sludge removal 中文意思是什麼

sludge removal 解釋
污泥清除
  • sludge : n 1 泥，泥漿，爛泥。2 （鍋爐等的）泥狀沉積物。3 半溶的雪；浮冰。4 【礦物】礦泥；煤泥；淤渣；鉆泥...
  • removal : n. 1. 移動，遷移；撤退；折卸。2. 排除；除去；切除；殺害；【林業】皆伐，終伐。3. 撤職；調職。
  1. More data is needed to substantiate the effectiveness of adsorption on sludge as a removal process.

    需要更多的資料來論證污泥吸附作為去除方法的效能。
  2. Currently combination of physical, chemic and biological process was more applied, which is difficult to coloring removal and sludge disposal

    目前，通常採用的是物理、化學和生物化學法的組合工藝，但色度的去除和污泥的處置仍是難點。
  3. But more data is needed to substantiate the effectiveness of absorption on sludge as a removal process.

    但需要更多的資料來論證污泥吸附作為一種去除方法的效能。
  4. Biosorption is a process that utilizes inexpensive active / dead biomass to sequester heavy metals and is particularly useful for the removal of contaminants from industrial effluents. compared with conventional methods such as ion exchange and precipitation with lime, the biosorption process offers the advantages of low operating cost, minimization of the volume of chemical and biological sludge to be disposed of, high efficiency in detoxifying very dilute effluents

    生物吸附技術是環境領域近年來迅速發展起來的處理工業污染廢水的新技術，它以各種生物（菌類或藻類）吸附廢水中的重金屬離子，具有吸附容量大，選擇性強，效率高，消耗少，並能有效的處理含低濃度重金屬離子廢水等優點。
  5. Based on the principle of material balance in the reactor and the second pond, the equations of the sludge age with microbial growth rate and with the substrate removal rate are deduced in the paper

    文中根據曝氣池和二沉池的物料衡算原理，推導出了泥齡與微生物增殖率、基質去除率的關系方程式。
  6. Specification for design of nitrogen and phosphorus removal in activated sludge system

    城市污水生物脫氮除磷處理設計規程
  7. Through the improvement for existing process of steelmaking dust removal sludge treatment system, this kind of sludge can be carried to the sintering burden directly through pipelines for the purpose of saving the energy, decreasing the consumption, reducing the pollution and increasing the benefit

    通過對煉鋼除塵泥漿處理系統現有工藝的改造，將煉鋼除塵泥漿直接用管道送燒結配料，達到「節能降耗、減污增效」的目的。
  8. Abstract : through the improvement for existing process of steelmaking dust removal sludge treatment system, this kind of sludge can be carried to the sintering burden directly through pipelines for the purpose of saving the energy, decreasing the consumption, reducing the pollution and increasing the benefit

    文摘:通過對煉鋼除塵泥漿處理系統現有工藝的改造，將煉鋼除塵泥漿直接用管道送燒結配料，達到「節能降耗、減污增效」的目的。
  9. The age of activated sludge is an important parameter reflecting microbial growth, substrate removal and process control

    摘要泥齡是反映微生物生長、基質去除及工藝運行控制特性的一個重要參數。
  10. Based on the eia engineer registration training for light industry and chemical fiber industry, and the experiences of management for printing - dyeing wastewater treatment, this paper analyzed the problems existed in printing - dyeing wastewater treatment process, such as biodeqradability, reduction of active sludge and alkalies partial pretreatment of desizing wastewater and removal of colourity, and also proposed some feasibl suggestions

    結合輕工紡織化纖類環評工程師登記培訓及日常工作中有關印染廢水治理的一些經驗和做法，分析探討了目前印染廢水處理工藝技術中存在的問題，諸如提高印染廢水的可生化性、降低活性污泥的產量、以及堿減量、退漿廢水局部預處理、色度去除的專項處理等問題，提出了可行的解決方案。
  11. Micro screens, nana - titanium oxide, uv light are integrated in a tank for ammonia, nitrogen and sludge removal to save both space and cost

