Potential and Economics of Carbon-Neutral Methane; Combination of PtG and CCU

Yoshiaki Shibata

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Potential and Economics of Carbon-Neutral Methane; Combination of PtG and CCU

机译：碳中和甲烷的潜力和经济性； PtG和CCU的结合

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This paper analyzed potential and economics of carbon neutral methane in Japan. 8 to 10 billion Nm3 of carbon neutral methane can be produced from surplus electricity from 300 GW of solar photovoltaic and 100 GW of wind synthesized with CO_2 intensively emitted from biomass power plants, fossil fuel-fired power plants and large-scale industries, which is equivalent to 20% to 25% of the current city gas demand. Production cost of carbon-neutral methane is higher than hydrogen. However, supply (including production and delivery) cost of carbon-neutral methane is lower than hydrogen, as the carbon-neutral methane does not need new supply infrastructure.

机译：本文分析了日本碳中和甲烷的潜力和经济性。生物质能发电厂，化石燃料发电厂和大型工业通过密集排放300吉瓦的太阳能光伏发电和100吉瓦的风能，产生的二氧化碳可产生8至100亿立方米的碳中性甲烷。相当于当前城市燃气需求的20％到25％。碳中性甲烷的生产成本高于氢气。但是，碳中性甲烷的供应（包括生产和交付）成本低于氢，因为碳中性甲烷不需要新的供应基础设施。

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来源
《IEEJ Energy Journal》 |2019年第2期|1-16|共16页
作者
Yoshiaki Shibata;
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作者单位

New and Renewable Energy Group, Electric Power Industry & New and Renewable Energy Unit, The Institute of Energy Economics, Japan;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Renewable Energy; Power to Gas; Hydrogen; Methanation; Carbon Neutral; CCU;

机译：再生能源;天然气发电;氢;甲烷化碳中和;CCU;

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专利

1. Potential and Economics of Carbon-Neutral Methane; Combination of PtG and CCU [J] . Yoshiaki Shibata IEEJ Energy Journal . 2019,第2期

机译：碳中性甲烷的潜力和经济学; PTG和CCU的组合
2. Comparative Economics of Hydrogen and Carbon-neutral Methane Blending into the Existing City Gas Network [J] . Yoshiaki Shibata, Takahiro Nagata IEEJ energy journal . 2021,第2期

机译：氢气和碳中性甲烷混合到现有城市气体网络的比较经济学
3. The potential benefit of corn dried distillers' grain (co)products (DDG) fed alone or in combination with ionophore and condensed tannin to mitigate methane emission in cattle. [J] . Fonseca M., Crossland W. L., Norris A. B., Journal of Animal Science . 2017,第Suppla4期

机译：玉米干蒸馏器的谷物（CO）产品（DDG）单独或与离子载体组合的潜在益处或结合浓缩的单宁以减轻牛的甲烷排放。
4. Economic and sustainability-potential of carbon-neutral charging services for electric vehicle customers [C] . Christian Will, Patrick Jochem, Stefan Pfahl, International Electric Vehicle Symposium . 2018

机译：经济和可持续性 - 电动汽车客户碳中性充电服务的潜力
5. Assessing the Potential of a Novel Feed Additive and an Unsaturated Fat Alone and in Combination to Lower Methane Emission from Cattle and Reduce Their Contribution to Climate Change [D] . Smith, Megan Lillis. 2017

机译：评估新型饲料添加剂和单独的不饱和脂肪的潜力，并与降低牛的甲烷排放并降低其对气候变化的贡献相结合
6. EGFR is required for Colonic Tumor Promotion by Dietary Fat in the Azoxymethane/Dextran Sulfate Sodium Model: Roles of TGF-α and PTGS2 [O] . Urszula Dougherty, Dario Cerasi, Ieva Taylor, -1

机译：通过氮杂甲烷/葡聚糖硫酸钠钠模型中的膳食脂肪促进结肠肿瘤促进所需的EGFR需要：TGF-α和PTGS2的作用
7. Different methanotrophic potentials in stratified polar fjord waters (Storfjorden, Spitsbergen) identified by using a combination of methane oxidation techniques [O] . S. Mau, J. Blees, E. Helmke, 2013

机译：甲烷氧化技术的组合在分层的极地峡湾水域（Storfjorden，Spitsbergen）中识别出不同的甲烷氧化势
8. Quantification of the Potential Gross Economic Impacts of Five Methane Reduction Scenarios. [R] . Keyser, D., Warner, E., Curley, C. 2015

机译：量化五种甲烷减排情景的潜在总体经济影响。

Potential and Economics of Carbon-Neutral Methane; Combination of PtG and CCU

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