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首页> 外文会议>2011 International Conference on Electric Information and Control Engineering >Study on emulsification technology of diesel-ethanol based on functional group and emulsifying process
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Study on emulsification technology of diesel-ethanol based on functional group and emulsifying process

机译：基于官能团和乳化工艺的柴油-乙醇乳化技术研究

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According to Hydrophile-Lipophile Balance theory and emulsification principles, testing research was done on the emulsifying effects of α-series of regents which contained different function groups on diesel-ethanol systems. Diesel-ethanol systems were confected respectively while taking different ternary regents as emulsifier, and their stability was investigated, finally the CLZ compound emulsifier being developed. Comparison research was done on the stability of emulsified diesel-ethanol blends which were confected with different emulsifying processes. The results indicate that the α2 regent has strong emulsifying effects on diesel ethanol blends. The ternary regent having gradient HLB values can form the firm interface, making the emulsified diesel-ethanol blends have better stability. Compound interface forming method is a better emulsifying process for diesel-ethanol. The CLZ compound emulsifier has solved out the stability of E10 blend basically at a wide range of temperatures, also having strong emulsifying effects on E15 system.
机译：根据亲水亲油平衡理论和乳化原理，对含有不同官能团的α系列摄政剂对柴油-乙醇体系的乳化效果进行了试验研究。以不同的三元摄动剂为乳化剂，分别混合柴油-乙醇体系，对其稳定性进行了研究，最终开发出了CLZ复合乳化剂。比较了乳化柴油-乙醇共混物在不同乳化过程中的稳定性。结果表明，α2试剂对柴油乙醇混合物具有很强的乳化作用。具有梯度HLB值的三元试剂可以形成牢固的界面，从而使乳化的柴油-乙醇共混物具有更好的稳定性。复合界面形成方法是柴油-乙醇更好的乳化工艺。 CLZ复合乳化剂基本上解决了E10共混物在很宽的温度范围内的稳定性，对E15体系也有很强的乳化作用。

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