曝氣池 的英文怎麼說
中文拼音 [pùqìchí]
曝氣池
英文
aeration basin-
Biological aerated filter and its research progress
曝氣生物濾池及其研究進展Combined anoxic oxic and biological aerated filter process for treatment of refinery wastewater
曝氣生物濾池的工藝特性Thermo - lability of nitrifying activity in biological aerated filter
曝氣生物濾池中硝化活性的熱不穩定性On basis of the technology of activated sludge, the thesis researches how to accomplish the automatic control system of daily sewage processing unit on ship. the thesis discusses the control of the sludge of first deposit pool, do of aeration pool, the refluent sludge, the waste sludge, the amount of medicament and the allocation of flow in detail. because the aeration pool is very important in the system, the thesis discusses it at length including the control of air - blower and so on
在活性污泥法工藝特點的基礎上,文章研究整個污水處理過程自控系統的實現,具體討論了初沉池污泥、曝氣池溶解氧、污泥迴流、污泥廢棄、藥劑投放以及流量分配等控制迴路的實現,由於整個系統中曝氣池作用尤為重要,因此對其進行了全面的討論,包括利用變頻風機、控制解耦等方法。Technological characteristics of biological aerated filter
曝氣生物濾池Effect of media on performance of biological aerated filters
填料對曝氣生物濾池效能的影響Most recent development and application of biological aerated filter
小區污水曝氣生物濾池Biological aerated filter and operation mechanism of its media
曝氣生物濾池及其填料作用機理Treatment of car - coating wastewater by biological aerated filter
曝氣生物濾池工藝處理汽車塗裝廢水Up - flow biological aerated filter for treatment of urban wastewater
上流式曝氣生物濾池處理城市污水Research on treatment of municipal sewerage by biological aerated filter
曝氣生物濾池處理城市污水的研究Activated sludge system, aerator, aerobic treatment system, anaerobic treatment system, blower, diffuser, rotating biological contactor, trickling filter
活性污泥系統、曝氣機、耗氧處理系統、厭氧處理系統、鼓風機、滲透器、旋轉式生物過濾器、滴濾池Asb aerotion stabilization basin
穩定曝氣池Wastewater treatment plants - measurement of the oxygen transfer in clean water in aeration tanks of activated sludge plants
污水處理廠.活性污泥處理廠曝氣池清水中充氧量的測量Wastewater treatment plants - part 15 : measurement of the oxygen transfer in clean water in aeration tanks of activated sludge plants
污水處理廠.第15部分:活性污泥廠的曝氣池清水中充氧的測量Knowing about the effect of environment variation in aerator on microorganism growth by detecting environment factors and observing activated sludge
通過測定曝氣池中的環境因素和觀察活性污泥狀態,認識環境因素對微生物生長的影響。Aeration system comprises one circle concrete tank which equipped with one ( 1 ) set of submerged aeration header, one ( 1 ) set of re - circulation pumps and air blowers
深水射流曝氣系統為一圓形曝氣池,有一組射流曝氣頭,一個循環水泵。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。Commonly used preliminary treatment equipment includes bar screen, fine particle sieving, grit chamber, pre - aeration, grease well and scraping chamber, etc. domestic companies have the capability of manufacturing all equipment except fine sieves
常見的前處理設備有攔污柵、細篩機、沉砂設備、預曝氣池及除油井或油脂撇除槽等。國內前處理設備除了細篩篩網須國Also, the author ’ s design strategy and creativity has been given in this paper. specifically, it includes : based on the feasibility analysis of the fit selection of control parameters in the aeration process, the aeration process of wastewater treatment of the joint - constructional complete - mixed activated sludge process has been aimed at in this paper. then, the state equations of the aeration process have been proposed in this paper, which is on the base of dissolved oxygen concentration ( do ) and discharge quantity of sludge ( qw ) as control variables, the concentration of bod and sludge as state variables. based on the present study on optimization control of wastewater treatment, the multivariable optimal control model with restriction factor has been presented in the paper with introducing modern control theory and system analysis into the field of activated sludge wastewater treatment,
具體包括:以完全混合、表面曝氣合建式活性污泥工藝的污水處理曝氣過程為研究對象,在闡述了曝氣過程式控制制參數選取可行性的基礎上,建立了以溶解氧濃度do和活性污泥排放量qw為控制變量,以曝氣池中有機物濃度s和微生物濃度x為狀態變量的活性污泥曝氣過程的基本狀態方程;運用現代控制理論的觀點和污水處理理論,在現有關于污水處理最優控制問題研究的基礎上,建立了有約束條件多變量能耗最小數學模型,該數學模型是以有機物排放總量和狀態變量的末值條件作為約束條件,曝氣過程的能耗最小作為目標泛函;採用增廣拉格朗日乘子法對最優控制問題進行轉化,並對應用極大值原理求解能耗最小這一最優控制問題進行了詳細的解析;引入約束運算元,應用具有控制約束的共軛梯度演算法對能耗最小這一最優控制問題進行求解,並進行模擬實驗驗證。分享友人