環保專案成果報告查詢系統

專案計畫編號	TNEPB-110-WT11030125
經費年度	110
計畫經費	10,863 千元
預算科目	加強基層環保建設-水污染防治及流域整體性環境保護
專案開始日期	2021/03/31
專案結束日期	2023/11/30
專案主持人	黃昱仁
主辦單位	臺南市政府環境保護局
承辦人	林政睿
執行單位	元科科技股份有限公司
專案分類	環境衛生、資源循環
中文關鍵字	畜牧糞尿、氨氮回收、沼液沼渣、資源化
英文關鍵字	Livestock manure, Ammonia recovery, biogas slurry, Recycling
協同主持人
共同主持人
計畫聯絡人	林政睿
計畫聯絡電話	06-6572916#2300
計畫聯絡信箱	lin220@mail.tnepb.gov.tw

中文摘要	本計畫起始日為110年3月31日，計畫屢約期限為110年11月30日，今年度已媒合31家優先推動沼渣沼液作為農地肥分使用計畫，並完成提送31場沼液沼渣作為農地肥分申請書至農業局進行審查，其中22家為養豬場、9家為養牛場。且有11家位處本轄流域關鍵測站上游（佔整體35%），其中包含6家養牛場位處八翁酪農區，合計施灌面積為39.6789公頃，施灌量為44,087公噸。 110年度地下水示範戶監測為97家畜牧場，土壤示範戶監測為98家畜牧場，施灌農地區域地下水水質背景值檢測作業，，已完成98家示範戶(153點次)，土壤品質監測作業，已採集153筆土壤其中已取得153筆監測報告。已出具監測報告之監測結果顯示，土壤重金屬—銅（Cu）皆符合或低於「土壤污染監測標準（食用作物農地）85%之限值」：102 mg/kg；土壤重金屬—鋅（Zn）皆符合或低於「土壤污染監測標準（食用作物農地）85%之限值」：221mg/kg。土壤導電度監測結果，而今年度其中超過土壤導電度停灌基準者為永亨畜牧場二場(180地號)位於七股區，土壤導電度受到地形或地區性影響如七股、北門等沿海地區，尚未施灌前背景值即超過停灌基準，本團隊建議先要求畜牧場減少施灌量（以作物最低需氮量估算其施灌量），或是提高地下水混合施灌比例，以避免土壤鹽化，作為因應措施，並持續定期監測其土壤導電度濃度變化，若場家已施行減量施灌，惟土壤導電度仍有上升趨勢時，則將相關檢測數據提送予農業局評估相關停灌作為。目前98家肥分使用計畫的地下水品質背景值，共計159口監測井，截至110年11月17日止共監測159口監測井調查作業，臺南地下水氨氮濃度平均值為2.29mg/L，最大值為16.4mg/L，最小值為0.03 mg/L，其中有19口地下水井超過申請書訂定停灌基準，進一步追蹤評析近年地下水氨氮濃度平均值為2.53mg/L，高於第二類地下水監測標準(0.25mg/L)，尤其同屬嘉南地下水分區的雲林、嘉義、臺南等地，地下水氨氮濃度有明顯偏高的情形，臺南市及高雄市的氨氮污染潛勢遠比其他地區高。今年度1月至11月實際施灌量合計為188294.77公噸，而全年度所核准申請施灌量為264,217.9公噸/年，惟因多數作物如飼料玉米、水稻、文旦及甘藷等施肥期多落在夏、秋季之間，上半年農作物多處於休耕或收成期，因而施灌頻率及施灌量尚不高，5、6月基肥期施灌量有上升趨勢，惟因6月底即開始進入雨季，雨量多且雨季長，因此下半年沼液沼渣施灌量增加幅度約略趨緩，後續仍會定期追蹤業者及農民使用情形，並要求確實填寫施灌紀錄表。彙整統計105年至109年臺南目前已核准通過118場沼液沼渣農地肥分使用示範戶，其中58家為養豬場、60家為養牛場，分析98家申請場流域及行政區分布，臺南市目前核准施灌面積共有188.97 公頃，施灌量為264,217.9公噸/年，施灌頭數約11,173頭豬、4,656頭牛，推估可削減生物需氧量（BOD）、懸浮固體物（SS）等污染物、氨氮（NH3-N）等污染物，BOD約削減1,253.16公噸/年、SS約削減2,732.41公噸/年、NH3-N約削減188.36公噸/年，有助改善河川污染程度；施灌農地之作物主要以狼尾草、青割玉米及飼料玉米為主。
中文關鍵字	畜牧糞尿、氨氮回收、沼液沼渣、資源化

