【正文】 上但這些工藝本身尚需要進行詳細技術(shù)分析。s living standard, a sharp increase in beer brewery water consumption of larger, general wine tons for 10 ~ 20t/t beer, some manufacturers can reach 8 ~ 12 t/t beer, close to 90% of wastewater water consumption. The main characteristic of beer wastewater is the value of BOD5/CODcr higher, harmful nontoxic, can biochemical sex good, so biochemical method is the principal method beer wastewater treatment. Our country to beer wastewater treatment technology in gradually formed by biochemical primarily, biochemical and biological bination of process. Biochemical method in accordance with the principle of sewage purification aerobic method and can be divided into two categories, anaerobic method aerobic or anaerobic law and its method of different method of bination he formed the variety of beer wastewater treatment technology. At present, various process is widely used in beer wastewater treatment process itself but still need to undertake the detailed technical analysis. This paper systematically introduced in recent years domestic beer wastewater treatment technology application status of the investigation and analysis of the current domestic and is widely the advantages and disadvantages of the mature technology are introduced, and some brief parison and discussion, and finally points out the beer wastewater treatment technology application trend. Analysis produced beer production water pollution sources and pollutants and main link, and from aerobic and anaerobic biological treatment two aspects in China are introduced the main processing beer wastewater treatment technology and application effect. Key words: Beer wastewater ， Biochemical treatment ， Anaerobic treatment ， Aerobic treatment， Anaerobic aerobic process ， progress 目錄 III 目錄 摘要 ........................................................ ABSTRACT（英文摘要 ） ....................................... 目錄 ......................................................... 第一章 引言 .................................................. 1 啤酒廢水的來源及成分 ...................................... 2 啤酒廢水處理技術(shù) .......................................... 好氧生物處理 ............................................ 活性污泥法 ........................................... 接觸氧化法 ........................................... SBR 工藝及應用 ....................................... CAST 工藝 ............................................ CASS 工藝及應用 ...................................... 厭氧法 ................................................. UASB 反應器 .......................................... EGSB 反應器 .......................................... IC 反應器 ........................................... 第二章 工藝 處理方法的比較 及確定 .......................... 1 處理啤酒廢水的幾種工藝 酸化 —— SBR 法 ...................................... UASB—— 好氧接觸氧化工藝 ............................. 新型接觸氧化法 ........................................ 生物接觸氧化法 ........................................ 內(nèi)循環(huán) UASB 反應器 +氧化溝工藝 .......................... EGSB+CASS 法處理啤酒廢水 ............................... 2 方案的討論和確定 .......................................... 第 三 章 設計說明書 ........................................... 1 設計資料 ................................................. 設計題目 .............................................. 設計任務 ............................................. 設計依據(jù) ............................................... 設計資料 ............................................... 目錄 IV 2 采用的主要規(guī)范和標準 ...................................... 3 工程設計 ................................................. 設計內(nèi)容及規(guī)模 ........................................ 工藝流程 ............................................ 第 四 章 設計計算書 .......................................... 1 廢水水質(zhì)水量 ............................................ 2 粗格柵的設計與計算 ....................................... 設計參數(shù) ............................................. 設計計算 ............................................. 柵渣量 計算 .......................................... 3 集水井的設計與計算 ........................................ 參數(shù)選取 ............................................... 計算 ................................................... 集水井構(gòu)造 ............................................. 4 調(diào)節(jié)沉淀池的設計與計算 ................................... 參數(shù)選取 ............................................... 設計計算 .............................................. 5 EGSB 反應器的設計與計算 .................................... 罐體尺寸 ............................................... 反應器的升流速度 ....................................... 三相分離器 ............................................. 6 沉淀池的設計 .............................................. 設計要求及參數(shù) ......................................... 設計計算 ............................................... 7 CASS 反應池的設計與計算 .................................... 設計參數(shù) ................................................ 設計計算 ............................................... 8 污泥部分設計 ............................................. 污泥來源 ............................................... 集泥井 .................................................. 污泥重力濃縮池 ......................................... 貯泥池 .................................................. 機械脫水間的設計計算 .................................... 目錄 V 9 鼓風機房的設計 ............................................. 已知條件及設計參數(shù) ..................................... 鼓風機房的設計 ........................................... 10 紫外線消毒系統(tǒng) ............................................. 設計說明 ............................................... 設計參數(shù) ................................................ 第五章 污水處理站的總體布置 ................................. 1 污泥處理站平面布置 ......................................... 構(gòu) 筑物和建筑物主要設計參數(shù) ............................. 平面布置