Translations:Bio Charbon/26/en : Différence entre versions

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'''3 -''' Once it passed 280°C, the pyrolyse phase starts. The straws decompose into coal, tar and other elements. This is called the exothermic reaction, where energy is released. Therefore, it is necessary to limit the oxygen supply when closing the carbonisation machine to avoid total combustion of the straws. The unconstrained heat by the pyrolyse would raise the temperature to 400°C, until all straws are reduced to coal, tar and other compounds.
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Once it passed 280°C, the pyrolyse phase starts. The straws decompose into coal, tar, and other elements. This is called the exothermic reaction, where energy is released. Therefore, it is necessary to limit the oxygen supply when closing the carbonisation machine to avoid total combustion of the straws. The unconstrained heat by the pyrolyse would raise the temperature to 400°C until all straws reduce to coal, tar, and other compounds.

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'''3 -''' A partir de 280°C, commence la phase de pyrolyse. La paille se décompose en charbon, goudron et autres éléments. Cette réaction est dite exothermique, elle libère de l’énergie. 
Il faut donc limiter l'apport en oxygène en fermant le carbonisateur afin d'éviter la combustion totale de la paille. La chaleur dégagée par la pyrolyse fait monter la température à 400°C, jusqu'à ce que toute la paille soit réduite en charbon, goudron et autres composés.
TraductionOnce it passed 280°C, the pyrolyse phase starts. The straws decompose into coal, tar, and other elements. This is called the exothermic reaction, where energy is released. Therefore, it is necessary to limit the oxygen supply when closing the carbonisation machine to avoid total combustion of the straws. The unconstrained heat by the pyrolyse would raise the temperature to 400°C until all straws reduce to coal, tar, and other compounds.

Once it passed 280°C, the pyrolyse phase starts. The straws decompose into coal, tar, and other elements. This is called the exothermic reaction, where energy is released. Therefore, it is necessary to limit the oxygen supply when closing the carbonisation machine to avoid total combustion of the straws. The unconstrained heat by the pyrolyse would raise the temperature to 400°C until all straws reduce to coal, tar, and other compounds.