1) raw leachate recirculation
渗滤液原液循环
1.
The results show that ① the process of raw leachate recirculation combined with adding aerobic sludge(the wet weight ratio of MSW to sludge was 9∶1) fails to accelerate methanogenesis in short term(105 d), ② while raw leachate recirculation combined with adding anaerobic sludge (the wet weight ra.
通过填埋模拟柱实验研究了渗滤液原液循环条件下,新鲜垃圾添加污泥(污水生物处理剩余污泥)的填埋方式对填埋层加速进入稳定的甲烷化阶段的影响。
2) leachate recirculation
渗滤液循环
1.
Study on the top of aeration in the leachate recirculation;
顶部通风在渗滤液循环中的作用研究
2.
Effects of leachate recirculation on landfill gas production;
渗滤液循环对填埋气体产生量影响的实验研究
3.
Effects on landfill methane production by different leachate recirculation operations;
不同渗滤液循环方式对填埋层甲烷产生的影响
3) fully recycling leachate
渗滤液全循环
4) anaerobic leachate recirculation
厌氧渗滤液循环
1.
Fragmentation and compaction of rubbish under action of anaerobic leachate recirculation;
垃圾破碎和垃圾压实在厌氧渗滤液循环中的作用
5) filtration of liquid circulation
循环液压滤
6) leachate re-circulation
沥滤液循环
补充资料:渗滤液
分子式:
CAS号:
性质:渗滤浸取(percolation leaching)中,借重力自上而下或借压力自下而上流过固体矿石层的浸取剂溶液,即为渗滤液。
CAS号:
性质:渗滤浸取(percolation leaching)中,借重力自上而下或借压力自下而上流过固体矿石层的浸取剂溶液,即为渗滤液。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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