氢能在未来可持续能源系统中，可望成为与电力并重而又互补的主要终端能源。煤制氢具有重要的战略地位。本文构造并分析煤制氢零排放系统。主反应器中部分炭转化为氢的系统冷煤气效率可达90%，分析揭示了系统中的热集成情况和能量平衡。
Hydrogen has the potential to be the main end-useenergy in the future sustainable energy system by acting with thesame important electricity. Hydrogen from coal plays a strategicrole in the system. This paper constitutes and analyzes the systemfor hydrogen from coal. The cold gas efficiency is above 90% forthe case that only part carbon is convertedin the main reactor. The heat integration and energy balance areanalyzed and uncovered.
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| [2] | Lin S Y;Suzuki Y;Hatano H.Innovative Hydrogen Productionby Reaction Integrated Novel Gasification Process[A].,1999:164-166. |
| [3] | Xiao Yunhan;Lin Shiying;Yoshizo Suzuki;HiroyukiHatanoMichiakiHarada.Process Analysis of Hydrogen Production by ReactionIntegrated Novel Gasification (HyPr-RING)[C].Preprint of and Presentationin the 65th Annual Meeting of Society of Chemical Engineering,2000 |
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