提供楠梓園區各類別（勞務、工程、財務）等採購案件資料
來源 : 經濟部產業園區管理局-園管局楠梓科技園區各類別採購案件資訊
欄位 : 項次、類別、標案名稱、招決標方式、決標日期、預算金額、總決標金額、得標廠商
| 項次 |
16
|
| 類別 |
勞務類
|
| 標案名稱 |
中南部產業園區空氣污染物及溫室氣體增量抵換補助計畫
|
| 招決標方式 |
經公開評選或公開徵求之限制性招標
|
| 決標日期 |
20240119
|
| 預算金額 |
18000000
|
| 總決標金額 |
16930000
|
| 得標廠商 |
環興科技股份有限公司
|
環境影響評估技術顧問機構評鑑成果。(資料來源網址：https://eiadoc.epa.gov.tw/eiaweb/)
來源 : 環境部-環境影響評估技術顧問機構評鑑成果
欄位 : year、consultant、evaluation
| year |
110
|
| consultant |
環興科技股份有限公司
|
| evaluation |
合格／A級
|
| year |
108
|
| consultant |
環興科技股份有限公司
|
| evaluation |
合格／C級
|
環境影響評估技術顧問機構評鑑成果。(資料來源網址：https://eiadoc.epa.gov.tw/eiaweb/)
來源 : 環境部-環境影響評估技術顧問機構評鑑成果
欄位 : year(年度);consultant(顧問機構);evaluation(評鑑結果)
環境部各委辦案專案成果報告摘要資料_其他類別
來源 : 環境部-環保專案摘要資料_其他
欄位 : chi_title、chi_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| chi_title |
108年度臺中市底渣委託再利用協助監督計畫
|
| chi_subject |
為有效延長掩埋場使用期限，並配合環保署推動底渣再利用政策，臺中市政府環保局108年底渣委託再利用處理計畫採複數決標，文山廠底渣委由力優勢公司處理，后里廠底渣委由旭遠公司處理，烏日廠底渣則委由全精英公司處理，履約期限自決標日起至108年12月31日止或契約價金全數用盡為止(以先到者為準)；另烏日資源回收廠興建營運廠商(倫鼎股份有限公司)，108年已與全精英公司簽約，合約期限至108年12月31日止並於108年7月22日與旭遠公司簽約，合約期限至108年10月31日止。
臺中市政府環保局為落實臺中市文山、后里及烏日資源回收廠底渣委託再利用之監督管理工作，委由環興公司負責協助臺中市政府環保局執行文山廠、后里廠及烏日廠底渣委託再利用第二級品質保證系統監督工作，並簽訂「108年度臺中市底渣委託再利用協助監督計畫」。
|
| proj_year |
108
|
| org_name |
臺中市政府環境保護局
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1080656730
|
| publish_date |
20200828
|
環境部各委辦案專案成果報告摘要資料_其他類別
來源 : 環境部-環保專案摘要資料_其他
欄位 : chi_title(中文標題);chi_subject(中文摘要);proj_year(專案年度);org_name(主辦單位);exe_unit(執行單位);allfileid(專案報告下載url);publish_date(專案報告公開日期)
| 108年度臺中市底渣委託再利用協助監督計畫
|
| 為有效延長掩埋場使用期限，並配合環保署推動底渣再利用政策，臺中市政府環保局108年底渣委託再利用處理計畫採複數決標，文山廠底渣委由力優勢公司處理，后里廠底渣委由旭遠公司處理，烏日廠底渣則委由全精英公司處理，履約期限自決標日起至108年12月31日止或契約價金全數用盡為止(以先到者為準)；另烏日資源回收廠興建營運廠商(倫鼎股份有限公司)，108年已與全精英公司簽約，合約期限至108年12月31日止並於108年7月22日與旭遠公司簽約，合約期限至108年10月31日止。
臺中市政府環保局為落實臺中市文山、后里及烏日資源回收廠底渣委託再利用之監督管理工作，委由環興公司負責協助臺中市政府環保局執行文山廠、后里廠及烏日廠底渣委託再利用第二級品質保證系統監督工作，並簽訂「108年度臺中市底渣委託再利用協助監督計畫」。
|
| 108
|
| 臺中市政府環境保護局
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1080656730
|
| 20200828
|
由宜蘭縣政府環境保護局提供宜蘭縣場置性地下水監測井基本資料(CSV, XML, JSON格式資料)
來源 : 宜蘭縣政府環境保護局-宜蘭縣場置性地下水監測井基本資料
欄位 : 監測井編號、監測站名、鄉鎮區代碼、地址、監測站坐標-X、監測站坐標-Y、設置日期、設置廠商、井篩長度、井深、監測井型式、井頂高程
| 監測井編號 |
G00100
|
| 監測站名 |
蘇澳台電場址
|
| 鄉鎮區代碼 |
10002030
|
| 地址 |
宜蘭縣蘇澳鎮蘇澳南正段31-1地號
|
| 監測站坐標-X |
336763.71
|
| 監測站坐標-Y |
2721357.16
|
| 設置日期 |
20130311
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
7.18
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
3.09
|
| 監測井編號 |
G00101
|
| 監測站名 |
宜蘭市垃圾場一(102設)
|
| 鄉鎮區代碼 |
10002010
|
| 地址 |
宜蘭河畔
|
| 監測站坐標-X |
324465.95
|
| 監測站坐標-Y |
2739236.1
|
| 設置日期 |
20130312
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
9.09
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
9.3
|
| 監測井編號 |
G00133
|
| 監測站名 |
冬山河上游堤岸道路(102年設)
|
| 鄉鎮區代碼 |
10002080
|
| 地址 |
宜蘭縣冬山火車站旁
|
| 監測站坐標-X |
330051.22
|
| 監測站坐標-Y |
2725899.91
|
| 設置日期 |
20131004
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
10.27
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
4.344
|
| 監測井編號 |
G00134
|
| 監測站名 |
冬山河下游堤岸道路(102年設)
|
| 鄉鎮區代碼 |
10002090
|
| 地址 |
宜蘭縣五結鄉季新村五濱路二段201號(國立傳統藝術中心)
|
| 監測站坐標-X |
333543.97
|
| 監測站坐標-Y |
2731207.25
|
| 設置日期 |
20131008
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
11.76
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
2.501
|
| 監測井編號 |
G00155
|
| 監測站名 |
南澳地區(東澳國小)
|
| 鄉鎮區代碼 |
10002120
|
| 地址 |
宜蘭縣南澳鄉東岳村蘇花路三段209號
|
| 監測站坐標-X |
334503.3
|
| 監測站坐標-Y |
2713024.6
|
| 設置日期 |
20140326
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
20.7
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
16.025
|
| 監測井編號 |
G00156
|
| 監測站名 |
蘭陽溪下游(壯圍)
|
| 鄉鎮區代碼 |
10002060
|
| 地址 |
宜蘭縣壯圍鄉壯濱二地段242地號
|
| 監測站坐標-X |
333037.933
|
| 監測站坐標-Y |
2736883.368
|
| 設置日期 |
20140417
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
8.04
|
| 監測井型式 |
平台式
|
| 井頂高程 |
3.644
|
| 監測井編號 |
G00157
|
| 監測站名 |
梅洲地區(礁溪)
|
| 鄉鎮區代碼 |
10002050
|
| 地址 |
宜蘭縣礁溪鄉龍泉地段1312地號
|
| 監測站坐標-X |
325237.556
|
| 監測站坐標-Y |
2741390.345
|
| 設置日期 |
20140417
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
8.21
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
10.861
|
由宜蘭縣政府環境保護局提供宜蘭縣場置性地下水監測井基本資料(CSV, XML, JSON格式資料)
來源 : 宜蘭縣政府環境保護局-宜蘭縣場置性地下水監測井基本資料
欄位 : 監測井編號;監測站名;鄉鎮區代碼;地址;監測站坐標-X;監測站坐標-Y;設置日期;設置廠商;井篩長度;井深;監測井型式;井頂高程
| G00100
|
| 蘇澳台電場址
|
| 10002030
|
| 宜蘭縣蘇澳鎮蘇澳南正段31-1地號
|
| 336763.71
|
| 2721357.16
|
| 20130311
|
| 環興科技股份有限公司
|
| 6
|
| 7.18
|
| 隱藏式(人孔式)
|
| 3.09
|
| G00101
|
| 宜蘭市垃圾場一(102設)
|
| 10002010
|
| 宜蘭河畔
|
| 324465.95
|
| 2739236.1
|
| 20130312
|
| 環興科技股份有限公司
|
| 6
|
| 9.09
|
| 隱藏式(人孔式)
|
| 9.3
|
| G00133
|
| 冬山河上游堤岸道路(102年設)
|
| 10002080
|
| 宜蘭縣冬山火車站旁
|
| 330051.22
|
| 2725899.91
|
| 20131004
|
| 環興科技股份有限公司
|
| 6
|
| 10.27
|
| 隱藏式(人孔式)
|
| 4.344
|
| G00134
|
| 冬山河下游堤岸道路(102年設)
|
| 10002090
|
| 宜蘭縣五結鄉季新村五濱路二段201號(國立傳統藝術中心)
|
| 333543.97
|
| 2731207.25
|
| 20131008
|
| 環興科技股份有限公司
|
| 6
|
| 11.76
|
| 隱藏式(人孔式)
|
| 2.501
|
| G00155
|
| 南澳地區(東澳國小)
|
| 10002120
|
| 宜蘭縣南澳鄉東岳村蘇花路三段209號
|
| 334503.3
|
| 2713024.6
|
| 20140326
|
| 環興科技股份有限公司
|
| 6
|
| 20.7
|
| 隱藏式(人孔式)
|
| 16.025
|
| G00156
|
| 蘭陽溪下游(壯圍)
|
| 10002060
|
| 宜蘭縣壯圍鄉壯濱二地段242地號
|
| 333037.933
|
| 2736883.368
|
| 20140417
|
| 環興科技股份有限公司
|
| 6
|
| 8.04
|
| 平台式
|
| 3.644
|
| G00157
|
| 梅洲地區(礁溪)
|
| 10002050
|
| 宜蘭縣礁溪鄉龍泉地段1312地號
|
| 325237.556
|
| 2741390.345
|
| 20140417
|
| 環興科技股份有限公司
|
| 6
|
| 8.21
|
| 隱藏式(人孔式)
|
| 10.861
|
由宜蘭縣政府環境保護局提供宜蘭縣區域性地下水監測井基本資料。 (CSV, XML, JSON格式資料)
來源 : 宜蘭縣政府環境保護局-宜蘭縣區域性地下水監測井基本資料
欄位 : 監測井編號、監測站名、鄉鎮區代碼、地址、監測站坐標X、監測站坐標Y、設置日期、設置廠商、井篩長度、井深、監測井型式、井頂高程
| 監測井編號 |
G00104
|
| 監測站名 |
龍潭國小匏崙分校(102設)
|
| 鄉鎮區代碼 |
10002050
|
| 地址 |
宜蘭縣礁溪鄉匏杓崙路95號之二
|
| 監測站坐標X |
323728
|
| 監測站坐標Y |
2742988
|
| 設置日期 |
20130420
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
37.97
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
61.44
|
| 監測井編號 |
G00127
|
| 監測站名 |
五結國小(102年設)
|
| 鄉鎮區代碼 |
10002090
|
| 地址 |
宜蘭縣五結鄉五結村國民路1號
|
| 監測站坐標X |
330851.1
|
| 監測站坐標Y |
2731451.49
|
| 設置日期 |
20131009
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
7.5
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
2.512
|
| 監測井編號 |
G00128
|
| 監測站名 |
宜蘭高商(102年設)
|
| 鄉鎮區代碼 |
10002010
|
| 地址 |
宜蘭縣宜蘭市延平路50號
|
| 監測站坐標X |
327464.4
|
| 監測站坐標Y |
2738694.63
|
| 設置日期 |
20131005
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
7.7
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
3.603
|
| 監測井編號 |
G00129
|
| 監測站名 |
員山國小(102年設)
|
| 鄉鎮區代碼 |
10002070
|
| 地址 |
宜蘭縣員山鄉員山村復興路39號
|
| 監測站坐標X |
322968.9
|
| 監測站坐標Y |
2737614.73
|
| 設置日期 |
20131006
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
8.84
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
10.105
|
| 監測井編號 |
G00130
|
| 監測站名 |
冬山國小(102年設)
|
| 鄉鎮區代碼 |
10002080
|
| 地址 |
宜蘭縣冬山鄉安中路35號
|
| 監測站坐標X |
330056.76
|
| 監測站坐標Y |
2725149.27
|
| 設置日期 |
20131006
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
7.37
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
4.575
|
| 監測井編號 |
G00131
|
| 監測站名 |
竹林國小(102年設)
|
| 鄉鎮區代碼 |
10002020
|
| 地址 |
宜蘭縣羅東鎮復興路2段128號
|
| 監測站坐標X |
327628.48
|
| 監測站坐標Y |
2731489.65
|
| 設置日期 |
20131004
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
8.47
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
5.929
|
| 監測井編號 |
G00132
|
| 監測站名 |
古亭國小(102年設)
|
| 鄉鎮區代碼 |
10002060
|
| 地址 |
宜蘭縣壯圍鄉古亭路81號
|
| 監測站坐標X |
330804.32
|
| 監測站坐標Y |
2740680.44
|
| 設置日期 |
20131005
|
| 設置廠商 |
環興科技股份有限公司
|
| 井篩長度 |
6
|
| 井深 |
7.37
|
| 監測井型式 |
隱藏式(人孔式)
|
| 井頂高程 |
0.832
|
由宜蘭縣政府環境保護局提供宜蘭縣區域性地下水監測井基本資料。 (CSV, XML, JSON格式資料)
來源 : 宜蘭縣政府環境保護局-宜蘭縣區域性地下水監測井基本資料
欄位 : 監測井編號;監測站名;鄉鎮區代碼;地址;監測站坐標X;監測站坐標Y;設置日期;設置廠商;井篩長度;井深;監測井型式;井頂高程
| G00104
|
| 龍潭國小匏崙分校(102設)
|
| 10002050
|
| 宜蘭縣礁溪鄉匏杓崙路95號之二
|
| 323728
|
| 2742988
|
| 20130420
|
| 環興科技股份有限公司
|
| 6
|
| 37.97
|
| 隱藏式(人孔式)
|
| 61.44
|
| G00127
|
| 五結國小(102年設)
|
| 10002090
|
| 宜蘭縣五結鄉五結村國民路1號
|
| 330851.1
|
| 2731451.49
|
| 20131009
|
| 環興科技股份有限公司
|
| 6
|
| 7.5
|
| 隱藏式(人孔式)
|
| 2.512
|
| G00128
|
| 宜蘭高商(102年設)
|
| 10002010
|
| 宜蘭縣宜蘭市延平路50號
|
| 327464.4
|
| 2738694.63
|
| 20131005
|
| 環興科技股份有限公司
|
| 6
|
| 7.7
|
| 隱藏式(人孔式)
|
| 3.603
|
| G00129
|
| 員山國小(102年設)
|
| 10002070
|
| 宜蘭縣員山鄉員山村復興路39號
|
| 322968.9
|
| 2737614.73
|
| 20131006
|
| 環興科技股份有限公司
|
| 6
|
| 8.84
|
| 隱藏式(人孔式)
|
| 10.105
|
| G00130
|
| 冬山國小(102年設)
|
| 10002080
|
| 宜蘭縣冬山鄉安中路35號
|
| 330056.76
|
| 2725149.27
|
| 20131006
|
| 環興科技股份有限公司
|
| 6
|
| 7.37
|
| 隱藏式(人孔式)
|
| 4.575
|
| G00131
|
| 竹林國小(102年設)
|
| 10002020
|
| 宜蘭縣羅東鎮復興路2段128號
|
| 327628.48
|
| 2731489.65
|
| 20131004
|
| 環興科技股份有限公司
|
| 6
|
| 8.47
|
| 隱藏式(人孔式)
|
| 5.929
|
| G00132
|
| 古亭國小(102年設)
|
| 10002060
|
| 宜蘭縣壯圍鄉古亭路81號
|
| 330804.32
|
| 2740680.44
|
| 20131005
|
| 環興科技股份有限公司
|
| 6
|
| 7.37
|
| 隱藏式(人孔式)
|
| 0.832
|
環境部各委辦案專案成果報告摘要資料_區域環境管理(RegionalEnvironmentalManagement)類別
來源 : 環境部-EPQSummary_RegionalEnvironmentalManagement
欄位 : eng_title、eng_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| eng_title |
推動一般廢棄物多元化處理與能資源化技術整體規劃專案工作計畫
|
| eng_subject |
To overturn the traditional thinking on domestic waste management and align with international technological developments, the Ministry of Environmental (hereinafter referred to as the Ministry) launched the Waste Multi-treatment Plan from the year 2017 to 2022. The program established the policy direction for general waste treatment, fostering continuous collaboration with local governments to enhance the efficiency of existing treatment facilities, establish proprietary waste treatment facilities, elevate domestic waste treatment technology, and progressively build a comprehensive recycling economy system while promoting industrial development.
