waste sludge

英 [weɪst slʌdʒ] 美 [weɪst slʌdʒ]

废污泥

化学



双语例句

  1. Effect of sodium bicarbonate to microwave pretreatment on waste activated sludge
    碳酸氢钠对微波预处理剩余污泥的促进作用研究
  2. Mechanism of Phosphorus Release of Phosphorus-Rich Waste Activated Sludge under Anaerobic, Anoxic and Aerobic Conditions
    厌氧、缺氧、好氧环境下富磷剩余污泥的释磷机制(漂浴中)去除剩余双氧水的酶洗法
  3. Steel slag and paper industrial waste sludge were carbonated to produce concrete aggregate.
    碳酸化养护钢渣和造纸污泥制备混凝土集料。
  4. Comparative study on aerobic digestion of waste sludge from three different WWTP
    不同污水处理厂剩余污泥好氧消化的对比研究
  5. Effects of Different Pretreatment of Waste Activated Sludge on Methane Production via Anaerobic Digestion
    不同预处理方法对剩余污泥厌氧消化产沼气过程的影响
  6. Effect of Inoculated Sludge Quantity on Hydrolysis and Acidification of Waste Activated Sludge
    污泥接种量对剩余污泥水解酸化的影响研究
  7. Aerobic bio-systems readily digest waste sludge but only when sufficient oxygen is present.
    因为好氧微生物惟有在氧气足够的环境下才能发挥消化代谢污泥的效用。
  8. Effect of Additive Polyacrylamide on Anaerobic Co-Digestion of Waste Activated Sludge
    添加PAM对剩余污泥共厌氧消化的影响
  9. Due to the exponential growth in population seen during the past century, managing waste sludge and odor has become both a major governmental issue and a concern for private industry.
    因应人口增长,废弃物数量大增,处理废弃物及污染问题早已成为各国官方及民间非常关心的议题。
  10. There are proper treatment measures to exploration wastewater, waste sludge, rock bits and noise etc.
    对采油废水、废泥浆、岩屑、噪声均有妥善的处理措施。
  11. Study of Wet Air Oxidation Process for Treating Waste Sludge from Municipal Wastewater Treatment Plant Preliminary Comparison of Package Materials Used in Biological Contact Oxidation Process
    湿式氧化处理城市污水厂污泥的研究微污染水源水生物接触氧化处理工艺中几种填料处理效果的初步比较
  12. Energy Utilization of Waste Sludge from Paper Mill through Gasification
    造纸废渣污泥气化处理能量利用技术研究&造纸废渣污泥气化处理能量利用技术研究之二
  13. Dynamic Investigation on Biosorption of Heavy Metal by Waste Sludge
    剩余活性污泥生物吸附重金属的动态试验
  14. Harmless and resourceful of waste sludge in China
    工业污泥:无害化对决资源化
  15. A Study on Kinetic Model of Waste Sludge Treatment by Wet Air Oxidation
    湿式氧化处理剩余污泥反应动力学研究
  16. An energy recovery and utilization system is presented based on gasification technology to dispose the waste sludge form paper mills.
    本文提出一套以气化炉装置为主体的集干燥、气化、燃烧于一体的利用生物质气化技术处理造纸废渣污泥的能量回收利用系统。
  17. Research on the treatment of waste sludge in oil field
    油田废污泥治理研究
  18. Prescription Study on Harmless Solidification Waste Sludge in Sewage Station
    油田污水站废泥浆无害化固化配方研究
  19. Industrial grade zinc sulfate is produced by waste sludge containing zinc and sulfuric acid as raw materials. Utilization rate of zinc is over 90% with quality of the product meets the requirement of HG/ T2326-92.
    以含锌废泥渣和硫酸为原料生产工业级硫酸锌,经试验锌利用率90%以上,硫酸锌质量达到HG/T2326-92标准的要求。
  20. Study on polyethylene/ waste sludge of papermaking waste composite
    聚乙烯/造纸污泥废弃物复合材料
  21. RESOURCE Decreasing and Utilizing Waste Sludge of Waste water Treatment Plant
    污水处理场废渣的减量和资源化
  22. Study on waste sludge filler in papermaking process reinforced polyethylene waste composite
    造纸废渣填料增强废弃聚乙烯基复合材料研究
  23. The results indicated that the ratio of influent COD/ TP was the key factor, this process can also achieve enhanced phosphorus removal with no excess waste sludge discharged under the condition of higher influent COD/ TP.
    分析表明:进水COD/TP是本装置生物强化除磷的关键因素,在进水COD/TP较高的条件下,无需排泥也能达到强化除磷的目的。
  24. The large amount of waste sludge from paper mill, polluting the environments, should be utilized according to the value of recycling use.
    造纸厂废渣污泥的排放对环境造成严重污染,由于这些污泥具有极高的回收利用价值,所以应该加以利用。
  25. Considering the waste sludge pools in Jidong oil field are located inthe environment sensitive region, solidification method is applied to dispose the sludge.
    冀东油田废水池地处环境敏感区域,对其废污泥采用固化法进行处理。
  26. However, heavy metals from urban wastewater to some industrial discharges can accumulate in the waste sludge in wastewater treatment plants, leading to a sludge disposal problem concerned worldwide.
    然而,生活污水和工业废水所夹杂的重金属会积累在城市污水处理厂所产生的污泥中,污泥的处理处置已经引起了世界范围内的关注。
  27. A large amounts of waste sludge are produced with the increase of wastewater.
    随着污水产生量的增加,处理污水所产生的剩余污泥量也随之大量增加。
  28. With the wide application of biological treatment technology in sewage treatment plants, large amounts of waste sludge are produced. Moreover, the cost of excess sludge disposal becomes higher. So the treatment and disposal of excess sludge has become a growing challenge.
    随着生物处理技术在全世界污水处理厂的广泛应用,剩余污泥大量产生,且处理大量剩余污泥的费用也越来越高,因此剩余污泥的处理与处置问题已成为污水处理厂日益严峻的挑战。
  29. The current density, the electrolysis times and the concentration of NaCl could be the major factors on the effects of the whiteness of waste sludge and the current efficiency.
    电流密度、电解时间、NaCl浓度都是影响污泥(粉)白度和电流效率的主要因素。
  30. Most wastewater treatment plants ( WWTP) constructed before the year of 2000 have not waste sludge treatment facilities. In parts of WWTP, sludge digested and dewatered was applied in farmland directly, which cannot meet the standard of sludge for agricultural application.
    已建成的污水处理厂中,大多没有污泥处理的配套设施,部分消化后的污泥也只是稍加脱水后就直接农用,仍不符合污泥农用卫生标准。