中文摘要

本計畫起始日為110年3月31日，計畫屢約期限為110年11月30日，今年度已媒合31家優先推動沼渣沼液作為農地肥分使用計畫，並完成提送31場沼液沼渣作為農地肥分申請書至農業局進行審查，其中22家為養豬場、9家為養牛場。且有11家位處本轄流域關鍵測站上游（佔整體35%），其中包含6家養牛場位處八翁酪農區，合計施灌面積為39.6789公頃，施灌量為44,087公噸。 110年度地下水示範戶監測為97家畜牧場，土壤示範戶監測為98家畜牧場，施灌農地區域地下水水質背景值檢測作業，，已完成98家示範戶(153點次)，土壤品質監測作業，已採集153筆土壤其中已取得153筆監測報告。已出具監測報告之監測結果顯示，土壤重金屬—銅（Cu）皆符合或低於「土壤污染監測標準（食用作物農地）85%之限值」：102 mg/kg；土壤重金屬—鋅（Zn）皆符合或低於「土壤污染監測標準（食用作物農地）85%之限值」：221mg/kg。土壤導電度監測結果，而今年度其中超過土壤導電度停灌基準者為永亨畜牧場二場(180地號)位於七股區，土壤導電度受到地形或地區性影響如七股、北門等沿海地區，尚未施灌前背景值即超過停灌基準，本團隊建議先要求畜牧場減少施灌量（以作物最低需氮量估算其施灌量），或是提高地下水混合施灌比例，以避免土壤鹽化，作為因應措施，並持續定期監測其土壤導電度濃度變化，若場家已施行減量施灌，惟土壤導電度仍有上升趨勢時，則將相關檢測數據提送予農業局評估相關停灌作為。目前98家肥分使用計畫的地下水品質背景值，共計159口監測井，截至110年11月17日止共監測159口監測井調查作業，臺南地下水氨氮濃度平均值為2.29mg/L，最大值為16.4mg/L，最小值為0.03 mg/L，其中有19口地下水井超過申請書訂定停灌基準，進一步追蹤評析近年地下水氨氮濃度平均值為2.53mg/L，高於第二類地下水監測標準(0.25mg/L)，尤其同屬嘉南地下水分區的雲林、嘉義、臺南等地，地下水氨氮濃度有明顯偏高的情形，臺南市及高雄市的氨氮污染潛勢遠比其他地區高。今年度1月至11月實際施灌量合計為188294.77公噸，而全年度所核准申請施灌量為264,217.9公噸/年，惟因多數作物如飼料玉米、水稻、文旦及甘藷等施肥期多落在夏、秋季之間，上半年農作物多處於休耕或收成期，因而施灌頻率及施灌量尚不高，5、6月基肥期施灌量有上升趨勢，惟因6月底即開始進入雨季，雨量多且雨季長，因此下半年沼液沼渣施灌量增加幅度約略趨緩，後續仍會定期追蹤業者及農民使用情形，並要求確實填寫施灌紀錄表。彙整統計105年至109年臺南目前已核准通過118場沼液沼渣農地肥分使用示範戶，其中58家為養豬場、60家為養牛場，分析98家申請場流域及行政區分布，臺南市目前核准施灌面積共有188.97 公頃，施灌量為264,217.9公噸/年，施灌頭數約11,173頭豬、4,656頭牛，推估可削減生物需氧量（BOD）、懸浮固體物（SS）等污染物、氨氮（NH3-N）等污染物，BOD約削減1,253.16公噸/年、SS約削減2,732.41公噸/年、NH3-N約削減188.36公噸/年，有助改善河川污染程度；施灌農地之作物主要以狼尾草、青割玉米及飼料玉米為主。

中文關鍵字

畜牧糞尿、氨氮回收、沼液沼渣、資源化

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	110年畜牧氨氮期末報告.pdf	16MB		2023/3/14 上午 12:00:00