The main achievements of this program include:
(1) Strengthening the execution strategy planning for general waste treatment and reuse,
(2) Evaluation and review of the integrated park promotion for local general waste treatment,
(3) Integration of the results of the Waste Multi-treatment plan and the continuation of the second phase of the Waste Multi-treatment plan,
(4) Proposing an evaluation plan and procurement document template for the joint supply contract of commonly used special machinery.
|
| proj_year |
2023
|
| org_name |
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1121717302
|
| publish_date |
20240115
|
| eng_title |
Project of planning and strategy for waste multi-treatment and facility
|
| eng_subject |
In order to overturn the old thinking of domestic waste disposal and integrate with foreign new technologies, the Environmental Protection Administration of the Executive Yuan (EPA) developed a ʻ Waste Multi-treatment Planʼ in 2017 (execution period from 2017 to 2022) approved by the Executive Yuan and proposed the implementation review report in 2019. Then the EPA executed Evaluation and Work Plan Project for Constructing General Waste Multi-treatment and Overall Strategic Planning In 2020, which includes the following tasks:
1. Inventory of the current situation of domestic general waste treatment and reuse facilities.
2. To collect the development and application of foreign waste treatment technologies.
3. To visit domestic waste treatment facility.
4. To investigate the situation of the integrated park of local government and hold regional meetings.
5. To propose general waste treatment technology and improvement suggestions of facilities and strategic planning.
In order to continuously promote the central policy and assist local governments to properly handle general waste and promote energy resource conversion, the EPA commissioned the Project of planning and strategy for waste multi-treatment and facility in 2022, to continue to collect domestic new technologies for waste treatment, inventory and update of the current situation of waste treatment facilities, mastering the planning content and construction direction of the integrated park, visiting the operation of general waste treatment facilities, and assisting in The Waste Multi-treatment Plan-2nd phase (approved by the Executive Yuan on April 15, 2022), build a system platform for special vehicle and machinery and hold regional meetings, and roll out the overall strategic planning and supporting facilities for general waste treatment technology and facilities in the local area.
|
| proj_year |
2022
|
| org_name |
Bureau of Environmental Inspection
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1112405972
|
| publish_date |
20230422
|
| eng_title |
Project for Overall Strategic Planning and Operation Supervision of Refuse Incineration Plants
|
| eng_subject |
In Taiwan, the construction of refuse incineration plant project has been promoted since 1991, and there are currently 24 completed and operational incineration plants that can properly dispose of household garbage in all counties and cities in Taiwan and support the treatment of general industrial waste. In order to effectively supervise and manage the operation and maintenance of refuse incineration plants, the Environmental Protection Administration (EPA) has been conducting inspections and evaluations since 2001. This project completed 24 unscheduled inspections of incineration plants, 10 management agency inspections, 2 funding check of Taitung Plant, 24 annual operating result report reviews, 4 inspection and evaluation group meetings, 1 technical forum and 2 connection platform meetings. Also, this project compiled, reviewed and analyzed incineration plant operating data to assist the EPA in strengthening the management of local governments.
To supervise the upgrading and retrofitting of domestic refuse incineration plants, this project analyzes the risk of upgrading and retrofitting, recommends the direction of upgrading and retrofitting, evaluates the benefits of upgrading and retrofitting, promotes ash and slag reduction measures, establishes a database of construction unit price, and collects domestic and foreign heat treatment facilities or other waste treatment and maintenance technologies to provide substantive recommendations for the future improvement of domestic incineration plants in order to improve the performance of incineration plants.
This project also assists in 2 cases of general waste reuse permit review, assists local environmental protection agencies in completing the online reporting of 2021’ waste clearing fund, collects related technologies and current status analysis of domestic renewable energy power plants, assists nationwide incineration plants in inventorying carbon reduction benefits and preparing for carbon rights applications, promotes incineration fly ash washing demonstration plants and provides refined suggestions for the overall implementation strategy of general waste management.
Since the “Diversified Waste Management Plan” approved by the Executive Yuan in 2017, all goals of the incineration plant upgrading and retrofitting work have been achieved. In the past five years, the average operation rate of all 24 refuse incineration plants across the country has increased from 85% to 88%; the generation rate of bottom slag has decreased from 13.6% to 13.4%; the generation rate of fly ash stabilized products has decreased from 4.7% to 4.5%; the power generation per metric tons of incineration has increased from 509 kwh to 536 kwh; the total annual incineration efficiency has increased from 14.28 million Gcal to 15.29 million Gcal, and the annual capacity of 6.5 million tons can still be maintained during the retrofitting period, indicating that the overall performance of incineration plants in the country has been improving year by year under the effective supervision and management of the EPA and the active assistance in carrying out the renewal and life extension work.
|
| proj_year |
2022
|
| org_name |
Bureau of Environmental Inspection
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1110092809
|
| publish_date |
20230113
|
| eng_title |
Project for Operation Management and Technical Support of Large-Scale Refuse Incineration Plants in 2023
|
| eng_subject |
In Taiwan, the construction of refuse incineration plant project has been promoted since 1991, and there are currently 25 completed and operational incineration plants that can properly dispose of household garbage in all counties and cities in Taiwan and support the treatment of general industrial waste. In order to effectively supervise and manage the operation and maintenance of refuse incineration plants, this project assists the Environmental Management Administration （EMA） conducting inspections and evaluations by completing 33 unscheduled inspections of incineration plants, 13 management agency inspections, 2 funding check of Taitung Plant, 24 annual operating result report reviews, 3 inspection and evaluation group meetings, 1 technical forum, 1 award ceremony and 2 connection platform meetings. Also, this project compiled, reviewed and analyzed incineration plant operating data to assist the EMA in strengthening the management of local governments.
In order to supervise the completion of upgrading and maintenance of domestic incineration plants, this plan has grasped the current status of upgrading and maintenance planning and processing of each plant. Currently, a total of 9 plants have completed rectification and 7 plants are undergoing rectification. It also evaluates the benefits of upgrading and maintenance of completed rectification plants, and assists in handling one incineration plant application for special construction review. It also continuously updates the construction unit price database and collects domestic and foreign heat treatment facilities or other waste treatment and maintenance technologies, based on which future domestic incineration is proposed. Substantial recommendations for factory refinement to improve the operational performance of the incineration plant.
This project also assists in the development of short-, medium-, and long-term improvement measures for fly ash reduction and reuse plans, reviews fly ash key performance indicators and proposes reduction plans for source reduction technologies, and completes the final disposal and reuse of fly ash. Scenario carbon reduction and cost assessment results show that the carbon emissions and cost investment of fly ash recovery and reuse are better than stabilization treatment.
In order to understand the collection of general waste removal and disposal fees and fund management, we provide guidance to counties and cities in filling out annual information and completing verification operations, and to master fund management risks based on trial calculations based on fund management indicators. Collect, compile and analyze the management structure of cleanup fee collection methods, domestic and foreign environmental protection fund regulations and laws and regulations related to the abolition of cleanup funds, analyze the problems encountered in the collection, disbursement and fund utilization of cleanup fees, and propose improvements.
Since the “Diversified Waste Management Plan” approved by the Executive Yuan in 2017, all goals of the incineration plant upgrading and retrofitting work have been achieved. The overall performance of incineration plants in the country has been improving year by year under the effective supervision and management of the EMA and the active assistance in carrying out the renewal and life extension work.
|
| proj_year |
2023
|
| org_name |
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1120535344
|
| publish_date |
20240203
|
環境部各委辦案專案成果報告摘要資料_區域環境管理(RegionalEnvironmentalManagement)類別
來源 : 環境部-EPQSummary_RegionalEnvironmentalManagement
欄位 : eng_title(project title);eng_subject(project subject);proj_year(project year);org_name(organizer);exe_unit(executive unit);allfileid(reporting download url);publish_date(publish date)
| 推動一般廢棄物多元化處理與能資源化技術整體規劃專案工作計畫
|
| To overturn the traditional thinking on domestic waste management and align with international technological developments, the Ministry of Environmental (hereinafter referred to as the Ministry) launched the Waste Multi-treatment Plan from the year 2017 to 2022. The program established the policy direction for general waste treatment, fostering continuous collaboration with local governments to enhance the efficiency of existing treatment facilities, establish proprietary waste treatment facilities, elevate domestic waste treatment technology, and progressively build a comprehensive recycling economy system while promoting industrial development.
