Phenol utilisation by fungi isolated from activated sludge.

Acta microbiologica Polonica Pub Date : 2002-01-01
Hanka Boszczyk-Maleszak, Magdalena Chorazy, Ewa Bieszkiewicz, Jerzy Kacieszczenko
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Abstract

The paper presents the efficiency of phenol removal (concentrations from 500 to 2000 mg/l) by fungi isolated from activated sludge purifying wastewater with high phenol concentration. Five fungal strains were isolated and identified. All isolated strains appeared to be Moniliales from the class of Fungi Imperfecti (Candida sp., Monosporium sp., Trichosporon sp.) Stationary cultures of the individual strains and their mixtures were maintained in Czapek medium containing phenol in concentration from 500 to 2000 mg/l. All isolated strains (except one) were capable of utilising phenol up to a concentration of 1500 mg/l. Depending on investigated strain, phenol in concentration of 500 mg/l was decomposed during 4-25 days, 750 mg/l during 4-14 days. After 20 days, a phenol decline of 1000 mg/l was observed. After 16 days, the phenol decline was 1500 mg/l. Higher phenol concentrations (1500 mg/l) were utilised only by a mixture of two strains. The investigated fungal strains showed good efficiency of phenol removal from high phenol concentration in wastewater and they may be proposed for use in the process of purifying wastewater of this type.

活性污泥分离真菌对苯酚的利用。
研究了活性污泥中分离的真菌对高浓度苯酚废水的去除率(浓度为500 ~ 2000 mg/l)。分离鉴定了5株真菌。所有分离的菌株似乎都是来自不完美真菌类的念珠菌(Candida sp., Monosporium sp., Trichosporon sp.)。单个菌株及其混合物在含苯酚浓度为500至2000 mg/l的Czapek培养基中保持固定培养。除1株外,所有分离菌株均能利用浓度高达1500mg /l的苯酚。根据菌株的不同,500 mg/l的苯酚分解时间为4 ~ 25天,750 mg/l的苯酚分解时间为4 ~ 14天。20 d后,苯酚下降1000 mg/l。16 d后,苯酚下降1500 mg/l。较高的苯酚浓度(1500 mg/l)仅被两种菌株的混合物利用。所研究的真菌菌株对高浓度废水中苯酚的去除效果良好,可用于该类废水的净化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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