摘要	The start date of this plan is March 31, 2011, and the plan’s recurring deadline is November 30, 2011. This year, 31 companies have been matched to give priority to promoting the use of biogas residue and biogas slurry as farmland fertilizer, and completed Submit 31 applications for biogas slurry and residue as farmland fertilizer to the Bureau of Agriculture for review, of which 22 are pig farms and 9 are cattle farms. In addition, 11 farms are located in the upper reaches of key measuring stations in the river basin under its jurisdiction (accounting for 35% of the total), including 6 cattle farms located in the Baweng dairy farming area, with a total irrigated area of 39.6789 hectares and an irrigation volume of 44,087 metric tons. In 110 years, the groundwater demonstration households monitored 97 livestock farms, and the soil demonstration households monitored 98 livestock farms. The groundwater quality background value detection operation in the irrigated agricultural land area has completed 98 demonstration households (153 points), and the soil quality monitoring operation has been completed. 153 pieces of soil have been collected, of which 153 pieces of monitoring reports have been obtained. The monitoring results of the issued monitoring report show that the soil heavy metal - copper (Cu) meets or falls below the "85% limit of soil pollution monitoring standard (edible crop land)": 102 mg/kg; soil heavy metal - zinc (Zn) All met or were lower than the 85% limit of "Soil Pollution Monitoring Standard (Food Crops Farmland)": 221mg/kg. The results of soil conductivity monitoring, and this year, the second farm of Yongheng Livestock Farm (No. 180) is located in Qigu District, and the soil conductivity is affected by topography or regional factors, such as Qigu, Beimen and other coastal areas. , the background value before irrigation exceeds the irrigation stop benchmark. The team suggests that the livestock farm should first be required to reduce the irrigation amount (estimating the irrigation amount based on the minimum nitrogen demand of the crop), or increase the mixed irrigation ratio of groundwater to avoid soil Salinization, as a response measure, will continue to regularly monitor the changes in the soil conductivity concentration. If the farm has implemented reduced irrigation, but the soil conductivity is still on the rise, the relevant test data will be submitted to the Bureau of Agriculture for evaluation. Fill as. At present, the groundwater quality background value of 98 fertilizer use plans has a total of 159 monitoring wells. As of November 17, 2010, a total of 159 monitoring wells have been monitored for investigation operations. The average concentration of ammonia nitrogen in Tainan groundwater is 2.29mg/L, the maximum The value is 16.4mg/L, and the minimum value is 0.03 mg/L. Among them, 19 groundwater wells have exceeded the standard for stopping irrigation as stipulated in the application letter. Further tracking and analysis, the average concentration of ammonia nitrogen in groundwater in recent years is 2.53mg/L, which is higher than the second category. Groundwater monitoring standard (0.25mg/L), especially in Yunlin, Chiayi, Tainan and other places that belong to the Jianan groundwater division, the ammonia nitrogen concentration in the groundwater is obviously high, and the ammonia nitrogen pollution potential in Tainan City and Kaohsiung City is much higher than other places area high. From January to November this year, the total amount of irrigation applied was 188,294.77 metric tons, and the approved application for irrigation in the whole year was 264,217.9 metric tons per year. However, because most crops such as feed corn, rice, pomegranate and sweet potato, the fertilization period mostly falls in the Between summer and autumn, most of the crops in the first half of the year are in the fallow or harvest period, so the frequency and amount of irrigation are not high, and the amount of irrigation in the basal fertilizer period in May and June has an upward trend, but because the rainy season begins at the end of June, There is a lot of rainfall and the rainy season is long, so the increase in the amount of biogas slurry and residue irrigation in the second half of the year has slowed down. In the future, the industry and farmers will still be tracked regularly, and they will be required to fill in the irrigation record form. Collected statistics from 2015 to 2019 Tainan has currently approved 118 biogas slurry and residue farmland fertilizer demonstration households, of which 58 are pig farms and 60 are cattle farms. Analysis of the watershed and administrative area distribution of 98 application farms, Tainan City currently has a total approved irrigation area of 188.97 hectares, with an irrigation volume of 264,217.9 metric tons per year, and about 11,173 pigs and 4,656 cattle. It is estimated that biological oxygen demand (BOD) and suspended solids (SS) can be reduced. ), ammonia nitrogen (NH3-N) and other pollutants, BOD is reduced by about 1,253.16 metric tons/year, SS is reduced by about 2,732.41 metric tons/year, and NH3-N is reduced by about 188.36 metric tons/year, which helps to improve river pollution; irrigation The crops on the farmland are mainly pennisetum, green cut corn and fodder corn.
英文關鍵字	Livestock manure, Ammonia recovery, biogas slurry, Recycling

