Page 3 - JAS-射流式曝氣攪拌系統-20220221
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特點 FEATURES JAS
內外噴嘴一體成形,確保噴流之平順。
高傳氧效率、低動力消耗、節省操作費用。
系統配件單純、初設安裝成本低。水中除沉水循環水泵外,無其他運轉配件,維護成本低。
可分開控制溶氧量傳輸及攪拌。
可使用深層曝氣,相對於其他曝氣系統所需之反應池容積較小,節省空間。
搭配反沖洗系統,可克服異物堵塞時停機、洩清水池之困擾。
曝氣噴流區域在水中,可減少水霧、煙霧及臭味等造成之環境衛生問題。
噴嘴組有不銹鋼及FRP等兩種材質可依實際需求選用。
The inner and outer nozzles are integrally formed to ensure smooth jet flow.
High oxygen transfer efficiency, low power consumption, saving operating costs.
The system accessories are simple, and the initial installation cost is low. Except for the submerged
circulating water pump, there are no other running parts in the water, so the maintenance cost is low.
Dissolved oxygen transmission and stirring can be controlled separately.
Deep aeration can be used. Compared with other aeration systems, the volume of the reaction tank
is smaller, which saves space.
Equipped with a backwash system, it can overcome the trouble of shutting down and draining the pool
when foreign objects are blocked.
The aeration jet area is in the water, which can reduce the environmental sanitation problems caused by
water mist, smoke and odor. 2
The nozzle group has two materials, such as stainless steel and FRP, which can be selected according to actual needs.
比較射流式曝氣與散氣式曝氣系統 射流式曝氣系統之流場分析
生物對有機物吸附之能力 CFD of jet aeration system
Comparison of jet aeration and dispersive aeration system
biological adsorption capacity of organic matter
Adsorption capacity
Methyl blue concentration
實績案例 CASES
2011年 中華紙漿股份有限公司汙水處理廠生物池5套
2012年科學工業園區宜蘭城南基地汙水處理廠調整池4套
2014年中部科學園區七星園區汙水處理場一期二階工程調整池4套
2016年台南科技工業區汙水處理廠第2期工程氧渠8套
2017年六塊厝汙水處理廠噴射式攪拌設備
2020年108-109年度六塊厝污水處理廠設備修繕更新工程噴射攪拌設備3套
2020年臺南市永康再生高階處理設備、配水池及配水管網新建工程統包工程
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