Sodium borohydride (NaBH4) hydrolysis offers significant advantages in hydrogen storage for fuel cells, but the hydrolysis requires the use of expensive catalysts, such as Ru and Pt alloys, or various supports. To explore low-cost and high activity catalysts, we use ZnCl2 to promote the hydrolysis rate of sodium borohydride. The mechanisms and apparent activation energy of these composites are discussed. Compared to the hydrolysis of pure NaBH4 (523 mL/g hydrogen in 2 h at 298 K), NaBH4 with 20 wt% ZnCl2 has the best hydrolysis performance with the hydrogen generation rates of 844 mL/g in 5 min, 1039 mL/g in 10 min and 1933 mL/g in 2 h at 298 K. The apparent activation energies of NaBH4 hydrolysis decreased from 79.5 kJ/mol in deionized wat...
The present manuscript faces the study of H2 generation and storage from catalytic hydrolysis of sod...
Garron, Anthony Bennici, Simona Auroux, AlineSeveral metal chloride salts have been evaluated as pre...
Due to increasing energy demand and concern over the urban environment, there is a need to develop a...
Worldwide, hydrogen is gaining ground since it is a promising alternative energy source to conventio...
It is clear that in order to satisfy global energy demands whilst maintaining sustainable levels of ...
International audienceToday there is a consensus regarding the potential of NaBH4 as a good candidat...
ABSTRACT: Nowadays, the concerns about greenhouse-gas emissions from fossil fuel sources are generat...
The present manuscript faces the study of H2 generation and storage from catalytic hydrolysis of sod...
Fuel cells are becoming more of a practical alternative power source. However, improvements in a con...
Over the past decade, sodium borohydride (NaBH) has been extensively investigated as a potential hyd...
Metal hydrides such as MgH2 and NaBH4 are among the materials for with the highest potential solid-s...
It is clear that in order to satisfy global energy demands whilst maintaining sustainable levels of ...
Being a boron-based compound, sodium borohydride, NaBH4, is a convenient hydrogen storage material f...
In the present work, Cu–Co-supported catalysts were tested for hydrogen generation from the hydrolys...
In the present work, Cu–Co-supported catalysts were tested for hydrogen generation from the hydrolys...
The present manuscript faces the study of H2 generation and storage from catalytic hydrolysis of sod...
Garron, Anthony Bennici, Simona Auroux, AlineSeveral metal chloride salts have been evaluated as pre...
Due to increasing energy demand and concern over the urban environment, there is a need to develop a...
Worldwide, hydrogen is gaining ground since it is a promising alternative energy source to conventio...
It is clear that in order to satisfy global energy demands whilst maintaining sustainable levels of ...
International audienceToday there is a consensus regarding the potential of NaBH4 as a good candidat...
ABSTRACT: Nowadays, the concerns about greenhouse-gas emissions from fossil fuel sources are generat...
The present manuscript faces the study of H2 generation and storage from catalytic hydrolysis of sod...
Fuel cells are becoming more of a practical alternative power source. However, improvements in a con...
Over the past decade, sodium borohydride (NaBH) has been extensively investigated as a potential hyd...
Metal hydrides such as MgH2 and NaBH4 are among the materials for with the highest potential solid-s...
It is clear that in order to satisfy global energy demands whilst maintaining sustainable levels of ...
Being a boron-based compound, sodium borohydride, NaBH4, is a convenient hydrogen storage material f...
In the present work, Cu–Co-supported catalysts were tested for hydrogen generation from the hydrolys...
In the present work, Cu–Co-supported catalysts were tested for hydrogen generation from the hydrolys...
The present manuscript faces the study of H2 generation and storage from catalytic hydrolysis of sod...
Garron, Anthony Bennici, Simona Auroux, AlineSeveral metal chloride salts have been evaluated as pre...
Due to increasing energy demand and concern over the urban environment, there is a need to develop a...