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Energy analysis of products and processes in a sanitary landfill

机译:卫生垃圾填埋场中产品和过程的能量分析

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摘要

The potential energy uses of landfill gas (LFG) are investigated herein, focusing on electricity generation and leachate evaporation. LFG generation is estimated with the application of the GasSim method, using real data on the municipal solid waste disposal at the Metropolitan Sanitary Landfill of Joao Pessoa (Northeast Brazil). The results show significant LFG generation, with an estimated peak production of 11,277.28 t in 2028, and LFG generation until 2042. Commercially available biogas-operated equipment were analysed for electricity production in situ, considering production and operation restrictions at the landfill. It was verified that after 2018, a cogeneration facility can generate electricity and the available heat is sufficient to evaporate leachate. Positive net economic results are obtained, with an internal rate of return over 30% after 26 years, demonstrating that the cogeneration facility is profitable and self-sustainable.
机译:本文研究了垃圾填埋气(LFG)的潜在能源利用,重点是发电和渗滤液蒸发。 LFG的产生是使用GasSim方法估算的,使用了Joao Pessoa(巴西东北部)大都市卫生垃圾填埋场处理城市固体废物的真实数据。结果表明,LFG的发电量很大,估计2028年的峰值产量为11277.28 t,直到2042年为止的LFG产生量。考虑到垃圾填埋场的生产和运营限制,对商用沼气操作的设备进行了原位发电分析。事实证明,2018年以后,热电联产设施可以发电,并且可用热量足以蒸发渗滤液。获得了积极的净经济结果,26年后的内部收益率超过30%,这表明热电联产设施是可盈利的且可自我维持。

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