生态处理 meaning in Chinese
ecological treatment
Examples
- Therefore , environmental variations evidently affects the phosphorus removal performance in the ecological treatment system
因而，水环境差异对生态处理系统中磷去除规律影响明显。 - The facultative bio - reaction working as the first process in municipal wastewater treatment can decrease the burden of the latter ecological part with limited energy consumption , also can save lots of energy than conventional aerobic biological treatment
兼性生化前处理既为后续零能耗生态处理单元减轻负荷，也使工艺能耗比好氧工艺大幅度下降。 - The scheme embraces four projects , namely ( 1 ) to build up sluices at anqiu bridge and nanzhou bridge ( and the one at anqiu bridge is the first choice ) so that pollutants can be from entering the lake ; 2 ) as a necessary accessory for the above project , to supplement water capacity from changdang lake as a strategic water source into the protection program , and culvert - pipe plan is recommended from two other alternatives through systematic analysis ; 3 ) to carry out comprehensive realignment for some reed regions which are located at the entrances of the lake , and to develop a wetland ecosystem mainly with some reeds ; and 4 ) to set up a green protection belt right round the lake , including planting reeds at lakebeach , building forest belt , developing bases of green foodstuff and disposing sludges in the lake base
该方案由4个工程子系统组成， ( 1 )截污工程：在岸丘桥和南州桥位置各筑一节制闸(而岸丘桥工程又是首选工程) ，以封住湖泊两头入流，杜绝污染物进入水源地的截污工程； ( 2 )引水工程：是截污工程的配套工程，利用下游长荡湖来补充水量，并对3个引水工程设想进行了系统分析，推荐涵管方案，同时将长荡湖作为该市战略水源地一并纳入保护体系中； ( 3 )湿地生态处理工程：对进入荡区前的芦苇区进行综合整治，发展以芦苇为主的湿地生态处理工程； ( 4 )环湖绿色自然保护带工程：包括建设围湖芦苇荡、环湖林带、绿色食品基地以及污泥处置。 - In order to determine the influence of environmental variations on phosphorus removal mechanisms in a combined pond - wetland system , the dominant removal mechanisms of phosphorus in different treatment unit and their influence on phosphate transformation between sediment and water column were investigated through analyzing the differences of phosphorus fractionation with water conditions
摘要为确定环境差异对磷去除机制影响，利用组合塘湿地生态处理系统中各单元环境与磷形态分布的差异，分析各单元磷的主导去除机制及其对底泥和水体中磷迁移过程的影响。