain flat products of duplex steels EN 1.4462 (2205), EN 1.4482 (2001) and EN 1.4362 (2304) in thicknesses up to 0.5 mm under standard production practices, in particular by using a single cold rolling step. Reaching this thickness range with levels of incidences in the production process and performance levels equivalent to that of the highest-produced steels, such as austenitic stainless steels, will improve the efficiency of the use of the material and energy resources necessary for the complex production of ACERINOX duplex stainless steels, which will thus be favored in terms of costs and environmental influence. Currently, the production of duplex steels in ACERINOX is penalised, compared to that of austenitics, for a lower performance 6 points and an electrical power requirement that can reach 50 % higher in the last rolling passes. One of the objectives of the Project is to reduce by at least half both differences_x000D_ The Project is presented in a cooperative way, and the individual components of this consortium have, among others, demonstrated capacity in the fields of production and scientific and technological advancement of materials, so the group is considered able to address and achieve the demanding objectives that arise. They shall participate in the implementation thereof; Acerinox, Project leader, partner TITANIA and responsible for the numerical simulation of tension conditions on the lateral edges of the material during hot rolling, and TEAMS as a partner being responsible for the activity of modifications of the hot deformation processes with various thickness reduction programs and ductility titrations (English) | |||||||||||||||
| Property / summary: The DUPLEXFIN Project addresses Thematic Priority (e) on Efficiency in the Use of Resources and Raw Materials, with the aim of making chemical and process modifications to obtain flat products of duplex steels EN 1.4462 (2205), EN 1.4482 (2001) and EN 1.4362 (2304) in thicknesses up to 0.5 mm under standard production practices, in particular by using a single cold rolling step. Reaching this thickness range with levels of incidences in the production process and performance levels equivalent to that of the highest-produced steels, such as austenitic stainless steels, will improve the efficiency of the use of the material and energy resources necessary for the complex production of ACERINOX duplex stainless steels, which will thus be favored in terms of costs and environmental influence. Currently, the production of duplex steels in ACERINOX is penalised, compared to that of austenitics, for a lower performance 6 points and an electrical power requirement that can reach 50 % higher in the last rolling passes. One of the objectives of the Project is to reduce by at least half both differences_x000D_ The Project is presented in a cooperative way, and the individual components of this consortium have, among others, demonstrated capacity in the fields of production and scientific and technological advancement of materials, so the group is considered able to address and achieve the demanding objectives that arise. They shall participate in the implementation thereof; Acerinox, Project leader, partner TITANIA and responsible for the numerical simulation of tension conditions on the lateral edges of the material during hot rolling, and TEAMS as a partner being responsible for the activity of modifications of the hot deformation processes with various thickness reduction programs and ductility titrations (English) / rank | |||||||||||||||
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| Property / summary: The DUPLEXFIN Project addresses Thematic Priority (e) on Efficiency in the Use of Resources and Raw Materials, with the aim of making chemical and process modifications to obtain flat products of duplex steels EN 1.4462 (2205), EN 1.4482 (2001) and EN 1.4362 (2304) in thicknesses up to 0.5 mm under standard production practices, in particular by using a single cold rolling step. Reaching this thickness range with levels of incidences in the production process and performance levels equivalent to that of the highest-produced steels, such as austenitic stainless steels, will improve the efficiency of the use of the material and energy resources necessary for the complex production of ACERINOX duplex stainless steels, which will thus be favored in terms of costs and environmental influence. Currently, the production of duplex steels in ACERINOX is penalised, compared to that of austenitics, for a lower performance 6 points and an electrical power requirement that can reach 50 % higher in the last rolling passes. One of the objectives of the Project is to reduce by at least half both differences_x000D_ The Project is presented in a cooperative way, and the individual components of this consortium have, among others, demonstrated capacity in the fields of production and scientific and technological advancement of materials, so the group is considered able to address and achieve the demanding objectives that arise. They shall participate in the implementation thereof; Acerinox, Project leader, partner TITANIA and responsible for the numerical simulation of tension conditions on the lateral edges of the material during hot rolling, and TEAMS as a partner being responsible for the activity of modifications of the hot deformation processes with various thickness reduction programs and ductility titrations (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 13:04, 12 October 2021
