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Optimal bio-based supply chain with carbon capture and use: An economic and environmental approach

机译:具有碳捕获和使用的最佳生物供应链:经济和环境方法

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In this work, an optimisation model for the optimal design and planning of energy supply chain is presented. The model intends to fulfil specific demands of electricity and methanol under a stipulated CO2 emissions reduction. The electricity supplied to the methanol plant is produced by the co-combustion of biomass (renewable). We consider that incorporating CO2 capture technologies causes a reduction in the efficiency of co-combustion plants. Different scenarios are investigated to evaluate the conditions under which this type of projects may become financially feasible. A case study based on the Spanish energy grid is utilised for this exercise.
机译:在这项工作中,提出了一种优化设计和规划能量供应链的优化模型。该模型在减少规定的二氧化碳排放时,旨在满足电力和甲醇的特定需求。供应给甲醇植物的电力由生物量(可再生)的共燃烧产生。我们认为,结合CO2捕获技术导致共燃烧植物的效率降低。调查不同的情景以评估这种类型项目可能在经济上可行的情况。基于西班牙能电网的案例研究用于本练习。

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