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一种新型多功能复合催化剂作用下二氧化碳直接加氢可制取高辛烷值汽油

中科院大连化学物理研究所孙剑、葛庆杰研究员团队发现了二氧化碳高效转化新过程,并设计了一种新型多功能复合催化剂,首次实现了二氧化碳直接加氢制取高辛烷值汽油,相关过程和催化材料已申报多项发明专利。

中国科学家重大突破:二氧化碳“变”汽油

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原标题:二氧化碳“变”汽油更简单了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帝都网-多度网

我科学家首次实现二氧化碳直接加氢制取高辛烷值汽油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帝都网-多度网

北京5月3日电 从中国科学院获悉,中科院大连化学物理研究所孙剑、葛庆杰研究员团队发现了二氧化碳高效转化新过程,并设计了一种新型多功能复合催化剂,首次实现了二氧化碳直接加氢制取高辛烷值汽油,相关过程和催化材料已申报多项发明专利。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帝都网-多度网

该研究成果2日发表于学术刊物《自然·通讯》上,被誉为“二氧化碳催化转化领域的突破性进展”。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帝都网-多度网

科学家解释,用二氧化碳作为原料生产汽油是一种潜在的替代化石燃料的清洁能源策略,但二氧化碳的活化与选择性转化是个难题。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帝都网-多度网

孙剑说: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帝都网-多度网

“相比于更活泼的‘孪生兄弟’一氧化碳,二氧化碳分子非常稳定,难以活化,与经典的费托合成路线相比,二氧化碳与氢分子的催化反应更易生成甲烷、甲醇、甲酸等小分子化合物,而很难生成长链的液态烃燃料。”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帝都网-多度网

为了解决这一问题,研究团队设计了一种高效稳定的多功能复合催化剂。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帝都网-多度网

孙剑介绍,这种催化剂有三个优势,一是能在接近工业生产的条件下进行转化,有利于大规模生产;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帝都网-多度网

二是这种方法生产的汽油排放能满足环保要求,其主要指标苯、芳烃和烯烃基本能满足国Ⅴ标准;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帝都网-多度网

三是具有较好的稳定性,可连续稳定运转1000小时以上,显示出潜在的应用前景。tk9gTefkzDX98XCC9rZX2ZpvfghVfyGhmNjF6BrWvLzs7PhfYES9hFKTikivB5GS5kUPJwBnKWCz9xvjUjhndgarXf66hKqNuwhZuhpPCq48kh9xJQqjwvsaKS9pN5rcYKwmi69bTZQvcD7NWPmxUpQpFPzpXcK2AHBJJA3WeNJYcda82CmvJyx7GQBejUxgyjmUD9xgwcXWikkMmx6wAAfA8Q4JhR5YzdtPvvJLQpm2JKC2MuJUie9EQ7GwRSZZFnJ4pPK4pYEyZ958hYBajXFVkJqfPPs4SgEtLfMWRPNyeY32mxMZSuHafjxeeh9kgydhHZd5CkeChEummEWR4cLhiAg9UEf5AsU8hMvnVFiWNvRGttZasXHVEpBWt8ZZ7ZXUfNpYKWr9SmKiay94ELPyaayeC3bAqZXh9xVPwQug39nrKETAAcCJArVGgEkwdgYBN532VKqs5CWV4JkAmFPrMUS9TvtvcrPsdmSgKfqnKBhFkbUurkkUXufthFBksteLWrPSQQvfkRMNDBq8wgsfWTPubf4bGPkNTP6uXRnLmWH9WW3rPkyswqsU4HEBWQCbwqXMXzYf4T8X2832NVmSZahSTcvdmgjNmVUtWTuBuXKVTit2cDQWdJVLL4cJWzmapPZnBCMWQyuHFVBMDsCifUZJLfg8eQjKGirfjFxihgp8K44Xm67NwbrdqZXK5dXnTRDDpCZzzZheexyFRDHARG6mqrY4S56CsRUPD4Zyu997rsXtQvA3T4MBxBbngbGuz3fzEmNktSKSxsHKC6qi24r8asmS62azgb94uLpZ7LPw7jktJuE6bPcDsJH9RMEF76nSscmDYzEQim9p4AMDQYLQpSkJBRsR22Z6PF2Q6sq2XwHHkpusZFL4biyfaxxNGi9bbuMzpKR5Hf2q2qdjEHNewSTLJuwt2JkGbsF38Hn66zJjgPztMeNm3VgCe2EsXc8m2QRGv3cJVTUuhnFck6nxDrQsaDLKTHJLK9nwHLWKMXb4haDe7m9YHKnWhuagtg363qyF7QpjbLHcrfMXY9wCDQMJbEiLs7vc8eLNfD5cGJM7SPZKEDXM3qwWvcXQiHMmCwwTxew5JRzFsKKP3nqSfn64wD2fbkDRy2z8HHiRXFKxAgDDbHyWtWEsKbDSgAXSLPnaTDK35f2MzMC9YFDg3VYQHy4GtSiYhd8fWBKU5zLMnVZ3BaPbKERMQLiW24xK7jQi7c7eeadk3r65tsB4XE2hGbeKw8srNiZKbQPbFBqjT2FjQA8WxbS7g3TP8Yx758QFj9BTGKNkQz5Uen2LE7ZDndn555FdMNDfbUMQrPmvYtH2AzNrrFNb5yxE6PB4nDh57Fifr8M2amr5qWLfJKdB8EUFbmqE4Ndwk3KErtSjDPYGFtVDeXxJFmRG5JJvH6grgnkcEWTkqaWHpa7NVpyZufrhna8p4XUHMjZV99BD5WbcgpE3dziw2bH9FhshtXqkeX92e8Ra67dFkfH4dhj4LT3MVtUGHdkyCwSWAPQNUMzCeqWPhZtJEK9d6Miur4aTdz7LxAza2QQNrPhxGWd69D7Ckte9xc7w5vvnSmpdHtnmy39VnMmgC7MDwusJ49kjdnTVcvwteJarTZ9W5AruneLXWG7ggacqcHxjgnxgvRZ6isB24eUqSxQ3bU5SzWmcv9amF5dtSgxTMZFEZiZC4bQAzwWVjSicuGAjGNtq39cR7dtB2eXjuhbirBQii8FwMPERAtAABr46g5vLJMVfdvgEvZ2MjrV4CT5MNKP5KBL8kf6G3BGCTkaALL5exYt55mFqQr7TuhWG2v5zJxpzikj8x825FKVvKXjzkYrPYNMYM2XAA7Wfrb6Q9BMNZidQFXdZFHPtVCPAectTTh6y28QMkMqanqAWJvHG8fgnWu3x8uNn64ytajQWaB7htHzbPURCUkuGgKwMGz5UeanaBkkaHz5QHU5RjCmupLUb7UdE3yhcgU3bpgtuPewsSeHQ2E5q5meDKkrb7igTcShEwB帝都网-多度网

时间:2017-05-04 21:47:50  作者:詹媛
后一篇:空天飞机X-37B历经718天太空漫游后成功返航
 
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