The main achievements of this program include:
(1) Strengthening the execution strategy planning for general waste treatment and reuse,
(2) Evaluation and review of the integrated park promotion for local general waste treatment,
(3) Integration of the results of the Waste Multi-treatment plan and the continuation of the second phase of the Waste Multi-treatment plan,
(4) Proposing an evaluation plan and procurement document template for the joint supply contract of commonly used special machinery.
|
| 2023
|
|
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1121717302
|
| 20240115
|
| Project of planning and strategy for waste multi-treatment and facility
|
| In order to overturn the old thinking of domestic waste disposal and integrate with foreign new technologies, the Environmental Protection Administration of the Executive Yuan (EPA) developed a ʻ Waste Multi-treatment Planʼ in 2017 (execution period from 2017 to 2022) approved by the Executive Yuan and proposed the implementation review report in 2019. Then the EPA executed Evaluation and Work Plan Project for Constructing General Waste Multi-treatment and Overall Strategic Planning In 2020, which includes the following tasks:
1. Inventory of the current situation of domestic general waste treatment and reuse facilities.
2. To collect the development and application of foreign waste treatment technologies.
3. To visit domestic waste treatment facility.
4. To investigate the situation of the integrated park of local government and hold regional meetings.
5. To propose general waste treatment technology and improvement suggestions of facilities and strategic planning.
In order to continuously promote the central policy and assist local governments to properly handle general waste and promote energy resource conversion, the EPA commissioned the Project of planning and strategy for waste multi-treatment and facility in 2022, to continue to collect domestic new technologies for waste treatment, inventory and update of the current situation of waste treatment facilities, mastering the planning content and construction direction of the integrated park, visiting the operation of general waste treatment facilities, and assisting in The Waste Multi-treatment Plan-2nd phase (approved by the Executive Yuan on April 15, 2022), build a system platform for special vehicle and machinery and hold regional meetings, and roll out the overall strategic planning and supporting facilities for general waste treatment technology and facilities in the local area.
|
| 2022
|
| Bureau of Environmental Inspection
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1112405972
|
| 20230422
|
| Project for Overall Strategic Planning and Operation Supervision of Refuse Incineration Plants
|
| In Taiwan, the construction of refuse incineration plant project has been promoted since 1991, and there are currently 24 completed and operational incineration plants that can properly dispose of household garbage in all counties and cities in Taiwan and support the treatment of general industrial waste. In order to effectively supervise and manage the operation and maintenance of refuse incineration plants, the Environmental Protection Administration (EPA) has been conducting inspections and evaluations since 2001. This project completed 24 unscheduled inspections of incineration plants, 10 management agency inspections, 2 funding check of Taitung Plant, 24 annual operating result report reviews, 4 inspection and evaluation group meetings, 1 technical forum and 2 connection platform meetings. Also, this project compiled, reviewed and analyzed incineration plant operating data to assist the EPA in strengthening the management of local governments.
To supervise the upgrading and retrofitting of domestic refuse incineration plants, this project analyzes the risk of upgrading and retrofitting, recommends the direction of upgrading and retrofitting, evaluates the benefits of upgrading and retrofitting, promotes ash and slag reduction measures, establishes a database of construction unit price, and collects domestic and foreign heat treatment facilities or other waste treatment and maintenance technologies to provide substantive recommendations for the future improvement of domestic incineration plants in order to improve the performance of incineration plants.
This project also assists in 2 cases of general waste reuse permit review, assists local environmental protection agencies in completing the online reporting of 2021’ waste clearing fund, collects related technologies and current status analysis of domestic renewable energy power plants, assists nationwide incineration plants in inventorying carbon reduction benefits and preparing for carbon rights applications, promotes incineration fly ash washing demonstration plants and provides refined suggestions for the overall implementation strategy of general waste management.
Since the “Diversified Waste Management Plan” approved by the Executive Yuan in 2017, all goals of the incineration plant upgrading and retrofitting work have been achieved. In the past five years, the average operation rate of all 24 refuse incineration plants across the country has increased from 85% to 88%; the generation rate of bottom slag has decreased from 13.6% to 13.4%; the generation rate of fly ash stabilized products has decreased from 4.7% to 4.5%; the power generation per metric tons of incineration has increased from 509 kwh to 536 kwh; the total annual incineration efficiency has increased from 14.28 million Gcal to 15.29 million Gcal, and the annual capacity of 6.5 million tons can still be maintained during the retrofitting period, indicating that the overall performance of incineration plants in the country has been improving year by year under the effective supervision and management of the EPA and the active assistance in carrying out the renewal and life extension work.
|
| 2022
|
| Bureau of Environmental Inspection
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1110092809
|
| 20230113
|
| Project for Operation Management and Technical Support of Large-Scale Refuse Incineration Plants in 2023
|
| In Taiwan, the construction of refuse incineration plant project has been promoted since 1991, and there are currently 25 completed and operational incineration plants that can properly dispose of household garbage in all counties and cities in Taiwan and support the treatment of general industrial waste. In order to effectively supervise and manage the operation and maintenance of refuse incineration plants, this project assists the Environmental Management Administration （EMA） conducting inspections and evaluations by completing 33 unscheduled inspections of incineration plants, 13 management agency inspections, 2 funding check of Taitung Plant, 24 annual operating result report reviews, 3 inspection and evaluation group meetings, 1 technical forum, 1 award ceremony and 2 connection platform meetings. Also, this project compiled, reviewed and analyzed incineration plant operating data to assist the EMA in strengthening the management of local governments.
In order to supervise the completion of upgrading and maintenance of domestic incineration plants, this plan has grasped the current status of upgrading and maintenance planning and processing of each plant. Currently, a total of 9 plants have completed rectification and 7 plants are undergoing rectification. It also evaluates the benefits of upgrading and maintenance of completed rectification plants, and assists in handling one incineration plant application for special construction review. It also continuously updates the construction unit price database and collects domestic and foreign heat treatment facilities or other waste treatment and maintenance technologies, based on which future domestic incineration is proposed. Substantial recommendations for factory refinement to improve the operational performance of the incineration plant.
This project also assists in the development of short-, medium-, and long-term improvement measures for fly ash reduction and reuse plans, reviews fly ash key performance indicators and proposes reduction plans for source reduction technologies, and completes the final disposal and reuse of fly ash. Scenario carbon reduction and cost assessment results show that the carbon emissions and cost investment of fly ash recovery and reuse are better than stabilization treatment.
In order to understand the collection of general waste removal and disposal fees and fund management, we provide guidance to counties and cities in filling out annual information and completing verification operations, and to master fund management risks based on trial calculations based on fund management indicators. Collect, compile and analyze the management structure of cleanup fee collection methods, domestic and foreign environmental protection fund regulations and laws and regulations related to the abolition of cleanup funds, analyze the problems encountered in the collection, disbursement and fund utilization of cleanup fees, and propose improvements.
Since the “Diversified Waste Management Plan” approved by the Executive Yuan in 2017, all goals of the incineration plant upgrading and retrofitting work have been achieved. The overall performance of incineration plants in the country has been improving year by year under the effective supervision and management of the EMA and the active assistance in carrying out the renewal and life extension work.
|
| 2023
|
|
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1120535344
|
| 20240203
|
環境部各委辦案專案成果報告摘要資料_國際性議題類別
來源 : 環境部-環保專案摘要資料_國際性議題
欄位 : chi_title、chi_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| chi_title |
氣候變遷調適專案工作計畫
|
| chi_subject |
IPCC報告指出人類社會使用化石燃料排放溫室氣體極可能(95%)就是造成氣候變遷的原因，因此我們有責任也有義務來面對氣候變遷。
本計畫工作內容包含氣候變遷調適國際資訊蒐集分析、編撰氣候變遷調適教育手冊以及維護氣候變遷調適資訊平台等三大部份，本年度計畫亦赴英國參與國際研討會發表發表論文：Consensus on Climate Change Adaptation among Government and Populace，說明並分享我國在氣候變遷調適議題上，與民眾溝通的方式、發現及心得，並安排英國氣候變遷調適相關組織之參訪活動，與英國氣候衝擊研究計畫(UK Climate Impact Program, UKCIP)團隊、調適次級委員會(Adaptation Sub-Committee , ASC), City of London Corporation, HR WallingFord公司，以及環境署(Environment Agency, EA)等，透過與不同立場組織的討論，全面了解英國政府由上而下如何推動氣候變遷調適，中央與地方、NGO與政府如何對話、推動時遭遇之困難及解決方式。
氣候變遷調適教育手冊編撰之目標為建立氣候變遷調適基礎知識，進而願意由自身著手推動調適相關工作，今年度使用者設定為未來環境資源部相關單位人員，使其具備氣候變遷調適及脆弱度評估基礎能力，手冊內容藉由闡述氣候變遷成因、模擬未來氣候趨勢以及氣候變遷衝擊，再闡釋如何面對氣候變遷，清楚介紹調適與減緩的差異與簡介調適方法、案例，讓使用者對於氣候變遷調適具備基礎知能，以利後續調適工作之推動與運行。
藉由國際資訊蒐集與參訪共同探討氣候變遷調適之發展方向與進程，藉由國外經驗，統整分析以供我國政府作為未來執行氣候變遷調適工作方向與目標之參考建議。
|
| proj_year |
102
|
| org_name |
溫減管理室(停用)
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1026066839
|
| publish_date |
