The balance to zero carbon emissions is still far from neutral, although various technologies try to prevent the deteriorating trend. As shown by the benchmarking analysis (BA) elf, common benchmarking analysis is still insufficient to support an in‐depth view to explore energy‐efficiency performance of CO₂ technology for carbon neutrality. As shown by the thermodynamics (T) elf and BA elf, with help of thermodynamics, the benchmarking analysis could embody a solid physical basis to support its function for an accurate and reasonable energy‐efficiency performance analysis. More details can be found in article number 2000756 by Shuai Deng and co‐workers.

中文翻译：

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基于热力学的二氧化碳捕集技术能效基准分析：案例研究

尽管各种技术试图防止趋势恶化，但实现零碳排放的平衡仍远未达到中性。正如基准分析（BA）精灵所示，普通基准分析仍不足以支持深入探讨碳中和的CO ₂技术的能效性能。如热力学（T）elf和BA elf所示，在热力学的帮助下，基准分析可以体现坚实的物理基础，以支持其功能，以进行准确，合理的能效性能分析。可以在Shuai Deng及其同事的文章编号2000756中找到更多详细信息。