    微過濾、奈米二氧化鈦、紫外光去除氨氮、排污泥結合成一個槽體，節省空間及成本。
  12. This study dealled with high concentrated pharmaceutical wastewater treatment. the high level sediments of organic pollutants were examined qualitatively and quantitatively, and the three dominated strains, which can degrade the sediments of albendazole, chlor - trimeton and brufen, had been screened. the three dominated strains were trailed to solidify by materials three of bounded solidification and two of embed solidification. the results of degradation experiment announced that at high loading condition a removal ratio over 90 % of organic compounds had been obtained, about 1 / 3 higher than conventional activated sludge process. assumes to treat the high level organic wastewater has been suggested

    針對制藥行業的高濃度有機廢水，定性定量地測定了高濃度有機物底物；篩選出降解以阿苯噠唑、撲爾敏和布洛芬為主要底物的3種優勢細菌；應用了3種結合固定化材料和2種包埋固定化材料對優勢菌群進行了固定化試驗；通過降解試驗，在高負荷的情況下有機污染物最高去除率可達90 %以上，比一般活性污泥法提高功效1 / 3 ；提出了利用現有設施對高濃度有機廢水的處理工藝設想。
  13. According to simplifying activated sludge process no. 1 model ( asm1 ), n - removal dynamic models in continuously mixed, continuously fed activated sludge process ( asp ) are established by employing expert experience about activated sludge process. then predictive control approach is applied to optimal control of this process. the simulation results show that it can cover the relative expert experiences more widely by applying mld to modeling and control of activated sludge process

    5 .應用mld法，對asmi模型進行簡化，建立了連續進水間歇曝氣活性污泥法除氮動態模型，通過模擬結果，可知:採用mld方法，可以充分利用有關連續進水間歇曝氣活性污泥法的專家經驗知識，加入到模型中，使模型更加精確，控制和優化的效果更好。
  14. In this article, three main types of membrane bioreactor processes for nh + _ 4 - n removal were presented : conventional activated sludge process, sbr - type process and a / o - type process

    綜述了膜生物反應器處理氨氮廢水的三種工藝:常規活性污泥工藝、 sbr工藝和a / o工藝。
  15. Research work of the lab is focused on biological wastewater treatment ; biological nutrient removal ; microbiology of bnr ; automatic & intelligent control of activated sludge process ; wastewater treatment equipment of an organic whole ; sludge disposal ; micropollution treatment ; wastewater reuse ; management information system ( mis ) of water environment and waste water treatment et al

    本研究室研究方向：以污水生物處理為主、污水脫氮除磷技術、污水處理系統的自動控制與智能控制、污水處理設備成套化、分子生物學在污水處理方面的應用、高濃度難降解工業廢水處理新技術、污泥處理與資源化、微污染水源水處理、城市污水資源化與再生利用、水環境與排水工程的地理信息系統等。
  16. Study on the removal of heavy metals in sewage sludge by ferric sulfate

    浸出污水污泥中重金屬實驗研究
  17. Research on nitrogen and phosphorous removal by biofilm - activated sludge process

    生物膜與活性污泥結合工藝脫氮除磷研究
  18. Introducing several main dephosphorization methods of wastewater, the paper discussed chemical deposition dephosphorization method, biological dephosphorization method and constructed wetland dephosphorization method in detail and analyzed their advantages and disadvantages : chemical deposition dephosphorization has higher phosphorus removal rate, but it will bring a large mount of sludge ; biological dephosphorization is more convenient for operation, but phosphorus removal rate is lower ; constructed wetland is a low - cost technique to remove phosphorus, but it should be developed

    摘要介紹了污水除磷的幾種主要方法，並對化學沉澱法除磷技術和生物除磷技術以及人工濕地除磷技術進行了詳細論途，簡要分析了各種方法的利弊：化學法除磷效率較高，但會產生大量化學污泥；生物法除磷操作簡單，但除磷效率較低；人工濕地除磷技術廉價高效，但有待進一步發展完善。
  19. Manufacturer sludge removal systems, including dredge and pumping systems for flood and stormwater control

    -是水處理技術和設備供應商。公司簡介產品與服務和工程案例。
  20. High - load activated sludge treatment and its effect on nitrogen and phosphor removal

    高負荷活性污泥處理技術及對脫氮除磷效果的研究
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