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The combined technology for production of synthetic fuels and electricity with reduced CO2 emissions

机译:用于生产合成燃料和电力的组合技术,可减少二氧化碳排放量

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Consideration is given to the prospective technologies for combined production of synthetic fuel (SF) and electricity. The mathematical models of plant for co-production of synfuel and electricity (PCSE) intended for combined production of electricity and synthesis of methanol and dimethyl ether or membrane-based hydrogen production from coal were developed. They were used in the optimization studies on the installations. As a result of the studies, the design characteristics for the plant elements, the relationships between the SF and electricity productions, etc. were determined. These data were used to identify the ranges of SF price for various prices of fuel, electricity and equipment, and estimate the profitability of SF production. Special attention is paid to modeling of CO2 removal system as part of PCSE and studies on PCSE optimization. The account is taken of additional capital investments and power consumption in the systems.
机译:考虑了合成燃料(SF)和电力的联合生产的预期技术。建立了用于联合生产电力和合成电力的合成燃料和电力的联产装置(PCSE)的数学模型,并由煤合成甲醇和二甲醚或膜基制氢。它们被用于设备的优化研究中。作为研究的结果,确定了植物元素的设计特性,SF和电力生产之间的关系等。这些数据用于确定各种燃料,电力和设备价格的SF价格范围,并估计SF生产的盈利能力。特别注意作为PCSE一部分的CO 2 去除系统的建模以及PCSE优化的研究。考虑了系统中的额外资本投资和功耗。

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