一體化污水處理設備圖紙
一體化污水處理設備圖紙
一體化污水處理設備在選定之后需要技術人員根據用戶需求出圖紙,圖紙中會精確標注出一體化設備的尺寸,工藝,各個倉的布局,曝氣的位置,人孔的位置,膜的安裝位置等細節,一體化污水處理設備圖紙需要專業的技術人員針對性繪制。每個項目使用的設備都不一樣、所以每個項目的圖紙也都不一樣,從尺寸,到工藝、到安裝。
下面小編給大家欣賞幾張一體化污水處理設備圖紙

AO+MBR一體化污水處理設備工藝流程圖紙

AO+MBR一體化污水處理設備設備間圖紙
MBR一體化污水處理設備的核心部件是膜生物反應器(MBR),它是膜分離技術與生物技術有機結合的新 型廢水處理技術。
With membrane biological reactor (MBR) as its core component, MBR integrated waste water treatment equipment adopts new waste water treatment technology, combining membrane separation technology and biological technology.
污水進入MBR系統。A區為兼氧區,放置填料,并與活性污泥進行充分接觸。0區為好氧區,放置膜組件,使用PVDF膜將活性污泥和大分子有機物質截留住,省掉二沉池。活性污泥濃度因此大大提高,水力停留 時間(HRT)和污泥停留時間(SRT)可以分別控制,而難降解的物質在反應器中不斷反應、降解。進一步處 理之后,被處理水可以達標排放或回用。此外,輸送到MBR系統中的空氣也是處理過程中非常重要的一部分,它可以促進反應器中流體的循環流動,提高活性污泥的降解效率,還可以使中空纖維膜絲之間發生相互摩擦,清潔膜組件。
Waste water enters MBR system. Area A is aerobic compatible area with stuffing, completely contacting active sludge. Area O is aerobic favorable area with membrane components, making PVDF membrane intercepts active sludge and macromolecule organic matter and omitting secondary sedimentation tank. In this case, activated sludge concentration increases greatly, HRT and SRT are controlled separately, and items hard to degradation reacts and degrades in the reactor constantly. After further treatment, disposed water is able to meet the standand for discharging or recycling. Besides, air transferred to MBR system is a crucial part of the treatment process. It is able to accelerate circulation flow of fluid in the reactor, improve the degradation efficiency of activated sludge and make hollow fiber membrane conflicts with mutually to clean membrane components.

Equipment advantages

一體化污水處理設備圖紙需要標準性,規劃性,完整性、需要專業的技術工程師設計繪制、中僑啟迪技術人員擁有10年以上的一體化污水處理設備圖紙繪制經驗,可以根據用戶的項目進行定制產品圖紙。