20140401
|
| chi_title |
國家環境相關溫室氣體清冊統計與精進管理計畫
|
| chi_subject |
本計畫依據IPCC 2006年版國家溫室氣體清冊指南，精進統計我國廢棄物部門(Waste Sector)溫室氣體排放清冊，並比較分析國際間於2015~2016年兩次提交IPCC 2006年版國家清冊報告(National Inventory Report, NIR)，比較廢棄物部門溫室氣體排放統計方法與差異，掌握國際最新趨勢。
為精進清冊統計品質，訪查3處掩埋場了解沼氣收集處理設施設置操作歷程，確認排放參數合理性；實地量測3類事業廢水處理廠溫室氣體排放量，比較本土排放係數與IPCC清冊指南預設係數之差異；檢討部門統計範疇與參數，評估增加生活污水處理廠甲烷排放、事業廢水處理氧化亞氮排放、確認掩埋場歷年沼氣中甲烷比例變動趨勢、調整廢棄物焚化量來源；對於排放量不確定性(Uncertainty)分析，除採誤差傳播法(Propagation of error)外，並進一步以蒙地卡羅法(Monte Carlo method)模擬分析，比較兩者差異。辦理3場次專家會議，確認前述調查、範疇檢討結果，並依循國家清冊審議機制，提報清冊資料，完成廢棄物部門年度排放清冊報告（1990至2014年）。
本計畫參照京都議定書國家溫室氣體排放清冊報告格式，以及國家溫室氣體排放清冊統計格式架構報表，依IPCC 2006版排放清冊指南規範，完成2016年版廢棄物部門溫室氣體排放清冊精進統計結果。
依2006 IPCC指南統計排放結果：歷年排放量以1996年最大，2000年後遞減。2009年前以掩埋排放為主，之後漸轉為以污廢水排放為主。近10年，掩埋排放持續減量，生活污水排放漸減，事業廢水排放漸增。2014年廢棄物部門排放量為4,264.3千公噸二氧化碳當量；掩埋排放佔整體部門33.5%，生活污水佔38.1%，事業廢水佔25.2%，焚化佔2.3%，堆肥佔0.9%；排放氣體種類，甲烷約佔89.9%，氧化亞氮約7.9%，二氧化碳約2.1%；排放量相較於1990年減少53%，較2013年減少5%。
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| proj_year |
105
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| org_name |
環管處
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1050374608
|
| publish_date |
20170301
|
| chi_title |
國家環境相關清冊數據統計更新與本土化參數建立專案工作計畫
|
| chi_subject |
本計畫依據IPCC 2006國家溫室氣體清冊指南，統計更新廢棄物部門(Waste Sector)溫室氣體排放清冊，並分析國際間最新提交之國家清冊報告(National Inventory Report, NIR)，比較廢棄物部門溫室氣體排放統計方法與差異，掌握國際最新清冊統計、排放趨勢與清冊審議重點。並回顧歐盟循環經濟政策對溫室氣體減量目標的設定策略及評估方案，作為未來廢棄物管理政策研擬參考。
訪查廢棄物掩埋、污廢水處理場廠，評估掩埋場活化(Landfill mining)甲烷減排量，估算生活污水廠、事業廢水廠沼氣回收再利用(Biogas recovery)甲烷減排效益，評估沼氣回收效益與實施可行性；延續前期計畫，實際量測事業廢水處理廠溫室氣體排放量，累積實測數據，持續建立本土排放係數(Country-specific emission factors)。本計畫進一步精進生活污水甲烷、氧化亞氮，及事業廢水甲烷排放估算，檢討統計方法、參數值引用合理性，估算精進後溫室氣體減排幅度。
辦理3場次專家會議，確認前述掩埋場活化、污廢水廠甲烷回收、事業廢水廠量測建立本土排放係數等之調查檢討、評估結果，及可能減排效益。以高斯法、蒙地卡羅法模擬計算2015年部門排放量不確定性(Uncertainty)，分析近三年排放估算不確定性之改善與演進。並配合環保署國家審議機制推動，提報相關統計結果至清冊登錄平台。協助編撰環境部門溫室氣體排放管制行動方案。製作廢棄物部門溫室氣氣體排放清冊文宣說帖。
依2015年清冊數據統計更新，部門歷年排放於1996年最大，2000年後遞減。2010年前以掩埋排放為主，之後污廢水排放佔比持續高於掩埋排放。近10年掩埋排放顯著下降，污水排放漸減，事業廢水漸增，至2015年部門排放前三大分別為生活污水、事業廢水、掩埋排放，共佔96.5%。2015年部門排放量為4,108.8千公噸二氧化碳當量；排放源比例，掩埋佔27.7%，堆肥佔0.9%，焚化佔2.6%，生活污水佔39.1%，事業廢水佔29.6%；排放氣體比例，甲烷佔88.7%，氧化亞氮約8.8%，二氧化碳約2.5%；排放量相較於2005年減少53%，較2014年減少5.8%。
|
| proj_year |
106
|
| org_name |
環管處
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1064583781
|
| publish_date |
20180501
|
| chi_title |
建立我國運輸業溫室氣體減量推動計畫
|
| chi_subject |
我國2017年溫室氣體總排放量為298.658 MtCO2e，其中運輸部門排放量37.018 MtCO2e，占全國總排放量12.39%，其中公路運輸占運輸部門排放之97.54%。國際上已逐步推動能源需求端類別之減量，故運輸業之能源需求與能效提升扮演重要的減碳角色。本計畫為協助推動運輸部門減量，依據溫管法授權推動運輸部門事業減量工作，規劃將運輸業納入未來應盤查對象以及利用抵換專案做為推動減量之工具。
主要執行工作為建立運輸業盤查表單、盤查手冊與查證手冊，研擬與協助建立運輸業盤查登錄(記)制度，以做為未來運輸業盤查法制化之基礎；掌握及研析國內具發展潛力之國際減量方法學，包含燃料轉換、能效提升及個人化運具類型。由研析結果針對具潛力方法學輔導國內客運業者申請微型規模抵換專案、研擬貨運業能效提升減量之本土化減量方法學及建立運輸業微型規模表單之應用等，透過發展抵換專案推動減量及增加誘因。並基於建構業者碳管理能力辦理說明會及座談會，宣導運輸業盤查方法及運輸業微型規模抵換專案。
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| proj_year |
108
|
| org_name |
環管處
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1081343362
|
| publish_date |
20200301
|
環境部各委辦案專案成果報告摘要資料_國際性議題類別
來源 : 環境部-環保專案摘要資料_國際性議題
欄位 : chi_title(中文標題);chi_subject(中文摘要);proj_year(專案年度);org_name(主辦單位);exe_unit(執行單位);allfileid(專案報告下載url);publish_date(專案報告公開日期)
| 氣候變遷調適專案工作計畫
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| IPCC報告指出人類社會使用化石燃料排放溫室氣體極可能(95%)就是造成氣候變遷的原因，因此我們有責任也有義務來面對氣候變遷。
本計畫工作內容包含氣候變遷調適國際資訊蒐集分析、編撰氣候變遷調適教育手冊以及維護氣候變遷調適資訊平台等三大部份，本年度計畫亦赴英國參與國際研討會發表發表論文：Consensus on Climate Change Adaptation among Government and Populace，說明並分享我國在氣候變遷調適議題上，與民眾溝通的方式、發現及心得，並安排英國氣候變遷調適相關組織之參訪活動，與英國氣候衝擊研究計畫(UK Climate Impact Program, UKCIP)團隊、調適次級委員會(Adaptation Sub-Committee , ASC), City of London Corporation, HR WallingFord公司，以及環境署(Environment Agency, EA)等，透過與不同立場組織的討論，全面了解英國政府由上而下如何推動氣候變遷調適，中央與地方、NGO與政府如何對話、推動時遭遇之困難及解決方式。
氣候變遷調適教育手冊編撰之目標為建立氣候變遷調適基礎知識，進而願意由自身著手推動調適相關工作，今年度使用者設定為未來環境資源部相關單位人員，使其具備氣候變遷調適及脆弱度評估基礎能力，手冊內容藉由闡述氣候變遷成因、模擬未來氣候趨勢以及氣候變遷衝擊，再闡釋如何面對氣候變遷，清楚介紹調適與減緩的差異與簡介調適方法、案例，讓使用者對於氣候變遷調適具備基礎知能，以利後續調適工作之推動與運行。
藉由國際資訊蒐集與參訪共同探討氣候變遷調適之發展方向與進程，藉由國外經驗，統整分析以供我國政府作為未來執行氣候變遷調適工作方向與目標之參考建議。
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| 102
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| 溫減管理室(停用)
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| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1026066839
|
| 20140401
|
| 國家環境相關溫室氣體清冊統計與精進管理計畫
|
| 本計畫依據IPCC 2006年版國家溫室氣體清冊指南，精進統計我國廢棄物部門(Waste Sector)溫室氣體排放清冊，並比較分析國際間於2015~2016年兩次提交IPCC 2006年版國家清冊報告(National Inventory Report, NIR)，比較廢棄物部門溫室氣體排放統計方法與差異，掌握國際最新趨勢。
為精進清冊統計品質，訪查3處掩埋場了解沼氣收集處理設施設置操作歷程，確認排放參數合理性；實地量測3類事業廢水處理廠溫室氣體排放量，比較本土排放係數與IPCC清冊指南預設係數之差異；檢討部門統計範疇與參數，評估增加生活污水處理廠甲烷排放、事業廢水處理氧化亞氮排放、確認掩埋場歷年沼氣中甲烷比例變動趨勢、調整廢棄物焚化量來源；對於排放量不確定性(Uncertainty)分析，除採誤差傳播法(Propagation of error)外，並進一步以蒙地卡羅法(Monte Carlo method)模擬分析，比較兩者差異。辦理3場次專家會議，確認前述調查、範疇檢討結果，並依循國家清冊審議機制，提報清冊資料，完成廢棄物部門年度排放清冊報告（1990至2014年）。
本計畫參照京都議定書國家溫室氣體排放清冊報告格式，以及國家溫室氣體排放清冊統計格式架構報表，依IPCC 2006版排放清冊指南規範，完成2016年版廢棄物部門溫室氣體排放清冊精進統計結果。
依2006 IPCC指南統計排放結果：歷年排放量以1996年最大，2000年後遞減。2009年前以掩埋排放為主，之後漸轉為以污廢水排放為主。近10年，掩埋排放持續減量，生活污水排放漸減，事業廢水排放漸增。2014年廢棄物部門排放量為4,264.3千公噸二氧化碳當量；掩埋排放佔整體部門33.5%，生活污水佔38.1%，事業廢水佔25.2%，焚化佔2.3%，堆肥佔0.9%；排放氣體種類，甲烷約佔89.9%，氧化亞氮約7.9%，二氧化碳約2.1%；排放量相較於1990年減少53%，較2013年減少5%。
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| 105
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| 環管處
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| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1050374608
|
| 20170301
|
| 國家環境相關清冊數據統計更新與本土化參數建立專案工作計畫
|
| 本計畫依據IPCC 2006國家溫室氣體清冊指南，統計更新廢棄物部門(Waste Sector)溫室氣體排放清冊，並分析國際間最新提交之國家清冊報告(National Inventory Report, NIR)，比較廢棄物部門溫室氣體排放統計方法與差異，掌握國際最新清冊統計、排放趨勢與清冊審議重點。並回顧歐盟循環經濟政策對溫室氣體減量目標的設定策略及評估方案，作為未來廢棄物管理政策研擬參考。
訪查廢棄物掩埋、污廢水處理場廠，評估掩埋場活化(Landfill mining)甲烷減排量，估算生活污水廠、事業廢水廠沼氣回收再利用(Biogas recovery)甲烷減排效益，評估沼氣回收效益與實施可行性；延續前期計畫，實際量測事業廢水處理廠溫室氣體排放量，累積實測數據，持續建立本土排放係數(Country-specific emission factors)。本計畫進一步精進生活污水甲烷、氧化亞氮，及事業廢水甲烷排放估算，檢討統計方法、參數值引用合理性，估算精進後溫室氣體減排幅度。
辦理3場次專家會議，確認前述掩埋場活化、污廢水廠甲烷回收、事業廢水廠量測建立本土排放係數等之調查檢討、評估結果，及可能減排效益。以高斯法、蒙地卡羅法模擬計算2015年部門排放量不確定性(Uncertainty)，分析近三年排放估算不確定性之改善與演進。並配合環保署國家審議機制推動，提報相關統計結果至清冊登錄平台。協助編撰環境部門溫室氣體排放管制行動方案。製作廢棄物部門溫室氣氣體排放清冊文宣說帖。
依2015年清冊數據統計更新，部門歷年排放於1996年最大，2000年後遞減。2010年前以掩埋排放為主，之後污廢水排放佔比持續高於掩埋排放。近10年掩埋排放顯著下降，污水排放漸減，事業廢水漸增，至2015年部門排放前三大分別為生活污水、事業廢水、掩埋排放，共佔96.5%。2015年部門排放量為4,108.8千公噸二氧化碳當量；排放源比例，掩埋佔27.7%，堆肥佔0.9%，焚化佔2.6%，生活污水佔39.1%，事業廢水佔29.6%；排放氣體比例，甲烷佔88.7%，氧化亞氮約8.8%，二氧化碳約2.5%；排放量相較於2005年減少53%，較2014年減少5.8%。
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| 106
|
| 環管處
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1064583781
|
| 20180501
|
| 建立我國運輸業溫室氣體減量推動計畫
|
| 我國2017年溫室氣體總排放量為298.658 MtCO2e，其中運輸部門排放量37.018 MtCO2e，占全國總排放量12.39%，其中公路運輸占運輸部門排放之97.54%。國際上已逐步推動能源需求端類別之減量，故運輸業之能源需求與能效提升扮演重要的減碳角色。本計畫為協助推動運輸部門減量，依據溫管法授權推動運輸部門事業減量工作，規劃將運輸業納入未來應盤查對象以及利用抵換專案做為推動減量之工具。
主要執行工作為建立運輸業盤查表單、盤查手冊與查證手冊，研擬與協助建立運輸業盤查登錄(記)制度，以做為未來運輸業盤查法制化之基礎；掌握及研析國內具發展潛力之國際減量方法學，包含燃料轉換、能效提升及個人化運具類型。由研析結果針對具潛力方法學輔導國內客運業者申請微型規模抵換專案、研擬貨運業能效提升減量之本土化減量方法學及建立運輸業微型規模表單之應用等，透過發展抵換專案推動減量及增加誘因。並基於建構業者碳管理能力辦理說明會及座談會，宣導運輸業盤查方法及運輸業微型規模抵換專案。
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| 108
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| 環管處
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| 環興科技股份有限公司
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| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1081343362
|
| 20200301
|
提供台北市公司營業項目為B礦業及土石採取業之登記資料及營業地址。
來源 : 經濟部商業發展署-台北市公司登記資料-B礦業及土石採取業
欄位 : 統一編號、公司名稱、公司地址、資本總額、實收資本額、在境內營運資金、核准設立日期、營業地址（財政資訊中心匯入）、行業代號（財政資訊中心匯入）、財政資訊中心匯入日期、股票代號（金融監督管理委員會匯入）、產業別（金融監督管理委員會匯入）、金融監督管理委員會匯入日期、商標資料（智慧財產局匯入）、智慧財產局匯入日期
| 統一編號 |
24310820
|
| 公司名稱 |
環興科技股份有限公司
|
| 公司地址 |
臺北市內湖區安康路20號5樓
|
| 資本總額 |
800000000
|
| 實收資本額 |
300000000
|
| 在境內營運資金 |
|
| 核准設立日期 |
0971201
|
| 營業地址（財政資訊中心匯入） |
臺北市內湖區石潭里安康路２０號５樓
|
| 行業代號（財政資訊中心匯入） |
711299,,,
|
| 財政資訊中心匯入日期 |
26-NOV-25
|
| 股票代號（金融監督管理委員會匯入） |
|
| 產業別（金融監督管理委員會匯入） |
|
| 金融監督管理委員會匯入日期 |
|
| 商標資料（智慧財產局匯入） |
|
| 智慧財產局匯入日期 |
|
環境部各委辦案專案成果報告摘要資料_國際性議題(InternationalIssues)類別
來源 : 環境部-EPQSummary_InternationalIssues
欄位 : eng_title、eng_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| eng_title |
Establish Greenhouse Gas Reduction Plan for Transportation
|
| eng_subject |
The total greenhouse gas emission in Taiwan was 298.658 MtCO2e in 2017, and the transport sector emission was 37.018 MtCO2e, which was 12.39% of the total emissions. Road transportation was the main emission of the transport sector, which came to 97.66% of the transportation sector. The reduction of energy demands has been gradually promoted internationally. Therefore, improving the energy demand management and energy efficiency of transportation plays an important role. To promote the reduction of greenhouse gas emission in the transportation sector through Greenhouse Gas Reduction and Management Act, this project has studied inventory mechanism as well as micro-scale GHG offset mechanism.
This project established inventory forms, an inventory manual, and verification a manual for establishing the inventories and registration system of the transportation industry. This project analyzes CDM methodologies with development potential, including fuel conversion, energy efficiency improvement, and personal transportation transformation. First, we took one passenger transportation company as a demonstration to apply for the GHG offset project, and developed a local reduction methodology for energy efficiency improvements in the freight industry. Next, we pre-filled in the micro-scale GHG offset program forms with CDM methodologies’ applicability and equations to assist the industry to apply for the program independently. Last, we held meetings for the transportation industries to promote the ability of carbon management.
|
| proj_year |
2019
|
| org_name |
Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1081343362
|
| publish_date |
20200301
|
| eng_title |
Compilation and Improvement of Environment-related National Greenhouse Gas Inventory and Establishment of Local Emission Parameters
|
| eng_subject |
This project has compiled and improved the Taiwan National Greenhouse Gas Inventory of Waste Sector from 1990 to 2015 using methodologies consistent with those recommended in the 2006 Intergovernmental Panel on Climate Change Guidelines for National Greenhouse Gas Inventories (IPCC 2006 Guidelines). The methodologies for estimating greenhouse gas (GHG) emissions from the Waste Sector described in the National Inventory Report submitted by the Annex I parties in 2017 have been reviewed and analyzed to understand and identify the latest international trends, emission trends, and focal points of inventory review reports. The European policies towards a circular economy including the strategies and evaluation of achieving GHG emission reduction targets were reviewed for better waste management practices.
