water-wastewater system 中文意思是什麼

water-wastewater system 解釋
上下水系統
  • water : n 1 水；雨水；露；〈常作 pl 〉 礦泉，溫泉；藥水。2 〈常 pl 〉水體；水域；水道；海；湖；河；海域；...
  • wastewater : 廢水處理
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. This paper proposes the use of steam condensate to wash the acidulation tail gas, then to be used as wash water for washing phosphogypsum, to be returned to the crystallizer, and a calculation is made of water balance in the system, so that the discharge of wastewater and waste gas is up to standard

    本文提出用蒸汽冷凝液洗滌酸解尾氣，然後用於洗滌磷石膏的洗水，返回結晶槽，並對系統的水平衡進行計算，可以實現硝酸磷肥生產的廢水和廢氣的達標排放。
  2. This paper introduces the development process of wastewater disposal, it ' s auto control system, the level of nowadays and several new techniques of china and foreign countries. the immanent structure, control rules, main features and design methods of auto control systems in wastewater disposal process are studied in this paper. aiming at four typical parameters, such as temperature, dissolved oxygen, ph and the planes of water, the distributed control system is designed, composed by pc called epigyny computer and scm 8098 called hypogyny computer, and some sensors, shift deliver utensils and related meet orifices of parameters gathering and figures communication

    本文介紹了國內外污水處理及其自動控制系統的發展過程、當今水平和提高自動化程度的若干新技術；研究了污水處理自動控制系統的內在結構、控制規律、主要特點和設計方法；選取污水處理中的典型參數溫度、溶解氧、 ph值和液位等為控制對象，設計了以個人計算機為上位機、以8098單片機為下位機，並輔之以傳感器、變送器及相關介面單元所構成的二級集散控制系統（ dcs ） ；介紹了幾個主要程序模塊的設計思路、工作過程，這些程序模塊是：用高級語言visualbasic6 . 0開發的上位機人機交互界面程序、數據處理和圖表輸出程序，用執行效率高的匯編語言開發的下位機數據採集與系統監控程序、上位機與下位機之間的數據通信程序，匯編語言與vb之間的轉接程序，等等。
  3. The project mainly concentrated to catch water system of the north, resume the disposal ability is 60, 000t per day, rehabilitate the traditional techniques of wastewater disposal by latest national or international techniques, change the noisy and old facilities, and increase the amount of dirty mud disposal system and inspection system

    重點是廠外建設南線污水截流系統，恢復日處理量6萬噸的能力，廠內利用國內外的先進污水處理技術改造傳統的污水處理工藝，更換耗能大噪聲大陳舊的設備，增加污泥處理系統和監測自控系統。
  4. The scope of water - using system and its constraints were determined based on the investigation, and minimal amount of fresh water and wastewater in water - using system were calculated to optimise the design of water - using network

    在廠區用水情況調查基礎上，確定用水系統范圍及限制雜質；並計算所確定用水系統的最小新鮮水用量和最小廢水排放量；最後對其用水網路進行優化設計。
  5. Through research of automatic dosing system, established by determining automatic dosage in the methods of transmittance pulsation, streaming potential and mathematical model, it can be concluded that the automatic dosing system brought forward in this paper can fulfill requirements of the technics. likely, this system can also be applied for dosing of other chemicals in water plants, chemical dosing of wastewater treatment plants and other similar places

    通過對採用透光率脈動、流動電位、數學模型等方法確定混凝劑投加量建立的自動配投系統的研究表明本文提出的自動配投系統能滿足工藝的要求：同樣該系統也適用於給水處理廠其他藥劑的投加，適用於污水處理廠及其他類似場合藥劑的投加。
  6. Water pinch technology is one of water system integration technologies which is used in water - using network optimal design to improve the level of wastewater reuse

    摘要水夾點技術是一種用於企業用水系統優化，以提高水的回用率為目標的過程集成技術。
  7. Last ， the condition of running is at random. so it is a perfect tool to design the water / wastewater system in power plant. it can make water management software systematized and automatization

