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首页> 外文期刊>Oil & gas science and technology >CO2 Capture Rate Sensitivity Versus Purchase CO2 Quotas. Optimizing Investment Choice for Electricity Sector
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CO2 Capture Rate Sensitivity Versus Purchase CO2 Quotas. Optimizing Investment Choice for Electricity Sector

机译:CO2捕集率灵敏度与购买的CO2配额。优化电力行业的投资选择

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摘要

Carbon capture technology (and associated storage), applied to power plants, reduces atmospheric CO2 emissions. This article demonstrates that, in the particular case of the deployment phase of CO2 capture technology during which CO2 quota price may be low, capturing less than 90% of total CO2 emissions from power plants can be economically attractive. Indeed, for an electric power company capture technology is interesting, only if the discounted marginal cost of capture is lower than the discounted marginal cost of purchased quotas. When CO2 price is low, it is interesting to have flexibility and reduce the overall capture rate of the site, by stopping the capture system of one of the combustion trains if the site has multiple ones, or by adopting less than 90% CO2 capture rate.
机译:应用于电厂的碳捕获技术(和相关的存储)可减少大气中的二氧化碳排放。本文证明,在CO2捕集技术的部署阶段的特定情况下,在此阶段中CO2配额价格可能较低,从电厂中捕集不到90%的CO2总排放量在经济上具有吸引力。确实,对于电力公司而言,捕获技术很有趣,只有捕获的折现边际成本低于购买配额的折现边际成本时。当二氧化碳价格低廉时,有趣的是具有灵活性并降低站点的总体捕获率,如果站点有多个,则通过停止其中一个燃烧火车的捕获系统,或者采用小于90%的二氧化碳捕获率来降低站点的总体捕获率。 。

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