The following efforts were made to identify the benefits of GHG mitigation strategies. Solid waste disposal sites were visited to study the effects of landfill mining operation on reducing CH4 emissions. Domestic and industrial wastewater treatment plants were also visited to identify the benefits of biogas recovery for CH4 emission reduction as well as economic benefits analysis and feasibility study. On-site GHG emissions of industrial wastewater treatment plants have been measured at the second phase of the development of country-specific emission factors. In addition, the methodologies with a reasonable choice of emission parameters for estimating CH4 and N2O emissions from domestic and industrial wastewater treatment and CH4 emissions from industrial wastewater treatment were both studied. The differences in GHG emissions between before and after improving the methodologies were also compared.
Concrete conclusion and suggestion with respect to the survey results and mitigation benefits of landing mining, biogas recovery from wastewater treatment plants, and development of country-specific emission factors for industrial wastewater treatment plant have been made after 3 review meetings with the experts. Both Approach 1 (propagation of error) and Approach 2 (Monte Carlo method) were used for the uncertainty analysis of emission estimates in 2015. The level and trend uncertainty from 2013 to 2015 are shown to demonstrate the history of inventory improvement. The Taiwan National Greenhouse Gas Inventory of Waste Sector from 1990 to 2015 has been compiled and submitted by the inventory review process. The GHG reduction action plan for the environment-related sector has been developed. Finally, the promotion materials of the GHG inventory of waste sector were published.
The changes in greenhouse gas emissions from the waste sector show that emissions were the highest in 1996 and there was a reduction trend since 2000. The largest contributor to the emissions by category was changed from solid waste disposal to wastewater treatment since 2010. Over the past 10 years, emissions have decreased substantially and gradually from solid waste disposal and domestic wastewater treatment, respectively. However, emissions from industrial wastewater treatment have increased. In 2015, the largest three contributors accounting for 96.5% were domestic wastewater treatment, industrial wastewater treatment, and solid waste disposal. Emissions from the waste sector resulted in 4,108.8 kt-CO2 eq. Among the waste sector emissions in 2015, the largest contributor was domestic wastewater treatment accounting for 39.1%, followed by industrial wastewater treatment accounting for 29.6%, solid waste disposal accounting for 27.7%, incineration of waste accounting for 2.6%, and biological treatment of waste accounting for 0.9%. Breakdown of emissions in 2015 by gas shows that the largest contributor to the emissions is CH4 accounting for 88.7%, followed by N2O accounting for 8.8%, and CO2 accounting for 2.5%. The emissions from this sector had decreased by 53% compared with 2005 levels and decreased by 5.8% compared with 2014 levels.
|
| proj_year |
2017
|
| org_name |
Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1064583781
|
| publish_date |
20180501
|
| eng_title |
Compilation and Improvement of Environment-related National Greenhouse Gas Inventory
|
| eng_subject |
This project has compiled and improved the Taiwan National Greenhouse Gas Inventory for Waste Sector from 1990 to 2014 using methodologies consistent with those recommended in the 2006 Intergovernmental Panel on Climate Change Guidelines for National Greenhouse Gas Inventories (IPCC 2006 Guidelines). The methodologies for estimating greenhouse gas (GHG) emissions from the Waste Sector described in the National Inventory Report submitted by the Annex I parties in 2015 and 2016 have been reviewed and analyzed to understand and identify the latest international trends.
The following efforts were made to accurately estimate GHG emissions and improve the inventory quality for future potential GHG inventory revisions. For a reasonable choice of emission parameters, 3 solid waste disposal sites were visited to understand the history of landfill gas collection and utilization. On-site GHG emissions from 3 categories of industrial wastewater treatment plants were also measured to compare the differences between the local emission factor and default value given in the IPCC 2006 Guidelines. To evaluate for incorporating excluded emission sources and improve the accuracy of emission factors, several tasks were implemented, including the evaluation of CH4 emissions from domestic wastewater treatment plants, evaluation of N2O emissions from industrial wastewater treatment plants, determination of the fraction of methane in generated landfill gas based on the reporting data, and adjustment of the source of activity data for waste incineration. In addition, both Approach 1 (propagation of error) and Approach 2 (Monte Carlo method) were used for the uncertainty analysis of emission estimates. Detailed results of both approaches are presented and compared. Concrete conclusion and suggestion with respect to the above survey results and evaluation for incorporating excluded emission sources have been made after 3 review meetings with the experts.
With reference to the reporting guidelines on annual greenhouse gas inventory under the Kyoto Protocol and National Greenhouse Gas Inventory tables, the Taiwan National Greenhouse Gas Inventory for Waste Sector from 1990 to 2014 consistent with the IPCC 2006 Guidelines has been compiled and submitted by the inventory review process.
The changes in greenhouse gas emissions from the waste sector show that emissions were the highest in 1996 and there was a general downward trend since 2000. The largest contributor to the emissions by category was changed from solid waste disposal to wastewater treatment since 2009. Over the past 10 years, emissions from solid waste disposal and domestic wastewater treatment have decreased substantially, while emissions from industrial wastewater treatment have increased. In 2014, emissions from the waste sector resulted in 4,264.3 kt-CO2 eq. Among the waste sector emissions in 2014, the largest contributor was domestic wastewater treatment accounting for 38.1%, followed by solid waste disposal accounting for 33.5%, industrial wastewater treatment accounting for 25.2%, incineration of waste accounting for 2.3%, and biological treatment of waste accounting for 0.9%. Breakdown of emissions in 2014 by gas shows that the largest contributor to the emissions is CH4 accounting for 89.9%, followed by N2O accounting for 7.9%, and CO2 accounting for 2.1%. The emissions from this sector had decreased by 53% compared with 1990 levels and decreased by 5% compared with 2013 levels.
|
| proj_year |
2016
|
| org_name |
Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1050374608
|
| publish_date |
20170301
|
| eng_title |
Climate Change Adaptation Project
|
| eng_subject |
The report of IPCC pointed out that it is at least 95 percent likely that human activities are the main cause of warming since the 1950s. So we have responsibility to confront climate change, and adapt to climate change.
The aims of this project are to: 1) collect and analyze the latest promotion and implementation of adaptation plans of the United Nation and the international community, compose the “Climate Change Adaptation Guidebook,” and maintain adaptation information platform and building a climate change adaptation education platform.
This year, we have also attended the international conference “Consensus on Climate Change Adaptation among Government and Populace” in UK, and visited UKCIP, ASC, HR WallingFord and EA for discussing the adaptation roadmap, difficulties and strategies.
In order to promote basic knowledge of officers on climate change and vulnerability assessment, “Climate Change Adaptation Guidebook” was set for staffs of the Ministry of Environment and Natural Resources. This guidebook contents causes of climate change, future climate projection and scenarios, impacts of climate change, mitigation and adaptation, adaptation methods introduction, and adaptation case study.
Based on compilation of development and process on climate change adaptation from international information and UK governments’ experiences, adaptation works are analyzed and summarized for the future administration of our government as a reference.
|
| proj_year |
2013
|
| org_name |
Office of Greenhouse Gases Reduction Management
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1026066839
|
| publish_date |
20140401
|
環境部各委辦案專案成果報告摘要資料_國際性議題(InternationalIssues)類別
來源 : 環境部-EPQSummary_InternationalIssues
欄位 : eng_title(project title);eng_subject(project subject);proj_year(project year);org_name(organizer);exe_unit(executive unit);allfileid(reporting download url);publish_date(publish date)
| Compilation and Improvement of Environment-related National Greenhouse Gas Inventory
|
| This project has compiled and improved the Taiwan National Greenhouse Gas Inventory for Waste Sector from 1990 to 2014 using methodologies consistent with those recommended in the 2006 Intergovernmental Panel on Climate Change Guidelines for National Greenhouse Gas Inventories (IPCC 2006 Guidelines). The methodologies for estimating greenhouse gas (GHG) emissions from the Waste Sector described in the National Inventory Report submitted by the Annex I parties in 2015 and 2016 have been reviewed and analyzed to understand and identify the latest international trends.
The following efforts were made to accurately estimate GHG emissions and improve the inventory quality for future potential GHG inventory revisions. For a reasonable choice of emission parameters, 3 solid waste disposal sites were visited to understand the history of landfill gas collection and utilization. On-site GHG emissions from 3 categories of industrial wastewater treatment plants were also measured to compare the differences between the local emission factor and default value given in the IPCC 2006 Guidelines. To evaluate for incorporating excluded emission sources and improve the accuracy of emission factors, several tasks were implemented, including the evaluation of CH4 emissions from domestic wastewater treatment plants, evaluation of N2O emissions from industrial wastewater treatment plants, determination of the fraction of methane in generated landfill gas based on the reporting data, and adjustment of the source of activity data for waste incineration. In addition, both Approach 1 (propagation of error) and Approach 2 (Monte Carlo method) were used for the uncertainty analysis of emission estimates. Detailed results of both approaches are presented and compared. Concrete conclusion and suggestion with respect to the above survey results and evaluation for incorporating excluded emission sources have been made after 3 review meetings with the experts.
With reference to the reporting guidelines on annual greenhouse gas inventory under the Kyoto Protocol and National Greenhouse Gas Inventory tables, the Taiwan National Greenhouse Gas Inventory for Waste Sector from 1990 to 2014 consistent with the IPCC 2006 Guidelines has been compiled and submitted by the inventory review process.
The changes in greenhouse gas emissions from the waste sector show that emissions were the highest in 1996 and there was a general downward trend since 2000. The largest contributor to the emissions by category was changed from solid waste disposal to wastewater treatment since 2009. Over the past 10 years, emissions from solid waste disposal and domestic wastewater treatment have decreased substantially, while emissions from industrial wastewater treatment have increased. In 2014, emissions from the waste sector resulted in 4,264.3 kt-CO2 eq. Among the waste sector emissions in 2014, the largest contributor was domestic wastewater treatment accounting for 38.1%, followed by solid waste disposal accounting for 33.5%, industrial wastewater treatment accounting for 25.2%, incineration of waste accounting for 2.3%, and biological treatment of waste accounting for 0.9%. Breakdown of emissions in 2014 by gas shows that the largest contributor to the emissions is CH4 accounting for 89.9%, followed by N2O accounting for 7.9%, and CO2 accounting for 2.1%. The emissions from this sector had decreased by 53% compared with 1990 levels and decreased by 5% compared with 2013 levels.
|
| 2016
|
| Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1050374608
|
| 20170301
|
| Climate Change Adaptation Project
|
| The report of IPCC pointed out that it is at least 95 percent likely that human activities are the main cause of warming since the 1950s. So we have responsibility to confront climate change, and adapt to climate change.
The aims of this project are to: 1) collect and analyze the latest promotion and implementation of adaptation plans of the United Nation and the international community, compose the “Climate Change Adaptation Guidebook,” and maintain adaptation information platform and building a climate change adaptation education platform.
This year, we have also attended the international conference “Consensus on Climate Change Adaptation among Government and Populace” in UK, and visited UKCIP, ASC, HR WallingFord and EA for discussing the adaptation roadmap, difficulties and strategies.
In order to promote basic knowledge of officers on climate change and vulnerability assessment, “Climate Change Adaptation Guidebook” was set for staffs of the Ministry of Environment and Natural Resources. This guidebook contents causes of climate change, future climate projection and scenarios, impacts of climate change, mitigation and adaptation, adaptation methods introduction, and adaptation case study.
Based on compilation of development and process on climate change adaptation from international information and UK governments’ experiences, adaptation works are analyzed and summarized for the future administration of our government as a reference.
|
| 2013
|
| Office of Greenhouse Gases Reduction Management
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1026066839
|
| 20140401
|
| Compilation and Improvement of Environment-related National Greenhouse Gas Inventory and Establishment of Local Emission Parameters
|
| This project has compiled and improved the Taiwan National Greenhouse Gas Inventory of Waste Sector from 1990 to 2015 using methodologies consistent with those recommended in the 2006 Intergovernmental Panel on Climate Change Guidelines for National Greenhouse Gas Inventories (IPCC 2006 Guidelines). The methodologies for estimating greenhouse gas (GHG) emissions from the Waste Sector described in the National Inventory Report submitted by the Annex I parties in 2017 have been reviewed and analyzed to understand and identify the latest international trends, emission trends, and focal points of inventory review reports. The European policies towards a circular economy including the strategies and evaluation of achieving GHG emission reduction targets were reviewed for better waste management practices.
The following efforts were made to identify the benefits of GHG mitigation strategies. Solid waste disposal sites were visited to study the effects of landfill mining operation on reducing CH4 emissions. Domestic and industrial wastewater treatment plants were also visited to identify the benefits of biogas recovery for CH4 emission reduction as well as economic benefits analysis and feasibility study. On-site GHG emissions of industrial wastewater treatment plants have been measured at the second phase of the development of country-specific emission factors. In addition, the methodologies with a reasonable choice of emission parameters for estimating CH4 and N2O emissions from domestic and industrial wastewater treatment and CH4 emissions from industrial wastewater treatment were both studied. The differences in GHG emissions between before and after improving the methodologies were also compared.
