Arquitectura de PLM sostenibles en proyectos de ingeniería

Las organizaciones deben llevar a cabo una correcta gestión de la sostenibilidad en sus proyectos. Esta situación incorpora una gran complejidad a su ciclo de vida y un aumento en el volumen de información relativa al proyecto. Por lo que los sistemas PLM (o gestión del ciclo de vida del producto) son una opción adecuada de diseño y desarrollo de proyectos sostenibles y una posible solución en la reducción de la complejidad de gestión de la información. Actualmente los gestores PLM desarrollados ponen a disposición de los diferentes departamentos e interesados (stakeholders) de las organizaciones, toda la información del producto o proyecto en cualquier fase de su ciclo de vida, aunque si analizamos las soluciones en detalle (tanto comerciales como planteadas en la comunidad científica) no existe una herramienta que gestione la sostenibilidad de forma integral y eficiente. Por esta situación en el presente trabajo se identifica y formula una arquitectura de PLM sostenible para la gestión de proyectos en ingeniería, bajo estrategias de gestión de datos que permitan a las empresas identificar los requerimientos de información relevantes para la sostenibilidad del sistema, estableciendo la integración de la información desde la perspectiva de la triple-E (económica, ecológica y social).Organisations must carry out the management of sustainability in their projects in the best efficient way. This situation incorporates a great complexity to the life cycle project and increases the volume of information. For this aspects, PLM system (Product Lifecycle Management) are an appropriate choice of design and development process for sustainable projects and a possible solution to reduce the complexity of managing information. Currently PLM system make available all necessary information to the different departments and stakeholders of organisations. But if we analyse the real solutions in detail (both commercial and model which have been developed in the scientific community) there is any tool to manage the sustainability in a comprehensive and efficient way. For this situation in this paper a PLM architecture for sustainability is developed to carry out sustainable engineering projects under strategies of data management. This PLM Architecture can help companies to identify requirements, organise, distribute and manage all relevant information, thought the perspective of the triple-Bottom line (economic, ecological and social

Design and Implementation of a PLM System for Sustainable Manufacturing

Part 2: PLM EcosystemInternational audienceSince the beginning of the industrial revolution, manufacturing industries have primarily been responsible for adverse effects on the environment caused by pollutants such as carbon dioxide. Therefore, there has been tremendous pressure for these industries to be globally competitive within the range of environmental regulations and laws, which has been greatly increased and reinforced these days. In addition, manufacturing industries have been confronted with new challenges owing to the depletion of energy and natural resources, economic stagnation, and increasing human needs that become very diverse. Thus, low-carbon green growth, cleaner production, and eco-friendly products are main issues, and sustainable manufacturing is the driving direction in the future manufacturing industry.PLM (Product Lifecycle Management) is one of the innovative manufacturing paradigms that leverage e-business technologies in order to allow a company’s product content to be developed and integrated with all company business processes through an extended enterprise. In this paper, we designed a new information model and a PLM system for sustainable manufacturing using UML methodology. We performed thoughtful analyses of existing PLM and sustainable indicator, basic schema and information model for supporting sustainable manufacturing engineering are developed. This paper also presents apractical case study showing information model and sustainable engineering by using commercial PDM software