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Assessing the Fertilizer Utilization Potential ofMunicipal Solid Waste in Akosombo, Ghana

机译:评估加纳阿科松博的城市固体废物的肥料利用潜力

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Currently waste managers are unable to keep pace with the waste generation rate hence shank of solid waste are uncollected in both dumping sites and open spaces. The study was conducted to assess the fertilizer utilisation potential of solid waste generated in Akosombo Township. Samples of solid waste were collected from market, slaughter house, dustbins, drains, truck and dumping site during a dry and wet month for analysis. The samples were weighed and segregated into organic and inorganic components. The organic component was thoroughly mixed, shredded and sieved for laboratory analysis. Proximate and ultimate analyses were conducted to obtain the chemical characteristics of the solid waste. The study recorded an average organic material of 70%, making the municipal solid waste suitable for composting because of the presence of high percentage of biodegradable organic matter. The C/N ratio obtained ranged between 11-29: 1 making the solid waste generated suitable for bio-chemical conversions. The study revealed that fertilizer utilisation potentials from solid waste at Akosombo looks promising as most C/N ratio obtained fall within the respective range of 25:1 to 30:1 suitable for fertilizer production. Based on the findings of this study it is recommended that plants that can use solid waste for fertilizer production should be provided to harness the potentials of solid waste.
机译:当前,废物管理者无法跟上废物产生的速度,因此在倾倒场和露天场所都未收集到固体废物的残渣。该研究旨在评估阿科松博镇产生的固体废物的肥料利用率。在干燥和潮湿的月份,从市场,屠宰场,垃圾箱,下水道,卡车和倾倒场收集了固体废物样品以进行分析。称量样品并分离为有机和无机组分。将有机成分充分混合,切碎并过筛,以进行实验室分析。进行了近距离和最终分析,以获得固体废物的化学特性。该研究记录的平均有机物质为70%,由于存在高百分比的可生物降解的有机物,使得城市固体废物适合于堆肥。所获得的C / N比在11-29:1之间,这使得产生的固体废物适合于生物化学转化。该研究表明,阿科松博固体废物的肥料利用潜力似乎是有希望的,因为获得的大多数C / N比都在适合肥料生产的25:1至30:1范围内。根据这项研究的结果,建议应提供可将固体废物用于肥料生产的植物,以利用固体废物的潜力。

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