Concrete conclusion and suggestion with respect to the survey results and mitigation benefits of landing mining, biogas recovery from wastewater treatment plants, and development of country-specific emission factors for industrial wastewater treatment plant have been made after 3 review meetings with the experts. Both Approach 1 (propagation of error) and Approach 2 (Monte Carlo method) were used for the uncertainty analysis of emission estimates in 2015. The level and trend uncertainty from 2013 to 2015 are shown to demonstrate the history of inventory improvement. The Taiwan National Greenhouse Gas Inventory of Waste Sector from 1990 to 2015 has been compiled and submitted by the inventory review process. The GHG reduction action plan for the environment-related sector has been developed. Finally, the promotion materials of the GHG inventory of waste sector were published.
The changes in greenhouse gas emissions from the waste sector show that emissions were the highest in 1996 and there was a reduction trend since 2000. The largest contributor to the emissions by category was changed from solid waste disposal to wastewater treatment since 2010. Over the past 10 years, emissions have decreased substantially and gradually from solid waste disposal and domestic wastewater treatment, respectively. However, emissions from industrial wastewater treatment have increased. In 2015, the largest three contributors accounting for 96.5% were domestic wastewater treatment, industrial wastewater treatment, and solid waste disposal. Emissions from the waste sector resulted in 4,108.8 kt-CO2 eq. Among the waste sector emissions in 2015, the largest contributor was domestic wastewater treatment accounting for 39.1%, followed by industrial wastewater treatment accounting for 29.6%, solid waste disposal accounting for 27.7%, incineration of waste accounting for 2.6%, and biological treatment of waste accounting for 0.9%. Breakdown of emissions in 2015 by gas shows that the largest contributor to the emissions is CH4 accounting for 88.7%, followed by N2O accounting for 8.8%, and CO2 accounting for 2.5%. The emissions from this sector had decreased by 53% compared with 2005 levels and decreased by 5.8% compared with 2014 levels.
|
| 2017
|
| Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1064583781
|
| 20180501
|
| Establish Greenhouse Gas Reduction Plan for Transportation
|
| The total greenhouse gas emission in Taiwan was 298.658 MtCO2e in 2017, and the transport sector emission was 37.018 MtCO2e, which was 12.39% of the total emissions. Road transportation was the main emission of the transport sector, which came to 97.66% of the transportation sector. The reduction of energy demands has been gradually promoted internationally. Therefore, improving the energy demand management and energy efficiency of transportation plays an important role. To promote the reduction of greenhouse gas emission in the transportation sector through Greenhouse Gas Reduction and Management Act, this project has studied inventory mechanism as well as micro-scale GHG offset mechanism.
This project established inventory forms, an inventory manual, and verification a manual for establishing the inventories and registration system of the transportation industry. This project analyzes CDM methodologies with development potential, including fuel conversion, energy efficiency improvement, and personal transportation transformation. First, we took one passenger transportation company as a demonstration to apply for the GHG offset project, and developed a local reduction methodology for energy efficiency improvements in the freight industry. Next, we pre-filled in the micro-scale GHG offset program forms with CDM methodologies’ applicability and equations to assist the industry to apply for the program independently. Last, we held meetings for the transportation industries to promote the ability of carbon management.
|
| 2019
|
| Department of Environmental Sanitation ＆amp; Toxic Substance Management
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1081343362
|
| 20200301
|
焚化處理過程中之飛灰，經穩定化處理後，其重金屬與戴奧辛等檢測值。
來源 : 環境部環境管理署-焚化廠飛灰穩定化檢測資料
欄位 : icnrtname、reportdate、flyashstabletestdate、pb、cd、hg、cr、sn、hexcr、compressivestrength、dioxin、cu、se、ba、flyashstabletestdept
| icnrtname |
屏東縣崁頂垃圾資源回收(焚化)廠
|
| reportdate |
202409
|
| flyashstabletestdate |
2024-09-10
|
| pb |
ND
|
| cd |
ND
|
| hg |
ND
|
| cr |
0.060
|
| sn |
ND
|
| hexcr |
ND
|
| compressivestrength |
NA
|
| dioxin |
0.008
|
| cu |
ND
|
| se |
0.009
|
| ba |
0.170
|
| flyashstabletestdept |
環興科技股份有限公司
|
焚化處理過程中之飛灰，經穩定化處理後，其重金屬與戴奧辛等檢測值。
來源 : 環境部環境管理署-焚化廠飛灰穩定化檢測資料
欄位 : icnrtname(焚化廠名稱);reportdate(申報日期);flyashstabletestdate(飛灰穩定化物檢測日期);pb(鉛（mg／l）);cd(鎘（mg／l）);hg(汞（mg／l）);cr(鉻（mg／l）);sn(砷（mg／l）);hexcr(六價鉻（mg／l）);compressivestrength(抗壓強度（kg／cm2）);dioxin(戴奧辛（ng i－ teq／g）);cu(銅（mg／l）);se(硒（mg／l）);ba(鋇（mg／l）);flyashstabletestdept(檢測單位)
| 屏東縣崁頂垃圾資源回收(焚化)廠
|
| 202409
|
| 2024-09-10
|
| ND
|
| ND
|
| ND
|
| 0.060
|
| ND
|
| ND
|
| NA
|
| 0.008
|
| ND
|
| 0.009
|
| 0.170
|
| 環興科技股份有限公司
|
當月身障定額進用連續不足額義務單位名單
來源 : 勞動部勞動力發展署-109年度身障定額進用不足額義務單位名單
欄位 : 投保單位名稱、縣市別、不足人數數量、進用人數數量、機關性質、法定人數數量
| 投保單位名稱 |
環興科技股份有限公司
|
| 縣市別 |
臺北市
|
| 不足人數數量 |
1
|
| 進用人數數量 |
1
|
| 機關性質 |
D
|
| 法定人數數量 |
2
|
全國各地焚化廠基本資料
來源 : 環境部環境管理署-焚化廠基本資料
欄位 : icnrtname、incinmsrareasize、budadd、budmajororg、budstartdate、budfinishdate、opendate、oprtdept、oprtdate、budbgt、rtnbgt、dsnhv、dsnprcqt、dsneleqt、eiaaudbuldate、eiarelno、locaepb、buildutonbgt、govprvfmlqt、govprvunipri、bizwastefacproqt、icnrtnum、epcwebaddr、weptype、opradmunit、wepno
| icnrtname |
臺南市永康垃圾資源回收(焚化)廠
|
| incinmsrareasize |
|
| budadd |
台南市永康區王行東路168號
|
| budmajororg |
臺南市
|
| budstartdate |
2003/09/24
|
| budfinishdate |
2007/03/29
|
| opendate |
2008年03月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2008/03/01
|
| budbgt |
0
|
| rtnbgt |
178230
|
| dsnhv |
2400
|
| dsnprcqt |
900
|
| dsneleqt |
22.5
|
| eiaaudbuldate |
1997/03/19
|
| eiarelno |
|
| locaepb |
台南縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
229950
|
| govprvunipri |
135
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://www.ykang.com.tw/
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPR8506
|
| icnrtname |
苗栗縣垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
苗栗縣竹南鎮保安林25之60號
|
| budmajororg |
苗栗縣
|
| budstartdate |
2002/11/15
|
| budfinishdate |
2008/02/29
|
| opendate |
2008年2月
|
| oprtdept |
裕鼎股份有限公司
|
| oprtdate |
2008/02/29
|
| budbgt |
15726.4
|
| rtnbgt |
108246.25
|
| dsnhv |
2300
|
| dsnprcqt |
500
|
| dsneleqt |
11.8
|
| eiaaudbuldate |
2008/8/5
|
| eiarelno |
府環綜字第0977801238號函
|
| locaepb |
苗栗縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
155125
|
| govprvunipri |
344
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://epnew.mlepb.gov.tw/
|
| weptype |
民有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPK0322
|
| icnrtname |
嘉義縣鹿草垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
嘉義縣鹿草鄉豐稠村馬稠後農場60號
|
| budmajororg |
嘉義縣
|
| budstartdate |
1998/09/01
|
| budfinishdate |
2001/11/30
|
| opendate |
2001年12月
|
| oprtdept |
達和鹿草環保股份有限公司
|
| oprtdate |
2021/12/01
|
| budbgt |
0
|
| rtnbgt |
0
|
| dsnhv |
2500
|
| dsnprcqt |
900
|
| dsneleqt |
25
|
| eiaaudbuldate |
1997/04/16
|
| eiarelno |
86環署綜字第24317號
|
| locaepb |
嘉義縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
157680
|
| govprvunipri |
234
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://cyepb.cyhg.gov.tw/cp.aspx?n=7844
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPQ7513
|
| icnrtname |
新北市八里垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
新北市八里區中山路三段409號
|
| budmajororg |
新北市
|
| budstartdate |
1997/05/28
|
| budfinishdate |
2001/04/18
|
| opendate |
2001年07月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2022/07/17
|
| budbgt |
109394.24
|
| rtnbgt |
265250
|
| dsnhv |
2305
|
| dsnprcqt |
1350
|
| dsneleqt |
35.771
|
| eiaaudbuldate |
1993/05/31
|
| eiarelno |
EPA-82-Y102-08-01
|
| locaepb |
台北縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
152390
|
| govprvunipri |
0
|
| bizwastefacproqt |
|
| icnrtnum |
3
|
| epcwebaddr |
http://https://baliplant.epd.ntpc.gov.tw/index
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPF2314
|
| icnrtname |
屏東縣崁頂垃圾資源回收(焚化)廠
|
| incinmsrareasize |
|
| budadd |
屏東縣崁頂鄉中正路881號
|
| budmajororg |
屏東縣
|
| budstartdate |
1997/07/17
|
| budfinishdate |
2000/08/26
|
| opendate |
2001年12月
|
| oprtdept |
榮福股份有限公司屏東分公司
|
| oprtdate |
2021/12/22
|
| budbgt |
26148.6
|
| rtnbgt |
151818.77
|
| dsnhv |
2200
|
| dsnprcqt |
900
|
| dsneleqt |
22.5
|
| eiaaudbuldate |
2001/12/11
|
| eiarelno |
|
| locaepb |
屏東縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
248200
|
| govprvunipri |
83
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://www.kdrip.tw/
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPT5929
|
| icnrtname |
高雄市仁武垃圾資源回收(焚化)廠
|
| incinmsrareasize |
|
| budadd |
高雄市仁武區烏林村仁安二巷100號
|
| budmajororg |
高雄市
|
| budstartdate |
1996/12/26
|
| budfinishdate |
2000/02/19
|
| opendate |
2000年12月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2021/12/01
|
| budbgt |
24800
|
| rtnbgt |
236150
|
| dsnhv |
2300
|
| dsnprcqt |
1350
|
| dsneleqt |
36.5
|
| eiaaudbuldate |
1994/12/16
|
| eiarelno |
(83)環署綜字第83002490號公告
|
| locaepb |
