基于黑兵蝇幼虫(BSFL, Hermetiaillucens)模型的Ratnapura地区餐饮垃圾管理新维度

E. Ellawidana, M. Magamage
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摘要

不受控制的废物产生是一个普遍的环境问题,废物管理是斯里兰卡的一个关键问题。尽管采用了不同的方法,但以昆虫为基础的生物降解即将到来。基于黑兵蝇幼虫(BSFL,Hermetia illucens)的新兴技术已经被认为可以将可生物降解的废物转化为潜在的更可持续和更有市场的富含营养的堆肥和富含粗蛋白质的动物饲料。该研究旨在评估引入基于BSFL的生物降解的潜力,并通过在Ratnapura, Balangoda和embililipitiya市议会地区大量的城市餐饮生物降解废物来升级蛋白质牲畜饲料来源。采用随机抽样的方法对88份调查问卷进行分析,并对调查结果进行描述性统计和双变量相关分析。更积极的是,97.7%的人使用地方当局提供的废物收集服务,每天收集93.2%的废物。重要的是,洛杉矶有一项政策,只收集已分类的废物。尽管98.8%、56.8%和92.0%的受访者不知道BSFL蛋白的生产、活体饲养和堆肥,但55.7%的受访者愿意利用自己的生物可降解废物生产BSFL。46.6%和71.6%的农户愿意以100卢比的价格出售1公斤堆肥和BSFL幼虫。预计未来蛋白质升级计划价格为200美元。此外,60.2%的人愿意使用基于BSFL的堆肥箱,要求它与有限的空间兼容。由于这种基于昆虫的技术在当地几乎没有证据,相关结果表明需要更多的关注BSFL生物转化和相关的技术知识程序,并推广基于BSFL的蛋白质生产。
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New dimensions towards the restaurant waste management based on black soldier fly larvae (BSFL, Hermetiaillucens) model in Ratnapura district
The uncontrolled waste generation is a prevailing environmental concern where waste management is a critical issue in Sri Lanka. Even though different methods are practicing, insect-basedbio-degradation is forthcoming. Black soldier fly larvae (BSFL,Hermetia illucens) based emerging technology has recognized for the conversion of biodegradable waste into potentially more sustainable and marketable nutrient rich compost and animal feed rich with crude proteins. The study aims evaluate the potentials to introduce BSFL based biodegradation and to upgrade protein livestock feed sources by overwhelming urban catering bio-degradable waste in Ratnapura, Balangoda and Embilipitiyaurban council areas. Eighty-eight questionnaires were administrated through random sampling and the results were interpreted by descriptive statistics and bivariate correlation. More positively 97.7% were having the waste collection service supplied by local authorities (LA) with 93.2% daily collection. Importantly LA had a policy to collect the separated waste only. Even though 98.8%, 56.8% and 92.0% of the respondents were not known regarding BSFL protein production, live feeding and composting, 55.7% were willing to produce BSFL by their own bio-degradable waste. 46.6% and 71.6% were willing to sell 1kg of compost and BSFL larvae by Rs. 100-Rs.200 price for expected protein upgrade program in future. Further 60.2% were willing to use a BSFL based compost bin where it was requested to be compatible with the limited space. Since locally it is hardly evidenced regarding this insect-based technology, correlation results indicated the need of more awareness mainly BSFL bio-conversion and relevant technical knowhow procedures along with popularize BSFL based protein production.
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