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Worm Powered Environmental Biotechnology in Organic Waste Management

机译:蠕虫驱动的环境生物技术在有机废物管理中的应用

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Every city generates tonnes of garbage that includes organic biodegradable waste like kitchen waste, fruit and vegetable market waste, which poses a serious problem of disposal. However, if handled and treated properly, this could provide useful organic manure for agricultural application. This problem can be solved by combination of effective technologies like Biodung composting and Vermitech (incorporating earthworms for the production of vermicompost). The present study was carried out during the year 2006-2007 at University of Guyana, Georgetown to recycle grass clippings, water hyacinth and cattle dung by using Eisenia fetida the locally available surface species of earthworm. The results indicated that the organic waste (grass clipping s and water hyacinth) were successfully processed through partial biodung composting and vermicomposting during the period of 60 days. The temperature study during biodung composting showed two peak rise of temperature resulting in destruction of harmful microbes. Subsequent vermicomposting resulted in production of vermicompost confirming to the excellent nutrient status recorded in earlier experiments. The temperature study during vermicomposting showed that fluctuation was restricted to +0.83.
机译:每个城市都会产生吨垃圾,其中包括有机可降解废物,例如厨房垃圾,水果和蔬菜市场垃圾,这带来了严重的处置问题。但是,如果处理和正确处理,这可以为农业应用提供有用的有机肥料。可以通过结合有效的技术(如Biodung堆肥和Vermitech(掺入earth来生产ver堆肥))解决此问题。本研究是在2006-2007年间在乔治敦的圭亚那大学进行的,目的是利用本地可用的ise Eisenia fetida回收草屑,水葫芦和牛粪。结果表明,在60天内,通过部分粪便堆肥和ver堆肥成功地处理了有机废物(草屑和水葫芦)。生物粪便堆肥过程中的温度研究显示温度出现两个峰值升高,导致有害微生物的破坏。随后的ver堆肥导致了com堆肥的产生,从而证实了早期实验中记录的极好的营养状况。 ver堆期间的温度研究表明,波动限制在+0.83。

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