The rate of leachate production and the leachate quality are greatly influenced by the moisture transmission in landfills.
填埋场内部水分运移对渗滤液的水质和产生速率有重要影响。
The changing rule of leachate quality in Xiaping Sanitary Landfill was studied using pilot scale leaching test for waste pollutants.
利用垃圾污染负荷浸出实验装置对下坪垃圾填埋场渗滤液水质变化规律进行了模拟研究。
The theoretic analysis shows that recycling can treat the leachate generated in an old landfill in-situ, improve the quality of the leachate and accelerate the stabilization of the MSW.
根据理论分析，通过回灌能够实现对老垃圾填埋场所产生渗滤液的场内处理，改善渗滤液水质，同时能加速老填埋场的稳定化进程。
The principal environmental problem of landfill is leachate of which the water quality is complex, with high COD_ (cr) and high heavy metal ion concentration as well as high NH_3-N concentration.
生活垃圾填埋场对环境的主要影响是垃圾渗滤液，其水质复杂多变，具有高COD含量、高重金属离子和高nh_3 - N含量的特点。
Because of the complicated water quality of landfill-leachate, the treatment of it by ozone-based technology is necessary.
由于垃圾渗滤液具有复杂的水质特征，所以垃圾渗滤液的臭氧处理是十分必要的。
However, the harmful gas and leachate produced in the course of refuse composting will affect the regional environmental quality.
尽管如此在垃圾堆肥过程中还将释放出有害气体和垃圾渗透液等影响环境质量。
The leachate treatment technology should be selected after overall understanding of leachate quantity and quality, and it should give priority to physicochemical m…
在对渗滤液水量和水质全面直观认识后，再对生物反应器填埋场渗滤液处理工艺进行针对性的选择和设计，并宜采用物化法处理方式。
At present, the treatment of leachate is still a world-wide problem because of the complex component, worse biodegradability and much fluctuation of water quality and water quantity.
它成份复杂，可生化性差，水质和水量波动性大，这些特点使得渗滤液的处理仍然是目前尚未彻底解决的世界性难题。
At present, the treatment of leachate is still a world-wide problem because of the complex component, worse biodegradability and much fluctuation of water quality and water quantity.
它成份复杂，可生化性差，水质和水量波动性大，这些特点使得渗滤液的处理仍然是目前尚未彻底解决的世界性难题。
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