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研究生:謝宏裕
研究生(外文):Shieh, Horng Yuh
論文名稱:水簾式肉雞舍空氣污染防治之基楚研究
論文名稱(外文):The Fundamental Study of Air pollution Treatment System in water-pad Broler House
指導教授:陳俊明陳俊明引用關係
指導教授(外文):J.M.Chen
學位類別:碩士
校院名稱:國立中興大學
系所名稱:農業機械工程學系
學門:工程學門
學類:機械工程學類
論文種類:學術論文
論文出版年:1998
畢業學年度:86
語文別:中文
論文頁數:115
中文關鍵詞:水簾式肉雞舍空氣污染防治
外文關鍵詞:Water-pad Broiler HouseAir pollutionTreatment
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   自動化水簾式環控雞舍已漸普遍應用於養雞業者,惟其排風口 
 外之空氣污染日益嚴重,為使養雞產業永續發展而不影響環保問題  
,乃目前急迫切需要解決之課題。    本研究先行設計製造一套室
內肉雞舍空氣污染防治模擬試驗機  構,以進行室內模擬試驗。所選用
之試驗材質與過濾系統有;水簾  片水洗處理、循環遮光網噴嘴水洗處
理、旋風機除塵(含乾式及濕  式)處理、浪板水洗處理等方式以進行
除塵性能測試及量測相關之  風速、壓力降等資料與濾材之防治效果等
,經由此基礎測試結果找  出最佳除塵效率之處理方式。經綜合測試分
析結果,當循環遮光網  噴嘴水洗處理設備距離風扇50公分,風扇轉
速1640rpm下,量得除塵  效率、壓力降、風速降分別為;77.87﹪
、2.2mm Aq、1.02m/s,為  上述四種處理方式之較佳者。    本
研究另將上述遮光網噴嘴水洗處理方式實際組裝於養雞場進  行現場測
試,結果如下:當遮光網噴嘴水洗處理設備距離風扇5公尺  ,風扇轉
速430 rpm下,量得除塵效率、壓力降、風速降分別為;  84.26﹪
、6.9 mm Aq、1.44 m/s。根據此項測試結果,本研究於水簾  式肉雞
舍排風口後加裝遮光網噴嘴水洗處理方式之空氣污染防治系統  ,確能
有效達成空氣污染防治效果。

The layer houses with automatic water-pad environment
controlhave been applied extensively by chicken-raising
practitioners;however, the air pollution from their exhaust
ports has beendeteriorating increasingly. To develop the
chicken-raising industryeternally without affecting the
environment conservation is one urgentproblem which need to be
solved immediately . In order to exercise the simulation
test indoors, we haveconducted this research in advance with
designing and establishinga set of the simulation test mechanism
for the air pollution treatmentinside the broiler house.In roder
to proceed the test for the dust-removalfunction and to take the
involved data of the wind speed, the pressuredrop, and the
treatment effects of the filters ,etc., the culled materialsand
filter systems were : the water-pad washing process, the cyclic
spraynozzle washing process with light-masking net, the cyclone
dust-removal(included the dry and wet) process, and the wave-
form board washing process,etc. From these elementary test
results, we could find the most efficientdust-removal process.
According to the results analyzed from the synthetictests, as
the instruments for the cyclic spray nozzle washing process
withlight-masking net were set 50cm apart from the fan and the
rotation speedof the fan reached 1640 rpm, the data of the dust-
removal efficiency, thepressure drop, and the wind speed drop
could be read in this order as: 77.87%,2.2 mm Aq , and 1.02 m/s.
This is the best one of those four sets ofprocess as mentioned.
We also exercised the research practically with setting up the
spray nozzle washing process with light-masking net as mentioned
in the practical layer house; and the test result is shown as
bellow: asthe instruments for the spray nozzle washing process
with light-masking netwere set 5 m apart from the fan and the
rotation speed of the fan reached430 rpm, the data of the dust-
removal efficiency, the pressure drop, andthe wind speed drop
could be read in this order as: 84.26%, 6.9 mm Aq , and1.44 m/s.
According to the test result, the air pollution treatment system
withsetting up the spray nozzle washing process with light-
masking net onto theexhaust port of the water-pad broiler house
indeed efficiently achieve theeffects of the treatment for the
treatment for air pollution.

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