    本文還結合水務管理數學模型，對水務管理軟體的開發進行了進一步探索，為完善電廠水務管理使之系統化、計算機化的研究奠定了基礎。
  8. Abstract : the drinking water and hot water supply, the drainage of wastewater, rain water system and various fire control water systems of venice hotel in shenzhen city are presented

    文摘:威尼斯酒店是以水為主題的旅遊酒店。介紹了該項目給排水工程設計中的給水、熱水、排水、雨水系統，以及所涉及的各種消防系統。
  9. In addition to reducing wasteful water consumption of the production system, the wastewater effluent is also recycled and reused after it is treated in advanced treatment systems such as mf, uf, nf and ro

    目前國內已開始注重水資源的有效利用，除在系統上減少浪費，重復使用之外，亦開始運用各種高級處理設備，如
  10. Innovative and space - saving water and wastewater treatment processes ; including hybrid biological reactor ; nucleated precipitation for heavy metals from industrial wastewater ; two - phase anaerobic system for sulfate - laden waste ; and primary waste treatment improvement by sludge recycling

    創新的水與污水處理方法：混合生物反應器;淤泥迴流提高廢物處理效率；厭氧廢水處理;重金屬去除技術之研發。
  11. In order to make use of water resources reasonably, this paper discusses the feasibility of wastewater reuse in tongchuan new - district at technique, method and benefit aspects and establishes the optimization allocation model of water quantity, base on which, water affair information system of tongchuan new - district that brings important theory significance and practicality value to effectively managing and using water resources is designed

    為了更加科學、合理的利用當地水資源，本文從技術、方法、效益等方面論述了銅川新區中水利用的必要性和可行性，並建立了全區水量的優化配置模型，在此基礎上設計了銅川新區水務管理信息系統，對本區水資源的科學管理、高效利用有重要的理論意義和實用價值。
  12. Application of model xh9005b water quality on - line automatic monitor in wastewater treatment system

    型水質在線自動監測儀在廢水處理系統中的應用
  13. Process change method was used to improve water - using system in iron works for minimizing wastewater generation

    摘要將過程改變法應用到鐵廠用水系統改造中，對其用水網路進行調優，實現廢水排放量最小化。
  14. In dalian water supply system of asian development bank ; reconstruction project of 80, 000t wastewater disposal factory in chunliu, dalian, loaned by the world development bank ; and process and installation of steel pipesin the project of water supply project in dalian, loaned by oecf

    公司先後中標亞洲開發銀行的大連市供水系統直徑1 . 8米鋼管安裝工程世界發展銀行貸款的大連市春柳河日處理污水
  15. On the thought of systematic analysis, in the system engineering of reused water, and to achieve the total goal of changing the wastewater useful, the thesis sets up the technical and economic general evaluation indicators in the four aspects of technique, economic, risk and social acceptance

    本文應用系統分析法的思想，在城市再生水利用項目這個系統工程中，為了實現污水資源化的總目標，從技術、經濟、風險和社會接受程度四個方面建立了城市再生水資源利用項目的技術經濟綜合評價指標體系。
  16. 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。
  17. Practical running shows that the effluent water quality can meet the integrated wastewater discharge standard, and that the system is convenient in operation and management and is advanced in automatization

    經實踐運行出水水質達到國家排放標準，且具有操作方便、處理效果好，自動化程度高等特點。
  18. This involves the supply of advanced treatment, biological treatment, chemical treatment, packaged wastewater pollution control, physical treatment, sludge treatment, water conservation, monitoring measurement analytical equipments, other pumping system and chemicals

    包括供應先進處理、生物處理、化學處理、綜合廢水污染控制、物理處理、污泥處理、節約用水、監測及量度/分析設備，其他泵水系統及化學品。
  19. This involves the supply of advanced treatment, biological treatment, chemical treatment, packaged wastewater pollution control, physical treatment, sludge treatment, water conservation, monitoring & measurementanalytical equipments, other pumping system and chemicals

    包括供應先進處理、生物處理、化學處理、綜合廢水污染控制、物理處理、污泥處理、節約用水、監測及量度分析設備，其他泵水系統及化學品。
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