济南市30000城市生活污水处理厂设计VIP专享

PAGE \* MERGEFORMATI济南市 30000m3/d 城市生活污水处理厂设计摘要：进入 21 世纪，我国的经济得到了快速发展，但同时环境问题也愈发严重。生活污水越来越多，我们必须采取有效的措施对废物进行资源化利用。由于济南独特的地形构造，形成地势南高北低，导致地表水和地下水向城区汇集。现需建一个日处理量为 30000m3的污水处理厂，根据进出水质特点，选择 CASS 工艺。该工艺主要包括主反应区和预反应区，主反应区依照曝气、反应、滗水、闲置的程序周期运行。选择利用重力浓缩池对所排出的污泥进行脱水，利用接触消毒池对处理后的污水进行深度处理。根据废水从进水到出水的理论模拟，将济南市城市污水经预处理、二级生化处理、深度处理三个阶段实现对废水中污染物的去除，最终使出水水质达到国家一级 A 标准。关键词：生活污水；生化处理；CASS 工艺；污染物PAGE \* MERGEFORMATIDesign of 30000 m3/d municipal sewage treatment plants in JinanAbstract:Since entering the 21st century,the development speed of China is getting faster and faster., but at the same time, environmental problems are becoming more and more serious. More and more domestic sewage, we must take effective measures to recycle waste. Because of the unique topographic structure of Jinan, the topography is high in the south and low in the north, resulting in the surface water and groundwater gathering to the urban area. A sewage treatment plant with a daily treatment capacity of 30000 m3 is needed to select the CASS process according to the characteristics of incoming and outgoing water quality. The process mainly includes the main reaction zone and the pre-reaction zone. The main reaction zone is operated according to the program cycle of aeration, reaction, boiling water and idle.The sludge was dewatered by gravity concentration tank, and the treated sewage was treated by contact sterilizing tank. According to the theoretical simulation of wastewater from influent to effluent, the m...