Sentence examples for maximum hydrogen efficiency from inspiring English sources
Surprisingly, forest residues and MSW presented virtually the same maximum hydrogen efficiency.
Maximum hydrogen efficiency was found at 900 °C with a SBR of 1.5 for MSW and 1 for forest residues.
The results show HFB CLH process has a maximum hydrogen efficiency of 73.1% (LHV) and a total thermal efficiency of 59.2% (LHV) at the cost of decreasing the CO2 capture efficiency under the condition of supplementary firing.
A maximum overall hydrogen efficiency of 41% was achieved at an applied voltage of 1.2 V with acetate as substrate, corresponding to a volumetric hydrogen production rate of approximately 0.12 m3 H2/m3 reactor liquid volume/day.
In addition, the performance of the developed CPV systems is evaluated for production of hydrogen, which can be used as energy carrier or energy storage and a maximum solar to hydrogen efficiency of 18% is obtained.
This model has been used to design optimized PV-electrolyzer systems with maximum solar energy to hydrogen efficiency.
Some operational and design parameters of the cycle sections can be optimized in order to obtain the maximum hydrogen production and higher efficiency.
The maximum substrate degradation efficiency, the maximum hydrogen yield and the maximum average hydrogen production rate was predicted at the temperature of 37.8 °C and the initial pH of 7.1, 37.4 °C and 6.9, and 38.2 °C and 7.2, respectively.
The maximum hydrogen production volume, hydrogen production rate, reactor COP and system efficiency using 0.5 M NaOH solution containing 3.33 g lit−1 aluminum at 30 °C are 6119 mL, 420 mL min−1, 1261 mL H2 per 1 g of Al, and 16%, respectively.
The maximum hydrogen production (day 3) was 0.53 L/L-d, reaching an energy efficiency relative to electrical energy input of ηE = 144%.
Maximum hydrogen production is desired in optimization.
