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Optimization of an On-site Aerobic Digester for the Treatment of Commercial Organic Food Waste

Optimization of an On-site Aerobic Digester for the Treatment of Commercial Organic Food Waste
用于处理商业有机食品垃圾的现场好氧消化器的优化
批准号:
521277-2017
负责人:
Wootton, Brent
金额:
$1.82万
依托单位国家:
加拿大
项目类别:
Applied Research and Development Grants - Level 1
财政年份:
2017
资助国家:
加拿大
项目状态:
已结题
起止时间:
2017-01-01 至 2018-12-31

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中文摘要
翻译
有机垃圾约占加拿大居民生活垃圾的40%。源分离有机物(SSO),如果不转移和处理,最常见的是在垃圾填埋场处置。食物垃圾具有高含水量和高可生物降解的有机化合物。当储存时间过长或处理不当时,这些食物垃圾的分解会产生有害的渗滤液、难闻的气味、吸引害虫和有毒气体排放。现场处理有机食物垃圾的另一种选择是使用好氧消化器。ORCA(有机垃圾转化替代)是一种好氧消化器,通过使用天然微生物溶液,在24小时内将有机食物垃圾转化为富含营养的废水。由于ORCA不能显著减少脂肪、油和油脂(FOGs),因此其处理能力有限,并且在排放到下水道系统之前需要连接隔油池。该应用研究项目将向ORCA消化器添加YDRO系列微生物®(YDRO- ms),这是一种细菌培养物的混合物,以提高其性能,减少脂肪,油和油脂(FOG)的产生,从而降低其运营成本。将hydro - ms与ORCA技术结合在一起以前从未尝试过。该项目将确定需要对ORCA消化器进行哪些修改,以允许hydro - ms细菌的整合。这些结果将使ORCA的表现能够处理有问题的食物浪费,特别是FOGs,这在安大略省和加拿大都有巨大的需求。
英文摘要
Organic waste makes up about 40% of the residential waste in Canada. Source-separated organics (SSO), if not diverted and treated, are most commonly disposed of in landfills. Food waste has a high moisture content and high biodegradable organic compounds. When stored too long or not properly handled the decomposition of these food wastes can result in the generation of harmful leachate, unpleasant odours, vermin attraction and toxic gas emissions. One alternative for onsite processing of organic food waste is the use of an aerobic digester. The ORCA (Organic Refuse Conversion Alternative) is an aerobic digester that converts organic food waste into a nutrient-rich wastewater within 24-hous by using a natural microorganism solution. Due to its inability to significantly reduce fats, oils and grease (FOGs) the ORCA is limited in its treatment ability and required connection to a grease trap prior to discharging into the sewer system. This applied research project will dose the ORCA digester with the YDRO Series Microorganisms® (YDRO-MS), a cocktail of bacterial cultures, to improve its performance, reduce the amount of fats, oils and grease (FOG) generated from it, and in turn reduce its operating costs. Incorporating the YDRO-MS with ORCA technology has never been attempted before. This project will determine what modifications are needed to the ORCA digester in order to allow for the integration of the YDRO-MS bacteria. These results will allow the ORCA's performance to treat problematic food waste, particularly FOGs, for which there is a tremendous need in Ontario and Canada.
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