CAJ | 학술논문

综述了酵母菌吸附处理重金属离子的吸附机理、影响因素、吸附剂的解吸、吸附动力学和吸附平衡模型，指出实现酵母吸附处理废水中重金属离子工业化应用的关键是降低运行成本和简化操作程序。因而今后研究的重点是酵母吸附机理和最佳吸附工艺条件的探索、酵母固定化工艺研究、复杂废水环境中酵母的重复利用和再生研究等。
종술료효모균흡부처리중금속리자적흡부궤리、영향인소、흡부제적해흡、흡부동역학화흡부평형모형，지출실현효모흡부처리폐수중중금속리자공업화응용적관건시강저운행성본화간화조작정서。인이금후연구적중점시효모흡부궤리화최가흡부공예조건적탐색、효모고정화공예연구、복잡폐수배경중효모적중복이용화재생연구등。
The biosorption mechanism,influential factors,adsorbent desorption,kinetics models and equilib-rium isotherm models of biosorption treatment of heavy metal ions using yeasts were reviewed.It also con-cluded that the keys to realize the industrial application of yeast biosorption in wastewater were decreasing the costs,simplifying the procedures.The future research will focus on the biosorption mechanism and the optimum biosorption conditions,the immobilization technology of yeasts and the reuse or regeneration of yeasts.