Improved industrial production through energy optimisation of production processes (Q3215488): Difference between revisions
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629,899.15 Euro
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50.0 percent
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314,949.58 Euro
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Revision as of 09:27, 21 October 2021
Project Q3215488 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Improved industrial production through energy optimisation of production processes |
Project Q3215488 in Spain |
Statements
314,949.58 Euro
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629,899.15 Euro
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50.0 percent
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1 July 2017
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29 September 2020
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TECNICAL-TECNOLOGIA APLICADA SL
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41°53'41.57"N, 2°49'51.46"E
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17038
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El objetivo principal de PIONER consiste en alcanzar procesos industriales optimizados considerando simultáneamente los indicadores clave del proceso y la cuantificación del vector energía. Esta solución se basa en la integración de las TIC para obtener técnicas de fabricación avanzada a la vez que se incorporan tecnologías de alta eficiencia energética y energías renovables._x000D_ Se abordaran dos sectores industriales bien diferenciados: industria metalúrgia e indústria alimentaria de derivados lácteos. Se tratarán los procesos representados por las empresas de la agrupación de proyecto, que son: _x000D_ -Proceso de galvanizado en continuo, tiene un alto consumo energético (Gonvarri). Se validarán diferentes posibilidades para el suministro energético analizando distintas tecnologías que pueden aplicarse a la instalación existente o en nuevas instalaciones, entre ellas la cogeneración._x000D_ -Proceso de fabricación de piezas metálicas mediante fundición y moldeo (Infun). En la planta de fundición existe potencial de recuperacion de calor residual para realizar precalentamientos de distintas etapas de proceso. Se elaborará un prototipo._x000D_ -Línea de producción de derivados lácteos (Tecnical e Inoxpa). Se pretende alcanzar diseños de nuevas líneas áltamente eficientes y con mínimo consumo de energía y agua. Se elaborará planta prototipo._x000D_ Cómo resultados transversales a los procesos Dexma investigará como adaptar su plataforma digital de gestión energética a la optimización de procesos industriales, de forma que el vector energía sea un componente clave de la optimización. Paralelamente Dominion desarrollará una herramienta para realizar la adaptación y re-diseño de plantas existentes considerando la incorporación de mejoras de eficiencia energética, a través del uso de modelos virtuales. (Spanish)
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The main goal of PIONER consists of achieving optimized industrial processes by simultaneously considering the key indicators of the process and the quantification of the energy vector. This solution is based on the integration of ICT to achieve advanced manufacturing techniques while incorporating highly energy-efficient technologies and renewable energy sources._x000D_ It will examine two well differentiated industrial sectors: the metallurgical industry and the dairy-products industry. It will examine the processes represented by the companies in the project group, which are: _x000D_ - Continuous galvanizing process, which uses a lot of energy (Gonvarri). Different energy supply options will be validated by analysing the different technologies that can be applied to existing facilities and new facilities, including cogeneration._x000D_ - Process for manufacturing metal parts by means of smelting and moulding (Infun). In the smelting plant, it is possible to recover residual heat to pre-heat different stages of the process. A prototype will be developed._x000D_ - Dairy-product production line (Tecnical and Inoxpa). The aim is to achieve designs for new, highly efficient lines with minimum energy and water use. A prototype plant will be developed._x000D_ Cross-cutting results of Dexma processes will be investigated, such as how to adapt its digital energy-management platform to optimize industrial processes so that the energy vector is a key optimization component. In parallel, Dominion will develop a tool to adapt and redesign existing plants that takes energy-efficiency improvements into account through the use of virtual models. (English)
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Campllong
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Identifiers
IU70-009304
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