
L'augmentation des émissions de dioxyde de carbone et des prix du carburant entraîne des efforts supplémentaires pour trouver une solution visant à réduire la chaleur résiduelle dans l'environnement. L'une des solutions émergentes est le système de cycle organique de Rankine (ORC). C'est l'une des technologies prometteuses de récupération de la chaleur d'échappement qui est largement utilisée pour récupérer de la chaleur de faible à moyenne qualité plutôt que le système de cycle de Rankine à vapeur conventionnel. Ce chapitre met en évidence les différentes conditions et configurations des ORC qui sont généralement appliquées. Ces différentes configurations ont des contraintes différentes et seront généralement considérées en fonction des applications.
El aumento de las emisiones de dióxido de carbono y los precios del combustible conducen a esfuerzos adicionales para encontrar una solución para reducir el calor residual del medio ambiente. Una de las soluciones que surgen es el sistema de ciclo de Rankine orgánico (ORC). Es una de las tecnologías prometedoras de recuperación de calor de escape que se utiliza ampliamente para recuperar calor de grado bajo a medio en lugar del sistema de ciclo de Rankine de vapor convencional. Este capítulo destaca las diferentes condiciones y configuraciones de los ORC que generalmente se aplican. Estas diferentes configuraciones tienen diferentes restricciones y generalmente se considerarán en función de las aplicaciones.
Increasing emissions of carbon dioxide and fuel prices lead to extra efforts in finding solution to reduce the environment waste heat.One of the solutions emerging is the organic Rankine cycle (ORC) system.It is one of the promising exhaust heat recovery technologies which is widely been used to recover low to mediumgrade heat rather than conventional steam Rankine cycle system.This chapter highlights on the different conditions and configurations of ORCs that are usually been applied.These different configurations have different constraints and usually will be considered based on the applications.
تؤدي زيادة انبعاثات ثاني أكسيد الكربون وأسعار الوقود إلى بذل جهود إضافية في إيجاد حل لتقليل حرارة النفايات البيئية. أحد الحلول الناشئة هو نظام دورة رانكين العضوي (ORC). وهي واحدة من تقنيات استرداد حرارة العادم الواعدة التي تستخدم على نطاق واسع لاستعادة الحرارة المنخفضة إلى المتوسطة بدلاً من نظام دورة رانكين البخاري التقليدي. يسلط هذا الفصل الضوء على الظروف والتكوينات المختلفة لـ ORCs التي يتم تطبيقها عادة. هذه التكوينات المختلفة لها قيود مختلفة وعادة ما يتم اعتبارها بناءً على التطبيقات.
Waste Heat Recovery for Power Generation and Cogeneration, Thermochemical Energy Storage and Sorption Technologies, Mechanical Engineering, Physics, Development and Optimization of Stirling Engines, FOS: Mechanical engineering, Waste heat recovery unit, Degree Rankine, Power (physics), Organic Rankine cycle, Environmental science, Mechanical engineering, Engineering, Organic Rankine Cycle, Waste Heat Recovery, Heat exchanger, Physical Sciences, Process engineering, Thermodynamics, Waste heat, Rankine cycle, Waste management
Waste Heat Recovery for Power Generation and Cogeneration, Thermochemical Energy Storage and Sorption Technologies, Mechanical Engineering, Physics, Development and Optimization of Stirling Engines, FOS: Mechanical engineering, Waste heat recovery unit, Degree Rankine, Power (physics), Organic Rankine cycle, Environmental science, Mechanical engineering, Engineering, Organic Rankine Cycle, Waste Heat Recovery, Heat exchanger, Physical Sciences, Process engineering, Thermodynamics, Waste heat, Rankine cycle, Waste management
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