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中文摘要：
设计并模拟了以Shell和Texaco技术为气头的IGCC系统,包括对合成气中的CO进行95%深度变换和不进行变换的不同方案。结果表明,Shell气化为气头的带深度变换和无变换的IGCC系统分别具有最低和最高的系统热效率,为34.80%和41.82%。采用Texaco气化技术,则深度变换对系统热效率的不利影响很小,与无变换的方案相比,热效率分别为35.93%和36.90%。深度变换的优点在于能大规模地降低CO2排放,碳的捕获量分别占系统总碳量的92.49%(Shell,深度变换)、92.50%(Texaco,深度变换),而无变换的IGCC方案,这一比例为0.15%(Shell,无变换)、22.56%(Texaco,无变换),减排效果显著。
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