首页 > 资料下载 > 利用CO2捕获量评估氢气生产第1卷：最先进的植物基线Assessment of Hydrogen Production with CO2 Capture Volume 1: Baseline
利用CO2捕获量评估氢气生产第1卷：最先进的植物基线Assessment of Hydrogen Production with CO2 Capture Volume 1: Baseline 利用CO2捕获量评估氢气生产第1卷：最先进的植物基线Assessment of Hydrogen Production with CO2 Capture Volume 1: Baseline

利用CO2捕获量评估氢气生产第1卷：最先进的植物基线Assessment of Hydrogen Production with CO2 Capture Volume 1: Baseline

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  • 更新时间：2021-10-08
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这份报告是一个更大的研究的一部分，旨在评估和比较一个相对较大的数字。 在相对短的时间内具有潜在设计配置的。因此，级别为 在制作这些报告时所花费的工程努力与 概念设计不足以产生初步设计.结果应该是 从这个上下文来看。性能和过程限制是基于已发布的最佳估计 报告、从供应商获得的信息、供应商信息的缩放和最佳工程 判断。 首先通过基于 当前可用的工艺技术和符合现行的许可规定 环境合规.为了得到生产氢气的估计成本，设计 包括从可验证来源获得的商业可用的工艺技术。同时 向各种技术供应商寻求输入，最终评估性能和成本 是独立确定的，可能不代表技术供应商的观点。

This report is part of a larger study that seeks to evaluate and compare a relatively large number of potential design configurations in a relatively short period of time. As such, the level of engineering effort expended in the production of these reports is commensurate with a conceptual design and is not sufficient for producing a preliminary design. The results should be viewed in this context. Performance and process limits are best estimates based upon published reports, information obtained from vendors, scaling of vendor information, and best engineering judgment. Hydrogen cost is first determined by preparing plant designs for hydrogen production based on currently available process technology and meeting current permitting regulations for environmental compliance. To arrive at an estimated cost for producing hydrogen, the designs include commercially available process technology obtained from verifiable sources. While input was sought from various technology vendors, the final assessment of performance and cost was determined independently and may not represent the views of the technology vendors.

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