Clean Coal Technologies for Electricity and Synthetic Liquid Fuel Production for Distributed Generation

Elina Tyurina; Aleksandr Mednikov; Pavel Zharkov

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Clean Coal Technologies for Electricity and Synthetic Liquid Fuel Production for Distributed Generation

机译：清洁煤炭技术用于分布发电的电力和合成液体燃料生产

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The paper presents energy technology installations for combined production of methanol and electricity for distributed generation. The technical and economic study is based on mathematical modeling using a system of computer-aided construction of programs and optimization with the models. The results of the effect of fuel composition on methanol and electricity production are presented. The competitiveness of the obtained methanol is assessed. The studies were carried out for various electricity and coal costs. The thermal efficiency of such installations is more than 60 %. At present methanol produced at energy technology installations is competitive with expensive diesel fuel delivered from other areas.

机译：本文介绍了能源技术装置，用于组合生产甲醇和分布发电的电力。技术和经济研究基于使用计算机辅助建筑系统的数学建模，与模型进行优化。介绍了燃料组合物对甲醇和电力生产的影响。评估所得甲醇的竞争力。该研究是为各种电力和煤炭成本进行的。这种装置的热效率超过60％。目前，在能源技术装置中产生的甲醇具有竞争力，昂贵的柴油燃料从其他地区输送。

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《Environmental and Climate Technologies》 |2020年第2期|共12页
作者
Elina Tyurina; Aleksandr Mednikov; Pavel Zharkov;
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Coalco-productionmethanolmodelingsynthetic fuel;

机译：煤炭生产甲醇模拟合成燃料;

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1. Priority Areas for Diversification of Enterprises of the Fuel and Energy Complex (FEC) Based on the?Creation of Innovative Resource and Energy Saving Technologies for Processing Coal Mineral Stocks for the Production of Synthetic Gaseous and Liquid Fuels and Non-fuel Products. [J] . E. KADIVAR, Kh. RAHIMI, M. A. SHAHZAMANIAN Research Journal of Pharmaceutical, Biological and Chemical Sciences . 2016,第4期

机译：燃料和能源综合体（FEC）企业多元化的优先领域是基于“创新的资源和节能技术的创新，来处理用于生产合成气态和液态燃料及非燃料产品的煤炭矿藏”。
2. The significance of using lignite as a fuel in electricity generation in Turkey and its application facilities in clean coal technologies [J] . Oney Ozcan Energy Sources . 2020,第1a6期

机译：利用褐煤作为土耳其发电燃料的重要性及其在清洁煤技术中的应用设施
3. Combined production of synthetic liquid fuel and electricity from coal using H"2S and CO"2 removal systems [J] . Elina A. Tyurina, Olga V. Skripchenko Energy Reports . 2015,第3期

机译：使用H“ 2S和CO” 2去除系统从煤炭联合生产合成液体燃料和电力
4. Prospects for production of synthetic liquid fuel from low-grade coal [C] . Sergei Shevyrev, Aleksandr Bogomolov, Maksim Alekssev Conference on Thermophysical Basis of Energy Technologies . 2015

机译：低级煤炭生产合成液体燃料的前景
5. Catalyst and process development for upgrading coal and wastes liquids to clean synthetic fuels. [D] . Joo, Hyun-Soo. 1997

机译：用于提纯煤炭和废液以清洁合成燃料的催化剂和工艺开发。
6. Coal with Carbon Capture and Sequestration is not as Land Use Efficient as Solar Photovoltaic Technology for Climate Neutral Electricity Production [O] . James Gunnar Groesbeck, Joshua M. Pearce -1

机译：具有碳捕集和封存的煤炭在土地利用效率方面不如用于气候中性电力生产的太阳能光伏技术
7. Combined production of synthetic liquid fuel and electricity from coal using H2S and CO2 removal systems [O] . Tyurina Elina A., Skripchenko Olga V. 2015

机译：使用H2S和CO2去除系统从煤炭联合生产合成液体燃料和电力

Clean Coal Technologies for Electricity and Synthetic Liquid Fuel Production for Distributed Generation

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