1) bio-leaching bed
生物沥滤床
2) bioleaching
生物沥滤
1.
Inhibitory effects involved in bioleaching of heavy metals from municipal sewage sludge;
城市污泥生物沥滤过程中抑制作用的研究
2.
Effect of amount of inoculum on the bioleaching of heavy metals from sewage sludge.;
不同接种量下生物沥滤去除污泥中重金属的研究
3.
Study on Bioleaching Heavy Metal from Urban Sewage Sludge
城市污水污泥中重金属的生物沥滤技术试验研究
3) biofilter
[,baiəu'filtə]
生物滤床
1.
In the test, two bioreactor systems(biofilter,BF and biotrickling filter,BTF) in parallel were set up to remove the odor containing 238.
5 mg/m3的废气,研究对比了生物滤床(BF)和生物滴滤床(BTF)2种工艺对废气中H2S的去除效果和运行情况。
2.
The result confirms that H_2S can be degraded effectively in biotrickling filter(BTF) and biofilter(BF).
研究了生物滴滤床(BTF)和生物滤床(BF)对H2S的去除效果及系统的稳定性。
3.
Then the removal effect of styrene in biofilter was about from 35 to 55 percent steadly.
采用焦炭为填料的生物滤床降解苯乙烯废气 ,试验过程中对焦炭进行循环挂膜 ,发现焦炭对苯乙烯这样的挥发性有机物 (VOC)初期以吸附作用为主 ,随着生物膜的长成生物降解作用逐渐占有优势 ,表现为对苯乙烯的去除效率稳定在 35 %～ 5 5 %左右。
4) biological filter bed
生物滤床
1.
As a new type of biological odor control technology,biological filter bed has been developed at a great speed in its application.
生物滤床作为一种新型的污水处理厂臭气生物处理技术,在实际应用中取得了快速发展。
2.
Subsurface flow constructed wetland(SFCW) and biological filter bed(BFB,one without plant as the control plot) used for treatment of polluted river water were analyzed.
阐述了在人工湿地中植物的作用和选择人工湿地植物的原则,分析比较了4种常用于人工湿地的植物的生长特性、环境适应性,并进行了潜流人工湿地和生物滤床(作为人工湿地的对照试验)对污染河水处理效果的比较。
3.
The experimental mechanism and process flow of bio-deodorization method were introduced and biological filter bed was used for treating the odor generated from the waste water of a pharmaceutical factory.
介绍了生物除臭方法的试验原理和工艺流程,应用生物滤床等装置对某制药厂的废水产生的臭气进行了处理,结果表明,生物过滤除臭工艺能去除99%的废水中的H2S,此工艺适合于制药废水处理过程中产生的H2S臭气的去除。
5) bio-filter bed
生物滤床
1.
A self-made anaerobic bio-filter bed, which was inoculated with special sludge, showed a high efficiency in removing hexavalent chrome.
以特定污泥挂膜的自制厌氧生物滤床系统具有良好的去铬(VI)能力。
2.
The working principle,basic process characteristic, affecting factors,its application status and its disadvantages of the bio-filter bed were introduced in this paper.
生物滤床作为一种新型的污水处理厂臭气生物处理技术,在实际应用中取得了快速的发展。
3.
The influence of domestic sewage treatment in the different zones of the domestic sewage purifying tank was investigated by putting bio-filter bed into each zone step by step.
构建了适合于家庭分散式小型多功能一体化生活污水净化槽,通过逐步在净化槽内添加好氧、厌氧生物滤床,调查了净化槽各区生物滤床对净化槽净化效果的影响。
6) bio-filter
生物滤床
1.
Onsite bench test of refinery odor sulf-gas treatment has been successfully carried out with bio-filter process.
应用生物滤床工艺 ,对炼油厂含硫恶臭废气进行了现场小型侧流试验研究并取得成功。
2.
In this paper , combining with the feature of bio-filter bed and sequencing batch biomembrane reactor ,electrode action was introduced to the microorganism system of sewage treatment ,we try to make it as the base of developing a kind of new technology with good result in dephosphorizing and denitriding for wastewater treatment.
本文结合生物滤床和序批式(SBR)生物膜反应器的特点，把电极作用引入生物处理系统中，为研究开发一种具有更好的除磷脱氮效果的新工艺奠定基础。
补充资料：废石堆沥滤水防治
废石堆沥滤水防治
leaching water control of waste dump
fe一sh一du一l一}ushu一fongzh-废石堆沥滤水防治(leaehing water control ofwaste dump)减少沥滤水的产生与排放的技术措施。防治措施有:(l)废石堆场选在远离水源的地点，防止地下水和地表水浸人废石堆。(2)根据废石堆放地点和堆放量，合理地布置拦截水沟，防止外部水流通过废石堆。(3)将废石夯实，用水泥、沥青、粘土或其他不透水的物料封盖废石堆，使之与水和空气隔绝，防止废石堆产生沥滤。(4)应用堆浸技术回收废石中的硫化矿物和重金属元素(见溶浸采矿)，处理后的废石作采矿充填材料，或压实后，覆土植草植树。(5)如果沥滤水无回收价值，可在废石堆周围建收集水沟，将自然形成的废水汇集于反应池内，利用石灰中和后再排放。 (张福有)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条