Post by ENGIE - International Supply & Energy Management

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š–š”ššš­ š¢š¬ š›š¢šØš¦ššš¬š¬, ššš§š š°š”š² ššØšžš¬ š¢š­ š¦ššš­š­šžš« šŸšØš« š­š”šž šžš§šžš«š š² š­š«ššš§š¬š¢š­š¢šØš§? Biomass turns organic materials, such as wood residues, sawdust or agricultural by-products, into a renewable energy source. Its strength? It can be stored, transported and used when needed, making it a flexible and reliable solution for heating, power generation, industrial processes and biofuel production. But biomass only makes sense when it is responsibly sourced and certified, with clear standards on traceability, biodiversity, land use and greenhouse gas emissions. So, how does biomass become energy? And what role can it play in supporting industrial decarbonization? šŸ‘‰ Read our Energy Encyclopedia article to learn more: https://lnkd.in/ePT2hv22

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