护根物
稻草
废物管理
热解
稻草
中国
塑料废料
城市固体废物
环境科学
制浆造纸工业
工程类
农学
地理
考古
生物
作者
Hao Zhang,Peng Jiang,Guanhan Zhao,Lin Li,Minjiao Chen,Liwen Mu,Xiaohua Lü,Jiahua Zhu
标识
DOI:10.1016/j.wasman.2024.07.003
摘要
The widespread use of plastic mulch film (PMF) has led to significant environmental pollution, with PMF residues dispersed and mixed with straw and soil, posing challenges for recycling. Here, we proposed the mobile pyrolysis facility for the cotton straw and mulch film mixture (CMM) to mitigate the collection, storage, and transportation costs, while the application of co-pyrolysis technology for CMM conversion could improve the added value of products. Additionally, centralized combustion power generation and centralized pyrolysis systems were also established to evaluate and compare their sustainability from economic and environmental perspectives. Results showed that mobile pyrolysis has better economic performance than the centralized scenarios, due to its high internal rate of return (31 %) and significant net present value (29.21 M USD). Meanwhile, the mobile pyrolysis facility achieved a GWP of -1.298 kgCO
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