摘要

The start date of this plan is March 31, 2011, and the plan’s recurring deadline is November 30, 2011. This year, 31 companies have been matched to give priority to promoting the use of biogas residue and biogas slurry as farmland fertilizer, and completed Submit 31 applications for biogas slurry and residue as farmland fertilizer to the Bureau of Agriculture for review, of which 22 are pig farms and 9 are cattle farms. In addition, 11 farms are located in the upper reaches of key measuring stations in the river basin under its jurisdiction (accounting for 35% of the total), including 6 cattle farms located in the Baweng dairy farming area, with a total irrigated area of 39.6789 hectares and an irrigation volume of 44,087 metric tons. In 110 years, the groundwater demonstration households monitored 97 livestock farms, and the soil demonstration households monitored 98 livestock farms. The groundwater quality background value detection operation in the irrigated agricultural land area has completed 98 demonstration households (153 points), and the soil quality monitoring operation has been completed. 153 pieces of soil have been collected, of which 153 pieces of monitoring reports have been obtained. The monitoring results of the issued monitoring report show that the soil heavy metal - copper (Cu) meets or falls below the "85% limit of soil pollution monitoring standard (edible crop land)": 102 mg/kg; soil heavy metal - zinc (Zn) All met or were lower than the 85% limit of "Soil Pollution Monitoring Standard (Food Crops Farmland)": 221mg/kg. The results of soil conductivity monitoring, and this year, the second farm of Yongheng Livestock Farm (No. 180) is located in Qigu District, and the soil conductivity is affected by topography or regional factors, such as Qigu, Beimen and other coastal areas. , the background value before irrigation exceeds the irrigation stop benchmark. The team suggests that the livestock farm should first be required to reduce the irrigation amount (estimating the irrigation amount based on the minimum nitrogen demand of the crop), or increase the mixed irrigation ratio of groundwater to avoid soil Salinization, as a response measure, will continue to regularly monitor the changes in the soil conductivity concentration. If the farm has implemented reduced irrigation, but the soil conductivity is still on the rise, the relevant test data will be submitted to the Bureau of Agriculture for evaluation. Fill as. At present, the groundwater quality background value of 98 fertilizer use plans has a total of 159 monitoring wells. As of November 17, 2010, a total of 159 monitoring wells have been monitored for investigation operations. The average concentration of ammonia nitrogen in Tainan groundwater is 2.29mg/L, the maximum The value is 16.4mg/L, and the minimum value is 0.03 mg/L. Among them, 19 groundwater wells have exceeded the standard for stopping irrigation as stipulated in the application letter. Further tracking and analysis, the average concentration of ammonia nitrogen in groundwater in recent years is 2.53mg/L, which is higher than the second category. Groundwater monitoring standard (0.25mg/L), especially in Yunlin, Chiayi, Tainan and other places that belong to the Jianan groundwater division, the ammonia nitrogen concentration in the groundwater is obviously high, and the ammonia nitrogen pollution potential in Tainan City and Kaohsiung City is much higher than other places area high. From January to November this year, the total amount of irrigation applied was 188,294.77 metric tons, and the approved application for irrigation in the whole year was 264,217.9 metric tons per year. However, because most crops such as feed corn, rice, pomegranate and sweet potato, the fertilization period mostly falls in the Between summer and autumn, most of the crops in the first half of the year are in the fallow or harvest period, so the frequency and amount of irrigation are not high, and the amount of irrigation in the basal fertilizer period in May and June has an upward trend, but because the rainy season begins at the end of June, There is a lot of rainfall and the rainy season is long, so the increase in the amount of biogas slurry and residue irrigation in the second half of the year has slowed down. In the future, the industry and farmers will still be tracked regularly, and they will be required to fill in the irrigation record form. Collected statistics from 2015 to 2019 Tainan has currently approved 118 biogas slurry and residue farmland fertilizer demonstration households, of which 58 are pig farms and 60 are cattle farms. Analysis of the watershed and administrative area distribution of 98 application farms, Tainan City currently has a total approved irrigation area of 188.97 hectares, with an irrigation volume of 264,217.9 metric tons per year, and about 11,173 pigs and 4,656 cattle. It is estimated that biological oxygen demand (BOD) and suspended solids (SS) can be reduced. ), ammonia nitrogen (NH3-N) and other pollutants, BOD is reduced by about 1,253.16 metric tons/year, SS is reduced by about 2,732.41 metric tons/year, and NH3-N is reduced by about 188.36 metric tons/year, which helps to improve river pollution; irrigation The crops on the farmland are mainly pennisetum, green cut corn and fodder corn.

英文關鍵字

Livestock manure, Ammonia recovery, biogas slurry, Recycling