Degradation of urea by bacteria and algae in mass algal cultures.

R J Chróst, J Owczarek, K Matusiak
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Abstract

Studies were conducted to determine the role of bacteria and algae in the degradation of urea in industrial waste waters. The microflora accompanying algae in continuous cultures on waste waters from the nitrogen fertilizers industry was found to include bacteria capable of intensive degradation of urea. Urea hydrolyzing bacteria are with time eliminated from the algal culture. This elimination can be attributed to algal metabolites which inhibit the development of sensitive bacteria. The Chlorella vulgaris strain used in the treatment of wast waters from the nitrogen fertilizers industry did not hydrolyse urea.

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大规模藻培养中细菌和藻类对尿素的降解。
研究了细菌和藻类在工业废水中尿素降解中的作用。在氮肥工业废水的连续培养中,发现伴随藻类的微生物群包括能够强烈降解尿素的细菌。随着时间的推移,尿素水解菌从藻类培养中被淘汰。这种消除可以归因于藻类代谢物抑制敏感细菌的发展。用于处理氮肥工业废水的普通小球藻菌株不水解尿素。
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