人工湿地污泥处理系统温室气体研究现状

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英文篇名：Research Progress in Greenhouse Gas Emission of Constructed Wetland Sludge Treatment System 作者：丁越 ; 刘丽敏 ; 王皓 ; 黄亚琴 ; 张楠 ; 胡爽爽 英文作者：DING Yue;LIU Li-min;WANG Hao;HUANG Ya-qin;ZHANG Nan;HU Shuang-shuang;Dalian Minzu University;Dalian Huaxin Physical and Chemical Analysis Center; 关键词：人工湿地污泥处理系统 ; 温室气体 ; 污泥处理 英文关键词：constructed wetland sludge treatment system;;greenhouse gases;;sludge treatment 中文刊名：辽宁化工 英文刊名：Liaoning Chemical Industry 机构：大连民族大学;大连华信理化检测中心有限公司; 出版日期：2019-04-25 出版单位：辽宁化工 年：2019 期：04 基金：大连民族大学大学生创新创业训练项目,项目号:201812026148 语种：中文; 页：37-39 页数：3 CN：21-1200/TQ ISSN：1004-0935 分类号：X703;X51

摘要

通过将人工湿地技术与传统污泥干化床相结合,形成了新的人工湿地污泥处理技术。人工湿地污泥处理系统在稳定污泥过程中伴随着温室气体的排放,温室气体(CH4和CO2)排放是导致全球气候变暖的重要影响因素。本文对国内外人工湿地温室气体的研究现状进行汇总分析,并对该技术有关温室气体的下一步研究重点进行分析和展望。
        By combining constructed wetland technology with traditional sludge drying bed, a new constructed wetland sludge treatment technology was formed. In the sludge treatment system of constructed wetlands, there is the emission of greenhouse gases in the process of sludge stabilization. The emission of greenhouse gases(CH4 and CO2) is an important factor leading to global warming. In this paper, the current research status of greenhouse gases from constructed wetlands at home and abroad was summarized and analyzed, and the next research focus of greenhouse gases was analyzed and prospected.

引文

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