高雄縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
182500
|
| govprvunipri |
-147
|
| bizwastefacproqt |
167700
|
| icnrtnum |
3
|
| epcwebaddr |
http://https://sip2.kcg.gov.tw/Content_List.aspx?n=6A4BA302D68F5034
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPS2225
|
| icnrtname |
高雄市岡山垃圾資源回收(焚化)廠
|
| incinmsrareasize |
|
| budadd |
高雄市岡山區本洲里本工五路9號
|
| budmajororg |
高雄市
|
| budstartdate |
1998/01/03
|
| budfinishdate |
2001/02/16
|
| opendate |
2001年04月
|
| oprtdept |
信鼎岡山股份有限公司
|
| oprtdate |
2021/11/10
|
| budbgt |
31216.4
|
| rtnbgt |
215876.34
|
| dsnhv |
2500
|
| dsnprcqt |
1350
|
| dsneleqt |
38
|
| eiaaudbuldate |
1997/05/24
|
| eiarelno |
(86)環署綜字第二九九八二號
|
| locaepb |
高雄縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
140000
|
| govprvunipri |
63
|
| bizwastefacproqt |
75900
|
| icnrtnum |
3
|
| epcwebaddr |
http://https://crrp.kcg.gov.tw/Content_List.aspx?n=2F512DF0B1A7EE5A
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPS1656
|
| icnrtname |
彰化縣溪州垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
彰化縣溪州鄉水尾村彰水路一段臨1號
|
| budmajororg |
彰化縣
|
| budstartdate |
1996/12/26
|
| budfinishdate |
2000/09/14
|
| opendate |
2001年01月
|
| oprtdept |
信鼎技術服務股份有限公司
|
| oprtdate |
2021/06/02
|
| budbgt |
16857
|
| rtnbgt |
158625
|
| dsnhv |
2300
|
| dsnprcqt |
900
|
| dsneleqt |
22.6
|
| eiaaudbuldate |
1994/02/16
|
| eiarelno |
(83)環署中字第83002490號
|
| locaepb |
其他
|
| buildutonbgt |
|
| govprvfmlqt |
262800
|
| govprvunipri |
148
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://www.xzp.com.tw/nss/p/index
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPN3259
|
| icnrtname |
臺中市后里資源回收廠
|
| incinmsrareasize |
|
| budadd |
臺中市后里區堤防路556號
|
| budmajororg |
臺中市
|
| budstartdate |
1996/12/26
|
| budfinishdate |
2000/04/13
|
| opendate |
2000年08月
|
| oprtdept |
信鼎技術服務股份有限公司
|
| oprtdate |
2024/01/01
|
| budbgt |
12709.6
|
| rtnbgt |
160875
|
| dsnhv |
2300
|
| dsnprcqt |
900
|
| dsneleqt |
22.6
|
| eiaaudbuldate |
1993/06/01
|
| eiarelno |
|
| locaepb |
台中縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
201660
|
| govprvunipri |
339
|
| bizwastefacproqt |
77565
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://www.epb.taichung.gov.tw/18077/Nodelist
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPL9232
|
| icnrtname |
臺中市烏日資源回收廠
|
| incinmsrareasize |
|
| budadd |
臺中市烏日區東園村11鄰慶光路800號
|
| budmajororg |
臺中市
|
| budstartdate |
2001/05/11
|
| budfinishdate |
2004/07/29
|
| opendate |
2004年09月
|
| oprtdept |
信鼎技術服務股份有限公司
|
| oprtdate |
2004/09/06
|
| budbgt |
17472.4
|
| rtnbgt |
27315
|
| dsnhv |
2300
|
| dsnprcqt |
900
|
| dsneleqt |
22.6
|
| eiaaudbuldate |
2003/10/21
|
| eiarelno |
中縣府授環綜字第0920043857號
|
| locaepb |
台中縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
186000
|
| govprvunipri |
129
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://www.epb.taichung.gov.tw/18074/31561/18071/18074/31561/Lpsimplelist
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPL0028
|
| icnrtname |
宜蘭縣利澤垃圾資源回收(焚化)廠
|
| incinmsrareasize |
|
| budadd |
宜蘭縣五結鄉利工二路100號
|
| budmajororg |
宜蘭縣
|
| budstartdate |
2002/02/26
|
| budfinishdate |
2005/08/30
|
| opendate |
2006年04月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2006/04/07
|
| budbgt |
39964.400
|
| rtnbgt |
113800
|
| dsnhv |
2300
|
| dsnprcqt |
600
|
| dsneleqt |
14.7
|
| eiaaudbuldate |
1996/11/30
|
| eiarelno |
(85)環署綜字72591
|
| locaepb |
宜蘭縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
124100
|
| govprvunipri |
596
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://http://www.yiland.com.tw/
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPG3008
|
| icnrtname |
新北市樹林垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
新北市樹林區中山路三段212號
|
| budmajororg |
新北市
|
| budstartdate |
1992/05/25
|
| budfinishdate |
1995/06/11
|
| opendate |
1995年07月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2017/07/05
|
| budbgt |
36000
|
| rtnbgt |
201970
|
| dsnhv |
1553
|
| dsnprcqt |
1350
|
| dsneleqt |
22.3
|
| eiaaudbuldate |
2001/12/13
|
| eiarelno |
|
| locaepb |
台北縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
290000
|
| govprvunipri |
77
|
| bizwastefacproqt |
|
| icnrtnum |
3
|
| epcwebaddr |
http://https://www.shirp.epd.ntpc.gov.tw/
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPF0759
|
| icnrtname |
新北市新店垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
新北市新店區薏仁坑路自強巷1號
|
| budmajororg |
新北市
|
| budstartdate |
1991/12/03
|
| budfinishdate |
1994/09/27
|
| opendate |
1994年11月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2016/11/05
|
| budbgt |
10000
|
| rtnbgt |
186790
|
| dsnhv |
1553
|
| dsnprcqt |
900
|
| dsneleqt |
14.6
|
| eiaaudbuldate |
2001/12/12
|
| eiarelno |
|
| locaepb |
台北縣環保局
|
| buildutonbgt |
|
| govprvfmlqt |
188000
|
| govprvunipri |
288
|
| bizwastefacproqt |
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://xindianplant.epd.ntpc.gov.tw/
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPF0537
|
| icnrtname |
臺南市城西垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
臺南市安南區城西街三段1105巷121弄150號
|
| budmajororg |
臺南市
|
| budstartdate |
1993/04/29
|
| budfinishdate |
1999/02/16
|
| opendate |
1999年08月
|
| oprtdept |
信鼎技術服務股份有限公司
|
| oprtdate |
2024/10/16
|
| budbgt |
0
|
| rtnbgt |
138242.95
|
| dsnhv |
1600
|
| dsnprcqt |
900
|
| dsneleqt |
14.3
|
| eiaaudbuldate |
2001/12/10
|
| eiarelno |
|
| locaepb |
台南市環保局
|
| buildutonbgt |
|
| govprvfmlqt |
217200
|
| govprvunipri |
475
|
| bizwastefacproqt |
237340
|
| icnrtnum |
2
|
| epcwebaddr |
http://https://web.tainan.gov.tw/epb/news_content.aspx?n=16147&s=3736096
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPD3244
|
| icnrtname |
臺中市文山垃圾焚化廠
|
| incinmsrareasize |
|
| budadd |
臺中市南屯區文山南巷500號
|
| budmajororg |
臺中市
|
| budstartdate |
1992/01/01
|
| budfinishdate |
1995/05/01
|
| opendate |
1995年12月
|
| oprtdept |
達和環保服務股份有限公司
|
| oprtdate |
2024/01/01
|
| budbgt |
5904.3
|
| rtnbgt |
161821.621
|
| dsnhv |
1500
|
| dsnprcqt |
900
|
| dsneleqt |
13
|
| eiaaudbuldate |
|
| eiarelno |
本廠於環境影響評估法施行前動工興建
|
| locaepb |
台中市環保局
|
| buildutonbgt |
|
| govprvfmlqt |
220000
|
| govprvunipri |
489
|
| bizwastefacproqt |
|
| icnrtnum |
3
|
| epcwebaddr |
http://https://www.epb.taichung.gov.tw/18080/Nodelist
|
| weptype |
公有民營
|
| opradmunit |
環興科技股份有限公司
|
| wepno |
WEPB2401
|
全國各地焚化廠基本資料
來源 : 環境部環境管理署-焚化廠基本資料
欄位 : icnrtname(焚化廠名稱);incinmsrareasize(興建面積（公頃）);budadd(地址);budmajororg(興建主辦機關);budstartdate(開工日期);budfinishdate(完工日期);opendate(開始營運年月);oprtdept(操作單位);oprtdate(開始操作日期);budbgt(建設勵金（千元）);rtnbgt(回饋設施經費（千元）);dsnhv(設計熱值（kcal／kg）);dsnprcqt(設計處理量（公噸／日）);dsneleqt(發電機組裝置容量（百萬瓦）);eiaaudbuldate(環評審查公告日期);eiarelno(環評審查結論相關文號);locaepb(主管環保局);buildutonbgt(每公噸攤提建設費（元／公噸）);govprvfmlqt(縣府提供年保證處理量（噸／年）);govprvunipri(契約操作維護費（元／公噸）);bizwastefacproqt(一般事業廢棄物廠商保證量（公噸／年）);icnrtnum(爐數);epcwebaddr(焚化廠網址);weptype(營運型態);opradmunit(營運監督機構);wepno(系統代碼)
| 臺南市永康垃圾資源回收(焚化)廠
|
|
|
| 台南市永康區王行東路168號
|
| 臺南市
|
| 2003/09/24
|
| 2007/03/29
|
| 2008年03月
|
| 達和環保服務股份有限公司
|
| 2008/03/01
|
| 0
|
| 178230
|
| 2400
|
| 900
|
| 22.5
|
| 1997/03/19
|
|
|
| 台南縣環保局
|
|
|
| 229950
|
| 135
|
|
|
| 2
|
| http://https://www.ykang.com.tw/
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPR8506
|
| 苗栗縣垃圾焚化廠
|
|
|
| 苗栗縣竹南鎮保安林25之60號
|
| 苗栗縣
|
| 2002/11/15
|
| 2008/02/29
|
| 2008年2月
|
| 裕鼎股份有限公司
|
| 2008/02/29
|
| 15726.4
|
| 108246.25
|
| 2300
|
| 500
|
| 11.8
|
| 2008/8/5
|
| 府環綜字第0977801238號函
|
| 苗栗縣環保局
|
|
|
| 155125
|
| 344
|
|
|
| 2
|
| http://https://epnew.mlepb.gov.tw/
|
| 民有民營
|
| 環興科技股份有限公司
|
| WEPK0322
|
| 嘉義縣鹿草垃圾焚化廠
|
|
|
| 嘉義縣鹿草鄉豐稠村馬稠後農場60號
|
| 嘉義縣
|
| 1998/09/01
|
| 2001/11/30
|
| 2001年12月
|
| 達和鹿草環保股份有限公司
|
| 2021/12/01
|
| 0
|
| 0
|
| 2500
|
| 900
|
| 25
|
| 1997/04/16
|
| 86環署綜字第24317號
|
| 嘉義縣環保局
|
|
|
| 157680
|
| 234
|
|
|
| 2
|
| http://https://cyepb.cyhg.gov.tw/cp.aspx?n=7844
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPQ7513
|
| 新北市八里垃圾焚化廠
|
|
|
| 新北市八里區中山路三段409號
|
| 新北市
|
| 1997/05/28
|
| 2001/04/18
|
| 2001年07月
|
| 達和環保服務股份有限公司
|
| 2022/07/17
|
| 109394.24
|
| 265250
|
| 2305
|
| 1350
|
| 35.771
|
| 1993/05/31
|
| EPA-82-Y102-08-01
|
| 台北縣環保局
|
|
|
| 152390
|
| 0
|
|
|
| 3
|
| http://https://baliplant.epd.ntpc.gov.tw/index
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPF2314
|
| 屏東縣崁頂垃圾資源回收(焚化)廠
|
|
|
| 屏東縣崁頂鄉中正路881號
|
| 屏東縣
|
| 1997/07/17
|
| 2000/08/26
|
| 2001年12月
|
| 榮福股份有限公司屏東分公司
|
| 2021/12/22
|
| 26148.6
|
| 151818.77
|
| 2200
|
| 900
|
| 22.5
|
| 2001/12/11
|
|
|
| 屏東縣環保局
|
|
|
| 248200
|
| 83
|
|
|
| 2
|
| http://https://www.kdrip.tw/
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPT5929
|
| 高雄市仁武垃圾資源回收(焚化)廠
|
|
|
| 高雄市仁武區烏林村仁安二巷100號
|
| 高雄市
|
| 1996/12/26
|
| 2000/02/19
|
| 2000年12月
|
| 達和環保服務股份有限公司
|
| 2021/12/01
|
| 24800
|
| 236150
|
| 2300
|
| 1350
|
| 36.5
|
| 1994/12/16
|
| (83)環署綜字第83002490號公告
|
| 高雄縣環保局
|
|
|
| 182500
|
| -147
|
| 167700
|
| 3
|
| http://https://sip2.kcg.gov.tw/Content_List.aspx?n=6A4BA302D68F5034
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPS2225
|
| 高雄市岡山垃圾資源回收(焚化)廠
|
|
|
| 高雄市岡山區本洲里本工五路9號
|
| 高雄市
|
| 1998/01/03
|
| 2001/02/16
|
| 2001年04月
|
| 信鼎岡山股份有限公司
|
| 2021/11/10
|
| 31216.4
|
| 215876.34
|
| 2500
|
| 1350
|
| 38
|
| 1997/05/24
|
| (86)環署綜字第二九九八二號
|
| 高雄縣環保局
|
|
|
| 140000
|
| 63
|
| 75900
|
| 3
|
| http://https://crrp.kcg.gov.tw/Content_List.aspx?n=2F512DF0B1A7EE5A
