With the continuous development of economy and changes in people’s lifestyle,rural domestic waste brought about serious harm to water,air,human health,ecological landscape and so forth.In this paper,taking Longfang T...With the continuous development of economy and changes in people’s lifestyle,rural domestic waste brought about serious harm to water,air,human health,ecological landscape and so forth.In this paper,taking Longfang Town in Loess Plateau region as example,the source,amount and harms of rural domestic waste were analyzed firstly,as well as the current situation and existing problems of treatment,and then a suitable waste disposal technology for the town was chosen,finally the reasonable treatment methods combining new countryside and non-new countryside with township was summed up,so as to realize the reduction,harmless and resource treatment of rural domestic waste.展开更多
本文以上海市临港新城为例,在垃圾分类情景下对不同类型的生活垃圾处理手段进行碳排放评估。结果表明,临港新城生活垃圾处理过程的碳排放随着垃圾产生量迅速增长而增加,但是随着垃圾分类的实施,湿垃圾处理方式从简单的好氧堆肥逐渐演变...本文以上海市临港新城为例,在垃圾分类情景下对不同类型的生活垃圾处理手段进行碳排放评估。结果表明,临港新城生活垃圾处理过程的碳排放随着垃圾产生量迅速增长而增加,但是随着垃圾分类的实施,湿垃圾处理方式从简单的好氧堆肥逐渐演变为更加绿色低碳的厌氧发电制肥,与现状单位碳排放量相比,远期单位碳排放量下降约38.51%。现状单位碳排放量约为410 kg CO_(2)-eq,规划近期单位碳排放量约为390 kg CO_(2)-eq,规划远期单位碳排放量约为363 kg CO_(2)-eq,单位生活垃圾处理碳排放量不断下降。展开更多
文摘With the continuous development of economy and changes in people’s lifestyle,rural domestic waste brought about serious harm to water,air,human health,ecological landscape and so forth.In this paper,taking Longfang Town in Loess Plateau region as example,the source,amount and harms of rural domestic waste were analyzed firstly,as well as the current situation and existing problems of treatment,and then a suitable waste disposal technology for the town was chosen,finally the reasonable treatment methods combining new countryside and non-new countryside with township was summed up,so as to realize the reduction,harmless and resource treatment of rural domestic waste.
文摘本文以上海市临港新城为例,在垃圾分类情景下对不同类型的生活垃圾处理手段进行碳排放评估。结果表明,临港新城生活垃圾处理过程的碳排放随着垃圾产生量迅速增长而增加,但是随着垃圾分类的实施,湿垃圾处理方式从简单的好氧堆肥逐渐演变为更加绿色低碳的厌氧发电制肥,与现状单位碳排放量相比,远期单位碳排放量下降约38.51%。现状单位碳排放量约为410 kg CO_(2)-eq,规划近期单位碳排放量约为390 kg CO_(2)-eq,规划远期单位碳排放量约为363 kg CO_(2)-eq,单位生活垃圾处理碳排放量不断下降。