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   牛奶废水 的翻译结果: 查询用时:0.202秒
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牛奶废水
相关语句
  milk wastewater
     Anaerobic hydrolysis and acidogenesis of milk wastewater
     牛奶废水厌氧水解酸化试验研究
短句来源
     Experiments were conducted for anaerobic hydrolysis of milk wastewater in CSTR, and experimental results indicated that anaerobic hydrolysis fermentation of milk wastewater was a butyric-type fermentation;
     利用CSTR反应器进行了牛奶废水厌氧酸化实验研究. 结果表明,牛奶废水的厌氧水解酸化过程表现为丁酸型发酵;
短句来源
     The CSTR reactor was not a biohydrogen production reactor suitable for anaerobic treatment of milk wastewater.
     在牛奶废水的厌氧处理过程中用CSTR反应器作为生物产氢反应器是不适宜的.
短句来源
     The ORP value must lower than 220mV and the optimal value is about 300mV. The milk wastewater is not the suitable biohydrogen production material in CST reactor.
     厌氧发酵产氢的ORP值也随底物的不同而不同 ,但总体必须低于 - 2 2 0mV ,在 - 30 0mV左右时较好 . 牛奶废水不适用于作为CSTR反应器中发酵法生物制氢底物
短句来源
  相似匹配句对
     Anaerobic hydrolysis and acidogenesis of milk wastewater
     牛奶废水厌氧水解酸化试验研究
短句来源
     Inchanging milk
     “审判”牛奶
短句来源
     NITRIFICATION OF WASTEWATER
     废水的硝化作用
短句来源
     Technology of Disposal of Waste-Water
     废水处理技术
短句来源
     Antistaling of Milk
     牛奶的保鲜
短句来源
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Experiments were conducted for anaerobic hydrolysis of milk wastewater in CSTR, and experimental results indicated that anaerobic hydrolysis fermentation of milk wastewater was a butyric-type fermentation; Hydrolysis to amino acid was a rate-limiting step for protein anaerobic degradation; Accumulate of C18: l was the main reason for efficiency drop of protein anaerobic hydrolysis. The CSTR reactor was not a biohydrogen production reactor suitable for anaerobic treatment of milk wastewater.

利用CSTR反应器进行了牛奶废水厌氧酸化实验研究.结果表明,牛奶废水的厌氧水解酸化过程表现为丁酸型发酵;蛋白质水解为氨基酸是蛋白质类物质厌氧处理的限速步骤;长链脂肪酸C18:1(含一个双键的不饱和油酸)的积累是造成蛋白质厌氧水解酸化效率降底的主要原因之一;在牛奶废水的厌氧处理过程中用CSTR反应器作为生物产氢反应器是不适宜的.

Research of anaerobic fermentation biohydrogen production from molasses, starch and milk wastewater in CSTR was conducted. The theoretic possibility of biohydrogen production from three kinds of organic materials and the hydrogen producing stability was also discussed. The results indicated that molasses and starch wastewaters are preferable feeds for anaerobic biohydrogen fermentation. The hydrocarbon is the optimal feed in the main three kinds of organic materials at present time. The sugars which dissolving...

Research of anaerobic fermentation biohydrogen production from molasses, starch and milk wastewater in CSTR was conducted. The theoretic possibility of biohydrogen production from three kinds of organic materials and the hydrogen producing stability was also discussed. The results indicated that molasses and starch wastewaters are preferable feeds for anaerobic biohydrogen fermentation. The hydrocarbon is the optimal feed in the main three kinds of organic materials at present time. The sugars which dissolving better are preferable materials for biohydogen production than starch at present, but the starch is better than sugars for biohydrogen production in the future if the conditions could been controlled good. The niches are variety along with the different of feeds. The optimal pH values of stability operational controlling is 4 5±0 3 for sugars wastewater and 4 0±0 2 for starch wastewater. The ORP value must lower than 220mV and the optimal value is about 300mV. The milk wastewater is not the suitable biohydrogen production material in CST reactor.

采用连续流厌氧发酵法研究了糖蜜废水、淀粉废水与牛奶废水生物制氢 ,讨论了有机物中 3大类物质的厌氧发酵产氢的可行性 ,并对几种底物的产氢稳定性进行了探讨 .结果表明 ,糖蜜废水与淀粉废水都是较好的厌氧发酵法生物产氢底物 ,在 3大类有机物中碳水化合物是目前技术条件下最具有可能性的原材料 .在碳水化合物中 ,溶解性好的糖比溶解性差的淀粉在目前的技术条件下具有生物产氢可行性 ,而淀粉比溶解性糖更具有产氢前景 .不同底物厌氧生物制氢的生态位范围有所不同 ,对于溶解性好的糖 ,稳定运行的工程控制参数为 pH 4 5± 0 3,而溶解性较差的淀粉废水为 pH 4 0± 0 2 ;厌氧发酵产氢的ORP值也随底物的不同而不同 ,但总体必须低于 - 2 2 0mV ,在 - 30 0mV左右时较好 .牛奶废水不适用于作为CSTR反应器中发酵法生物制氢底物

 
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