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Biodegradability of nylon 4 film in a marine environment

机译:海洋环境中尼龙4薄膜的生物降解性

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摘要

Biodegradability of nylon 4 in seawater from Tokyo Bay was investigated by weight loss and biochemical oxygen demand (BOD) of nylon 4 films. The remaining weight of nylon 4 film decreased with incubation time in the seawater, and the percentage of weight loss of nylon 4 film was 30% after 3 weeks. BOD biodegradability of nylon 4 film was approximately 80% within 25 days. Scanning electron microscopy images of the nylon 4 film before and after the seawater treatment revealed that the surface of the nylon 4 films was eroded after biodegradation in seawater. The average molecular weights of the nylon 4 films indicated no significant difference between before and after 30% weight loss of the film. Based on the present data, nylon 4 film was degraded on the surface of the film in the seawater. Furthermore, microbial degradation seemed to be one of the main degradation mechanisms of nylon 4.
机译:通过尼龙4薄膜的失重和生化需氧量(BOD)研究了东京湾海水中尼龙4的生物降解能力。尼龙4膜的残留重量随在海水中孵育时间的延长而降低,3周后尼龙4膜的失重率为30%。尼龙4薄膜在25天内BOD的生物降解率约为80%。海水处理前后的尼龙4膜的扫描电子显微镜图像显示,尼龙4膜的表面在海水中生物降解后被腐蚀。尼龙4薄膜的平均分子量表明,在薄膜重量减少30%之前和之后,两者之间没有显着差异。根据目前的数据,尼龙4薄膜在海水中在薄膜表面降解。此外,微生物降解似乎是尼龙4的主要降解机理之一。

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