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- removing phenol in waste water 废水脱酚
- The conclusion is applicable to the technology of using microcapsules in treating phenol in waste water. 所得结论对于微胶囊处理工业含酚废水技术的应用提供了有利的依据。
- Study on the treatment of phenol in waste water 光催化氧化法对含酚废水处理的初探
- Study on Disposal and Recovery of Phenol in Waste Water with XF-2 Resin 新型树脂XF－2处理和回收含酚废水中酚的研究
- IMPROVEMENT OF DETERMINATION OF VOLATILE PHENOL IN WASTE WATER BY USE OF 4-AMINOPYRINE DIRECT COLORIMETRIC METHOD 4-氨基安替比林直接比色法测定废水中挥发酚的改进
- Determination of formaldehyde and phenol in waste water with static headspace-GC-FID 静态顶空气相色谱法测定工业废水中的甲醛和苯酚
- Factors influencing the hydrolysis of triphosphate in waste waters. 影响废水中三磷酸盐水解的因素。
- Determination of Trace Arsenic in Waste Water with Highsensitive XRF. 高灵敏XRF测定废水中痕量砷
- The real rate of removing phenol is more than99.9%. 与常见的塔设备相比具有设备简单、作灵活,维护方便等特点。
- This paper studies the method of determine benzenes in waste water by capilary column GC. 摘要研究了用气相色谱毛细管柱分析水中苯系物的方法。
- Used for removing ink particles in waste pulp. 用于脱除废纸将中的油墨粒子。
- The experiment of treating the Pb in waste water by activated calcium phosphate was carried out. 利用低温合成的方法制备了活性磷酸钙，并检验了活性磷酸钙处理含铅废水的性能。
- A change in waste water volume such as this could drastically affect the operation of a conventional biological treatment plant. 这样的废水量的变化可能强烈地影响传统生物处理站的运转。
- The advantages of SBR technology in waste water treatment were discussed in detail. 重点突出了SBR工艺在制革废水处理上的优越性。
- In this article,a new method of determining contents of diphenyl and phenanthrene in waste water has been investigated. 文章研究了一种新的测定废水中联苯及菲含量的方法。
- Multi-phase syncho-separation technic and apparatus are the direction in waste water treatment. 多相同步分离技术与设备是工业废水处理的一个方向。
- INDIRECT PHOTOMETRIC DETERMINATION OF PHENOL IN INDUSTRIAL WASTE WATER 间接法测定工业废水中微量苯酚
- Yeomans FTa610 and 620-WG Simplex and Duplex Controllers are designed for constant speed motor control in waste water pumping applications. 美国约曼FTa61O和62O-WG简易型和豪华型控制装置适用于污水泵设备的恒速电机控制。
- Mi- cro- electrolysis is to reduce NO2-- N and TN in waste water and finally to realize denitrification by means of galvanic battery principle. 微电解法是根据原电池的原理,对废水中NO2--N和TN进行还原,最终实现脱氮。
- Some waste water which contain RDX are also effectively removed from water using the CWO, which shows the CWO could be broadly used in waste treatment. 通过对黑索今实际废水的处理,发现该方法可以有效的应用于实际废水的处理,出水COD值可达一级排放。
