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Between weeks 8 and 93, at an average hydrogen consumption rate of 2 Nm·h−1, less than 1% of the hydrogen supply was used for methanogenesis.
Methane production gradually increased, and based on an average hydrogen consumption rate of 132 Nm·h−1 in week 103, approximately 25% of the supplied hydrogen was used for methanogenesis.
The hydrogen consumption increased with increase in ZrO2 content indicating enhanced hydrogenation activity.
By allowing the fuel cell to run at a constant rate, the batteries improve efficiency, cutting down on hydrogen consumption.
An additional hydrogen consumption of 44 Nm3/m3 was studied and discussed.
However, current researches on hydrogen networks are focusing on reducing the cost of hydrogen consumption.
The kinetic model consists of thermal cracking, oxidation/combustion, hydrogen generation and hydrogen consumption reactions.
Research has also focused on multistage liquefaction in an effort to minimize hydrogen consumption and maximize overall process yields.
A good agreement between experimental and calculated hydrogen consumption rates is observed.
Process integration techniques have been widely accepted as an effective tool for reducing hydrogen consumption.
In particular, minimizing the hydrogen consumption in HDO is a main concern.
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