The effects of temperature and the concentrations of NaBH4, NaBO2 and NaOH on the rate of NaBH4 hydrolysis over carbon supported ruthenium catalyst were investigated using isothermal rate data extracted from non-isothermal reactions. It was shown that the hydrolysis was a zero-order reaction with respect to the concentration of NaBH4 and the reaction rate decreased with the increase of OH- concentration. A rate expression was then derived to correlate the hydrolysis rate with the temperature and NaOH concentration
This paper reports new data on the production of hydrogen from water vapor plus NaBH4, or NaBH4 þ 10...
Metal boride catalysts have been developed through reduction of (Ni, Co, and Ru) metal salts with so...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Liquid-phase catalytic hydrolysis of sodium borohydride (NaBH4) for hydrogen production necessitates...
ABSTRACT: Nowadays, the concerns about greenhouse-gas emissions from fossil fuel sources are generat...
The hydrolysis of sodium borohydride (NaBH4) over efficient metal catalysts is a promising approach ...
[[abstract]]In this work, a ruthenium catalyst was prepared for hydrogen generation from the hydroly...
Ruthenium on nickel-foam catalyst was prepared for hydrogen production from the hydrolysis reaction ...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Catalytic hydrolysis kinetics is a subject of great interest in the study of sodium borohydride (NaB...
Garron, Anthony Bennici, Simona Auroux, AlineSeveral metal chloride salts have been evaluated as pre...
Depleting fossil fuel supplies, environmental pollution, and global warming demand a new energy carr...
The present work reports the kinetic modeling of self-hydrolysis of non-buffered, non-stabilized NaB...
Several works about hydrolysis of NaBH4 utilizing various catalysts (such as catalysts containing Pt...
This paper reports new data on the production of hydrogen from water vapor plus NaBH4, or NaBH4 þ 10...
Metal boride catalysts have been developed through reduction of (Ni, Co, and Ru) metal salts with so...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Liquid-phase catalytic hydrolysis of sodium borohydride (NaBH4) for hydrogen production necessitates...
ABSTRACT: Nowadays, the concerns about greenhouse-gas emissions from fossil fuel sources are generat...
The hydrolysis of sodium borohydride (NaBH4) over efficient metal catalysts is a promising approach ...
[[abstract]]In this work, a ruthenium catalyst was prepared for hydrogen generation from the hydroly...
Ruthenium on nickel-foam catalyst was prepared for hydrogen production from the hydrolysis reaction ...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...
Catalytic hydrolysis kinetics is a subject of great interest in the study of sodium borohydride (NaB...
Garron, Anthony Bennici, Simona Auroux, AlineSeveral metal chloride salts have been evaluated as pre...
Depleting fossil fuel supplies, environmental pollution, and global warming demand a new energy carr...
The present work reports the kinetic modeling of self-hydrolysis of non-buffered, non-stabilized NaB...
Several works about hydrolysis of NaBH4 utilizing various catalysts (such as catalysts containing Pt...
This paper reports new data on the production of hydrogen from water vapor plus NaBH4, or NaBH4 þ 10...
Metal boride catalysts have been developed through reduction of (Ni, Co, and Ru) metal salts with so...
Previous work by the authors has demonstrated a high rate and high yield hydrolysis of sodium borohy...