Heat of reaction measurements of sodium borohydride alcoholysis and hydrolysis
On-board hydrogen storage has been identified as one of the most challenging technical
barriers to the possible transition from gasoline to hydrogen powered vehicles. One common
developmental system uses sodium borohydride and water to generate hydrogen. The
system offers many advantages over other types of storage methods such as compressed
hydrogen, liquid hydrogen and metal hydrides. However, previous reports on the heat of
reaction of sodium borohydride hydrolysis are inconsistent. As a result, calorimetry …
barriers to the possible transition from gasoline to hydrogen powered vehicles. One common
developmental system uses sodium borohydride and water to generate hydrogen. The
system offers many advantages over other types of storage methods such as compressed
hydrogen, liquid hydrogen and metal hydrides. However, previous reports on the heat of
reaction of sodium borohydride hydrolysis are inconsistent. As a result, calorimetry …
Heat of Reaction Measurements of Sodium Borohydride Alcoholysis
On-board hydrogen storage has been identified as one of the most challenging technical
barriers to the transition from gasoline to hydrogen powered vehicles. The Hydrogen-On-
Demand™ system patented by Millenium Cell Inc. uses sodium borohydride and water to
generate hydrogen when needed. The system has many advantages over other types of
storage methods such as compressed hydrogen, liquid hydrogen and metal hydrides.
Nevertheless, the cost of making and regenerating sodium borohydride is too high. A …
barriers to the transition from gasoline to hydrogen powered vehicles. The Hydrogen-On-
Demand™ system patented by Millenium Cell Inc. uses sodium borohydride and water to
generate hydrogen when needed. The system has many advantages over other types of
storage methods such as compressed hydrogen, liquid hydrogen and metal hydrides.
Nevertheless, the cost of making and regenerating sodium borohydride is too high. A …
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