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G. Un-lien-positif-entre-lesémissionslesémissions-de, exergie détruite dans le procédé a ´ eté mis enévidence enévidence en variant la température d'entrée des réacteurs pour une charge donnée : plus l'exergie détruite augmente, plus lesémissionslesémissions de GES augmentent ; ce lien est cependant fonction de la charge traitée. Cette dépendance s'explique par le fait que les produits aux bornes ne sont pas identiques

. La-méthode-d, allocation la plus adaptée semblê etre le pro rata exergétique oú energétique, car il a l'avantage de prendre en compte le contenú energétique plutôt que la quantité de produit, ce qui est plus représentatif de la fonction principale de ce procédé de production d'´ energie. Il a aussi l'avantage de s'affranchir defilì eres de substitution parfois inexistantes, Ceci est en accord avec la recommendation de la directive européenne

L. 'exergie-détruite-dans-le-procédé-a-´-eté-ensuite-comparée-auxémissionsauxémissions-de and G. , La relation mise enévidenceenévidence est la suivante : plus l'exergie détruite augmente, plus lesémissionslesémissions de GES augmentent Ce résultat s'explique comme suit. L'exergie détruite dans le procédé est essentiellement liée aux irréversibilités relatives aux transferts d'´ energie, eux-mêmes liés aux rejets de GES. La relation dépend de la charge traitée et aucune relation absolue entre exergie détruite et rejets de GES ne peutêtrepeutêtre obtenue