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)
JOURNAL BOLIVIANO DE CIENCIAS – Vol. 19– Número Especial Energías
ISSN Digital: 2075-8944 ISSN Impreso: 2075-8936
Reducción de emisiones de carbono mediante el Blending de gas natural e hidrógeno en
las redes de distribución de gas natural de Bolivia”
87
En Bolivia se ha trabajado poco para aplicar el blending de gas natural con
hidrógeno en las redes de transporte del país, sin embargo, se requiere mucha
más investigación académica, industrial y trabajo, especialmente por parte de
los formuladores de políticas, ya que no se tienen políticas y regulaciones para el
blending de hidrógeno en los gasoductos y las redes de distribución del gas natural.
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