CAJ | 학술논문

简单介绍了玄武岩纤维的基本特性，以玄武岩纤维作为生物膜载体，用实际生活污水模拟黑臭河道水体，采用生物接触氧化工艺来处理净化，评价玄武岩纤维生物载体的性能，探索玄武岩纤维在水体净化中的应用。经过13 d连续运行，玄武岩纤维生物膜载体对COD和NH3－N去除率分别达到82．3％和46．8％，相比对照组分别提高了47．5％和107％，处理效果优良，但是TP的去除效果不理想，需要进一步改进，完善处理工艺。总体来说，玄武岩纤维在水体净化方面有着良好的发展前景。
간단개소료현무암섬유적기본특성，이현무암섬유작위생물막재체，용실제생활오수모의흑취하도수체，채용생물접촉양화공예래처리정화，평개현무암섬유생물재체적성능，탐색현무암섬유재수체정화중적응용。경과13 d련속운행，현무암섬유생물막재체대COD화NH3－N거제솔분별체도82．3％화46．8％，상비대조조분별제고료47．5％화107％，처리효과우량，단시TP적거제효과불이상，수요진일보개진，완선처리공예。총체래설，현무암섬유재수체정화방면유착량호적발전전경。
This paper introduces basic characteristics of basalt fiber .With the basalt fiber as the biofilm carrier ,the actual sewage is used to simulate black smelly river sewage ,in which the biological contact oxidation process is adopted and the properties of the basalt fiber carrier are evaluated to study the application of basalt fiber materials .After 13 days of continu-ous operation ,the removal rate of basalt fiber carrier on COD and NH 3 -N can reach 82 .3% and 46 .8% respectively ,in-creased 47 .5% and 107% than the controlled group .While the removal effect of TP isn’t ideal and it need to be improved further .On the whole ,the basalt fiber will has a good development prospect in the field of water treatment .