本科毕业设计(论文)题目：XX鸵鸟屠宰加工厂污水处理工程设计院 （系）： 建筑工程学院 专 业： 给水排水工程 班 级： 080708 学 生： 学 号： 指导老师： 2025 年 6 月XX 鸵鸟屠宰加工厂污水处理工程设计摘 要鸵鸟屠宰废水中大多数有机物是可以进行生物降解的，具有生化性好的特点。因此，生化法是屠宰废水普遍使用的一种处理方法。由于屠宰废水中 BOD和 COD 的含量较高，所以为了获得更好的处理效果且降低处理成本，屠宰废水的处理常采纳多种方法相结合的工艺。经分析，本设计采纳厌氧加好氧的工艺，它可以有效的去除污水中的 BOD 和 COD，厌氧生化的处理效果是在无能耗条件下所取得，并减轻后续处理设施处理负荷。本设计的工艺流程为：原污水→细格栅→气浮池→调节池→UASB 反应器→生物接触氧化池→竖流式二沉池→达标出水，污泥依次经过浓缩、脱水后外运。经处理后出水各项考核指标均可以达到GB8978—2025 污水综合排放标准二级标准要求；出水可以部分回用于猪圈冲洗水及绿化用水，节约自来水费用。关键词：屠宰污水；气浮池；UASB 反应器；生物接触氧化池The Shaanxi English examination ostrich slaughtering and processing plant wastewater treatment engineering design Abstract Ostrich slaughter most of the organic matter in wastewater is biodegradable, biodegradability of good special Points. Therefore, the biochemical method is commonly used in slaughtering wastewater treatment methods. Because of high levels of slaughter wastewater BOD and COD, so in order to get a better treatment effect and reduce the cost of processing, slaughtering waste water processing is often a process of combining a variety of methods. Analysis, the design of anaerobic-aerobic process, it can effectively remove BOD and COD in wastewater, anaerobic biochemical treatment effect is no energy, and reduce the follow-up treatment facilities to handle the load. The design process: raw sewage → → fine grid flotation tank → adjust pool → UASB reactor → biological contact oxidation pond → vertical flow ...
