使用富氢天然气和可再生天然气用于住宅供暖的经济和环境影响

S. Walker, Daniel van Lanen, M. Fowler
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引用次数: 5

摘要

天然气是一种提供发电和供暖的燃料来源,与煤炭相比,它的排放和效率都有显著提高。大多数天然气是通过不可再生的矿床获得的;然而,通过生产可再生天然气(RNG)来产生甲烷是可能的。RNG是由CO2和CH4组成的沼气通过加氢甲烷化而产生的。然而,另一种可持续的途径是生产富氢天然气(HENG)。HENG是通过添加低体积百分比的氢来创造的,以创造一种每单位能量排放更少温室气体的混合物。用于制造RNG和HENG的氢气可以通过电解剩余电力产生。在非高峰时段使用剩余电力,有助于辖区有效地管理电网。通过本案例研究表明,在天然气网络中使用RNG和HENG可以在任何司法管辖区产生总体积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Economic and environmental impact of using hydrogen enriched natural gas and renewable natural gas for residential heating
Natural gas, a fuel source that provides power generation and heating application, offers significant emissions and efficiency improvements over coal. The majority of natural gas is obtained through non-renewable deposits; however, it is possible to generate methane through the creation of Renewable Natural Gas (RNG). RNG is generated when biogas composed of CO2 and CH4 is methanated through the addition of hydrogen. An alternative sustainable pathway, however, is the creation of Hydrogen Enriched Natural Gas (HENG). HENG is created from the addition of hydrogen, in low volume percentages, to create a blend that emits less greenhouse gasses per unit of energy. The hydrogen used to create RNG and HENG can be generated from electrolysis using surplus electricity. Using surplus electricity, during off-peak hours, helps a jurisdiction effectively manage the power grid. As demonstrated through this case study the use of RNG and HENG to be utilized within the natural gas network can create an overall positive impact in any jurisdiction.
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