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首页> 外文会议>AIChE Annual Meeting >AMELIORATED PHENOL UPTAKE FROM PAPER MILL EFFLUENT ONTO SPENT BREWER'S SACCHAROMYCES CEREVISIAE IN THE PRESENCE OF CETYLTRIMETHYL AMMONIUM BROMIDE
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AMELIORATED PHENOL UPTAKE FROM PAPER MILL EFFLUENT ONTO SPENT BREWER'S SACCHAROMYCES CEREVISIAE IN THE PRESENCE OF CETYLTRIMETHYL AMMONIUM BROMIDE

机译：改善酚酚从造纸厂的倒水中吸收到香料酿酒渣的酿酒酵母中的酿酒酵母中的酿酒酵母

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The prime purpose of this research is to evaluate the influence of foam separation,an adsorptive bubble separation technique,employed as a finer treatment technique after biosorption.Cetyl Trimethyl Ammonium Bromide (CTAB) played the multiple roles of foam production,phenol elimination,and microbial collection and hence acts as a percentage promoter.The process has its own merits of lower capital investment,less operating and maintenance cost,less power consumption,relatively faster ad eco friendly technique.The effect of several working parameters,such as initial feed concentration,equilibrium time,biosorbent dose,pH,liquid pool height,surfactant concentration,and air flow rate,were experimentally explored.The higher floatability of Saccharomyces cerevisiae was obtained in a maximum time of 10 min.Among the models tested,Fowler-Guggenheim model (R~2=0.9703) was the most adequate.The experimental data fitted pseudo second order kinetics with a kinetic constant of 5.5425×10~(-5)hr~(-1).Fourier transform infrared spectroscopy (FTIR) spectroscopy revealed the active participation of imidazole in the biosorptive foam separation process.Electro kinetic measurements were carried out to determine the iso electric point (IEP) of the Saccharomyces cerevisiae cells.The zeta potential profile of the baker's yeast cell was affected by the presence of phenol at different pH values.The recovery of phenol loaded biomass and final traces of phenol by flotation were found to be 99.75%.
机译：本研究的主要目的是评估泡沫分离，一种吸附泡沫分离技术的影响，其在生物吸收后作为更精细的处理技术。乙酰甲基溴化铵（CTAB）发挥了泡沫生产，苯酚消除和微生物的多种作用收集和因此作为一个百分比推动者。该过程具有较低资本投资的优点，运营和维护成本较少，功耗较少，较快的广告生态友好技术。若干工作参数的影响，如初始饲料浓度，实验探索平衡时间，生物吸附剂量，pH，液体池高，表面活性剂浓度和空气流速。在10分钟的最大时间内获得酿酒酵母的较高稳定性。福勒 - 古根海姆模型（ R〜2 = 0.9703）是最适合的。实验数据配合伪二阶动力学，动力学常数为5.5425×10〜（-5）HR〜（-1）。傅里叶变换红外光谱（FTIR）光谱揭示咪唑在生物着陆泡沫分离过程中的主动参与。进行了电气测量以确定酿酒酵母细胞的ISO电点（IEP）。Zeta酵母的Zeta潜在概况细胞受到不同pH值的苯酚存在的影响。发现酚类的酚类和最终絮凝剂通过浮选的回收率为99.75％。

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