Project Q3140107 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3140107 in Spain |
Statements
191,220.0 Euro
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239,025.0 Euro
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80.0 percent
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1 October 2016
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31 December 2018
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TITANIA ENSAYOS Y PROYECTOS INDUSTRIALES SL
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36°36'5.29"N, 6°14'17.34"W
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11027
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El Proyecto DUPLEXFIN aborda la Prioridad Temática e) relativa a la Eficiencia en la utilización de recursos y materias primas, con el objetivo de realizar las modificaciones de composición química y de proceso que permitan obtener productos planos de aceros dúplex EN 1.4462 (2205), EN 1.4482 (2001) y EN 1.4362 (2304) en espesores de hasta 0.5 mm bajo prácticas de producción estándar, en particular recurriendo a un único paso por laminación en frío. Llegar a este rango de espesor con niveles de incidencias en el proceso productivo y de rendimiento equivalentes al de los aceros de mayor producción, como los inoxidables austeníticos, permitirá mejorar la eficacia del uso de los recursos materiales y energéticos necesarios para la compleja producción de los inoxidables dúplex de ACERINOX, que se verán así favorecidos en términos de costes e influencia medio ambiental. En la actualidad, la producción de los aceros dúplex en ACERINOX está penalizada, comparada con la de los austeníticos, por un rendimiento 6 puntos inferior y un requerimiento de potencia eléctrica que puede llegar 50% superior en las últimas pasadas de laminación. Uno de los objetivos del Proyecto es el de reducir como mínimo a la mitad ambas diferencias_x000D_ El Proyecto se presenta de forma cooperativa, y los componentes individuales de este consorcio tienen, entre otras, demostrada capacidad en los ámbitos de la producción y el avance científico y tecnológico de los materiales, por lo que se considera al grupo capaz de abordar y lograr los exigentes objetivos que se plantean. En la ejecución del mismo participarán; ACERINOX, líder del Proyecto, TITANIA socio y responsable durante la actividad de simulación numérica de las condiciones de tensión en los bordes laterales del material durante la laminación en caliente, y TEAMS como socio siendo el responsable de la actividad de modificaciones de los procesos de deformación en caliente con varios programas de reducción de espesor y valoraciones de la ductilidad (Spanish)
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The DUPLEXFIN Project addresses Thematic Priority (e) on Efficiency in the Use of Resources and Raw Materials, with the aim of making chemical and process modifications to obtain flat products of duplex steels EN 1.4462 (2205), EN 1.4482 (2001) and EN 1.4362 (2304) in thicknesses up to 0.5 mm under standard production practices, in particular by using a single cold rolling step. Reaching this thickness range with levels of incidences in the production process and performance levels equivalent to that of the highest-produced steels, such as austenitic stainless steels, will improve the efficiency of the use of the material and energy resources necessary for the complex production of ACERINOX duplex stainless steels, which will thus be favored in terms of costs and environmental influence. Currently, the production of duplex steels in ACERINOX is penalised, compared to that of austenitics, for a lower performance 6 points and an electrical power requirement that can reach 50 % higher in the last rolling passes. One of the objectives of the Project is to reduce by at least half both differences_x000D_ The Project is presented in a cooperative way, and the individual components of this consortium have, among others, demonstrated capacity in the fields of production and scientific and technological advancement of materials, so the group is considered able to address and achieve the demanding objectives that arise. They shall participate in the implementation thereof; Acerinox, Project leader, partner TITANIA and responsible for the numerical simulation of tension conditions on the lateral edges of the material during hot rolling, and TEAMS as a partner being responsible for the activity of modifications of the hot deformation processes with various thickness reduction programs and ductility titrations (English)
12 October 2021
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Puerto de Santa María, El
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Identifiers
ITC-20161273-6
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