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPS1656
|
| 彰化縣溪州垃圾焚化廠
|
|
|
| 彰化縣溪州鄉水尾村彰水路一段臨1號
|
| 彰化縣
|
| 1996/12/26
|
| 2000/09/14
|
| 2001年01月
|
| 信鼎技術服務股份有限公司
|
| 2021/06/02
|
| 16857
|
| 158625
|
| 2300
|
| 900
|
| 22.6
|
| 1994/02/16
|
| (83)環署中字第83002490號
|
| 其他
|
|
|
| 262800
|
| 148
|
|
|
| 2
|
| http://https://www.xzp.com.tw/nss/p/index
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPN3259
|
| 臺中市后里資源回收廠
|
|
|
| 臺中市后里區堤防路556號
|
| 臺中市
|
| 1996/12/26
|
| 2000/04/13
|
| 2000年08月
|
| 信鼎技術服務股份有限公司
|
| 2024/01/01
|
| 12709.6
|
| 160875
|
| 2300
|
| 900
|
| 22.6
|
| 1993/06/01
|
|
|
| 台中縣環保局
|
|
|
| 201660
|
| 339
|
| 77565
|
| 2
|
| http://https://www.epb.taichung.gov.tw/18077/Nodelist
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPL9232
|
| 臺中市烏日資源回收廠
|
|
|
| 臺中市烏日區東園村11鄰慶光路800號
|
| 臺中市
|
| 2001/05/11
|
| 2004/07/29
|
| 2004年09月
|
| 信鼎技術服務股份有限公司
|
| 2004/09/06
|
| 17472.4
|
| 27315
|
| 2300
|
| 900
|
| 22.6
|
| 2003/10/21
|
| 中縣府授環綜字第0920043857號
|
| 台中縣環保局
|
|
|
| 186000
|
| 129
|
|
|
| 2
|
| http://https://www.epb.taichung.gov.tw/18074/31561/18071/18074/31561/Lpsimplelist
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPL0028
|
| 宜蘭縣利澤垃圾資源回收(焚化)廠
|
|
|
| 宜蘭縣五結鄉利工二路100號
|
| 宜蘭縣
|
| 2002/02/26
|
| 2005/08/30
|
| 2006年04月
|
| 達和環保服務股份有限公司
|
| 2006/04/07
|
| 39964.400
|
| 113800
|
| 2300
|
| 600
|
| 14.7
|
| 1996/11/30
|
| (85)環署綜字72591
|
| 宜蘭縣環保局
|
|
|
| 124100
|
| 596
|
|
|
| 2
|
| http://http://www.yiland.com.tw/
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPG3008
|
| 新北市樹林垃圾焚化廠
|
|
|
| 新北市樹林區中山路三段212號
|
| 新北市
|
| 1992/05/25
|
| 1995/06/11
|
| 1995年07月
|
| 達和環保服務股份有限公司
|
| 2017/07/05
|
| 36000
|
| 201970
|
| 1553
|
| 1350
|
| 22.3
|
| 2001/12/13
|
|
|
| 台北縣環保局
|
|
|
| 290000
|
| 77
|
|
|
| 3
|
| http://https://www.shirp.epd.ntpc.gov.tw/
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPF0759
|
| 新北市新店垃圾焚化廠
|
|
|
| 新北市新店區薏仁坑路自強巷1號
|
| 新北市
|
| 1991/12/03
|
| 1994/09/27
|
| 1994年11月
|
| 達和環保服務股份有限公司
|
| 2016/11/05
|
| 10000
|
| 186790
|
| 1553
|
| 900
|
| 14.6
|
| 2001/12/12
|
|
|
| 台北縣環保局
|
|
|
| 188000
|
| 288
|
|
|
| 2
|
| http://https://xindianplant.epd.ntpc.gov.tw/
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPF0537
|
| 臺南市城西垃圾焚化廠
|
|
|
| 臺南市安南區城西街三段1105巷121弄150號
|
| 臺南市
|
| 1993/04/29
|
| 1999/02/16
|
| 1999年08月
|
| 信鼎技術服務股份有限公司
|
| 2024/10/16
|
| 0
|
| 138242.95
|
| 1600
|
| 900
|
| 14.3
|
| 2001/12/10
|
|
|
| 台南市環保局
|
|
|
| 217200
|
| 475
|
| 237340
|
| 2
|
| http://https://web.tainan.gov.tw/epb/news_content.aspx?n=16147&s=3736096
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPD3244
|
| 臺中市文山垃圾焚化廠
|
|
|
| 臺中市南屯區文山南巷500號
|
| 臺中市
|
| 1992/01/01
|
| 1995/05/01
|
| 1995年12月
|
| 達和環保服務股份有限公司
|
| 2024/01/01
|
| 5904.3
|
| 161821.621
|
| 1500
|
| 900
|
| 13
|
|
|
| 本廠於環境影響評估法施行前動工興建
|
| 台中市環保局
|
|
|
| 220000
|
| 489
|
|
|
| 3
|
| http://https://www.epb.taichung.gov.tw/18080/Nodelist
|
| 公有民營
|
| 環興科技股份有限公司
|
| WEPB2401
|
臺北市政府施工查核情形表，檔案為CSV格式。
來源 : 臺北市政府工務局-臺北市政府施工查核情形一覽表
欄位 : 序號、工程名稱、主辦單位、契約金額-千元、設計單位、監造單位、承造廠商、專案管理、查核日期、通知方式、評分、廠商扣點數、監造扣點數、PCM扣點數、備註
| 序號 |
13
|
| 工程名稱 |
三重二號配水池暨加壓站新建工程
|
| 主辦單位 |
臺北自來水事業處
|
| 契約金額-千元 |
1234000
|
| 設計單位 |
環興科技股份有限公司
|
| 監造單位 |
環興科技股份有限公司
|
| 承造廠商 |
泰業營造股份有限公司
臺灣增澤工程股份有限公司
|
| 專案管理 |
無
|
| 查核日期 |
1120810
|
| 通知方式 |
不預先通知
|
| 評分 |
82
|
| 廠商扣點數 |
0
|
| 監造扣點數 |
0
|
| PCM扣點數 |
0
|
| 備註 |
查核
|
當月身障定額進用連續不足額義務單位名單
來源 : 勞動部勞動力發展署-110年度身障定額進用不足額義務單位名單
欄位 : 投保單位名稱、縣市別、不足人數數量、進用人數數量、機關性質、法定人數數量
| 投保單位名稱 |
環興科技股份有限公司
|
| 縣市別 |
臺北市
|
| 不足人數數量 |
1
|
| 進用人數數量 |
1
|
| 機關性質 |
D
|
| 法定人數數量 |
2
|
環境部各委辦案專案成果報告摘要資料_其他(Other)類別
來源 : 環境部-EPQSummary_Other
欄位 : eng_title、eng_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| eng_title |
The Project of Assisting Supervision for Commissioned Recycling of Bottom Ash of Taichung City, 2019.
|
| eng_subject |
Bottom ash is generated from waste incineration, and in Taichung City it used to be sent to landfill sites for disposal. In order to extend the lifespan of landfills and to promote bottom ash recycling policy by the Environmental Protection Administration (EPA). In 2017, Environmental Protection Bureau (EPB) of Taichung City Government commissioned Rong-Bao company to handle the disposal of bottom ash in three incineration plants(2016.12.28~ 2018.07.26), in 2018, EPB of Taichung City Government commissioned Shu-Yuan company to handle the disposal of bottom ash in Wenshan and Wurih Incineration Plants, and Re-Use Company to handle the disposal of bottom ash in Houli Incineration Plant, in 2019, EPB of Taichung City Government commissioned Re-Use company to handle the disposal of bottom ash in Wenshan Incineration Plants, Shu-Yuan company and CJI industrial company to handle the disposal of bottom ash in Houli and Wurih Incineration Plants respectively. In addition, the building and operating company of Wurih Incineration Plant, ‘Leading Energy Corporation’, also commissioned Shu-Yuan company to handle the recycling of bottom ash generated from Wurih Incineration Plant in 2018 and July to October in 2019, and commissioned CJI industrial company to handle the recycling of bottom ash generated from Wurih Incineration Plant in 2019.
|
| proj_year |
2019
|
| org_name |
Environmental Protection Bureau, Taichung City
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1080656730
|
| publish_date |
20200828
|
環境部各委辦案專案成果報告摘要資料_其他(Other)類別
來源 : 環境部-EPQSummary_Other
欄位 : eng_title(project title);eng_subject(project subject);proj_year(project year);org_name(organizer);exe_unit(executive unit);allfileid(reporting download url);publish_date(publish date)
| The Project of Assisting Supervision for Commissioned Recycling of Bottom Ash of Taichung City, 2019.
|
| Bottom ash is generated from waste incineration, and in Taichung City it used to be sent to landfill sites for disposal. In order to extend the lifespan of landfills and to promote bottom ash recycling policy by the Environmental Protection Administration (EPA). In 2017, Environmental Protection Bureau (EPB) of Taichung City Government commissioned Rong-Bao company to handle the disposal of bottom ash in three incineration plants(2016.12.28~ 2018.07.26), in 2018, EPB of Taichung City Government commissioned Shu-Yuan company to handle the disposal of bottom ash in Wenshan and Wurih Incineration Plants, and Re-Use Company to handle the disposal of bottom ash in Houli Incineration Plant, in 2019, EPB of Taichung City Government commissioned Re-Use company to handle the disposal of bottom ash in Wenshan Incineration Plants, Shu-Yuan company and CJI industrial company to handle the disposal of bottom ash in Houli and Wurih Incineration Plants respectively. In addition, the building and operating company of Wurih Incineration Plant, ‘Leading Energy Corporation’, also commissioned Shu-Yuan company to handle the recycling of bottom ash generated from Wurih Incineration Plant in 2018 and July to October in 2019, and commissioned CJI industrial company to handle the recycling of bottom ash generated from Wurih Incineration Plant in 2019.
|
| 2019
|
| Environmental Protection Bureau, Taichung City
|
| 環興科技股份有限公司
|
| https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1080656730
|
| 20200828
|
針對歷年所選定推動之重點產業園區(原工業區)說明其推動成果
來源 : 經濟部產業園區管理局-園管局重點產業園區推動成果
欄位 : 序號、推動年度、工業區（本計劃已結束，資料不再更新）、背景說明、辦理過程、基礎調查、鏈結規劃、推動成果
| 序號 |
10
|
| 推動年度 |
105
|
| 工業區（本計劃已結束，資料不再更新） |
龜山工業區
|
| 背景說明 |
龜山工業區為一綜合性工業區（面積約131公頃）其進駐之廠商多為紡織業、電子?組件製造業、?屬製品製造業及機械設備製造業等行業，總計生產中之廠家數為171家，廠商平均投資額較高，能耗使用也相對偏高，部分能源及廢棄物具再利用鏈結機會(如：蒸汽、無機污泥、有機污泥、廢塑膠混合物、廢溶劑、含銅污泥、電鍍污泥….等)均具開發鏈結潛勢，且周邊區域共計有55家之再利用機構，可共同推動資源整合，評估結果具資源鏈結推動潛勢。
|
| 辦理過程 |
經選定龜山工業區為105年度能資源整合示範區域推動辦理相關工作，並由計畫執行單位「環興科技股份有限公司」協助辦理能資源使用情形之普查及相關整合鏈結與實質推動之工作，相關工作依性質可概分如下：
(一)成立能資源整合推動小組及協助訂定工作計畫與推動架構
(二)辦理工業區能資源整合推動說明會
(三)建立標準作業程序及調查與分析示範工業區內能資源使用現況
(四)協助示範工業區推動小組訪視區內具推動潛力廠商及組成輔導團隊進行諮詢診斷輔導
(五)針對產業能資源鏈結需求，該座工業區辦理5個以上鏈結規劃項目
(六)進行能資源整合障礙分析與排除評估
|
| 基礎調查 |
經本計畫調查所得成果彙整龜山工業區能源耗用情形可知，區內廠商以蒸汽為最大宗之能源使用項目，申報量為333,014公噸/年，煙煤次之，最大使用量為38,934公噸/年，其他燃料再次之，平均使用量8,247公噸/年。
龜山工業區產業類別計有20類，經調查行政院環保署事業廢棄物管制中心之事業廢棄物清理計畫書及廢棄物申報資料，得知區內主要產出廢棄物(以104年全年計) 包括一般事業廢棄物－廢鑄砂(R-1201；5,277公噸/年)、生活垃圾(D-1801；4,493公噸/年)、燃煤底灰(R-1107；4,093公噸/年)、廢塑膠混合物(D-0299；3,004公噸/年)、廢(污)水pH值介於6.0-9.0(D-1506；2,928公噸/年)、有機性污泥(D-0901；1,746公噸/年)等6類，及有害事業廢棄物－電鍍製程之廢水處理污泥(A-8801；11,672公噸/年)、廢酸性蝕刻液(R-2501；8,430公噸/年)、污染防治設施或製程產生之含銅污泥(總銅)(C-0110；2,196公噸/年)、含金屬之印刷電路板廢料及其粉屑(E-0221；1,457公噸/年)等4類。
|
| 鏈結規劃 |
依調查結果，由計畫團隊協助工業局規劃完成龜山工業區內可望推動之鏈結項目包括蒸汽、電鍍污泥、廢氰化物電鍍液、含銅污泥、廢液pH值≦2.0、廢溶劑、廢樹脂、廢塑膠混合物…等18個項目，估計潛勢鏈結量約為277,621公噸/年(其中蒸汽潛勢鏈結量250,000公噸，廢棄物潛勢鏈結量27,621公噸)，全數鏈結後經濟效益約1.7億元/年，減少CO2排放量約4.3萬公噸/年。完成鏈結後其中蒸汽鏈結比例可望由3.4％(104年區內蒸汽使用量335,142公噸，既有鏈結量約11,598公噸)提升至15.8％，廢棄物再利用比例可望由69.8％(104年區內廢棄物清理量51,457公噸，既有再利用量35,927公噸)提升至73.5％。
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| 推動成果 |
龜山工業區已規劃能資源整合潛勢鏈結項目，在105年度時，已有1項完成實質鏈結，其餘尚有18項較具推動潛勢項目亦鎖定為後續推動之重點：
(一)已完成推動鏈結部分
經本計畫協助在龜山工業區完成推動1項能資源項目達成實質鏈結洽談，該項目為廢偏光板。
(二)後續推動重點項目
經評估本工業區尚具推動潛勢鏈結之項目包括蒸汽、電鍍污泥、廢氰化物電鍍液、含銅污泥、廢液pH值≦2.0、廢溶劑、廢樹脂、廢塑膠混合物、有機性污泥、無機性污泥、非有害集塵灰、非有害廢液、非有害混合廢液、廢潤滑油、電鍍廢塑膠、廢電子零組件、印刷電路板廢料、廢印刷電路板等18項。
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| 序號 |
11
|
| 推動年度 |
105
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| 工業區（本計劃已結束，資料不再更新） |
海湖坑口工業區
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| 背景說明 |
海湖坑口工業用地為早期民間開發的「報編未開發工業區」，屬綜合性工業區，總計生產中之廠家數約為43家，且區內部分廠商具蒸汽使用需求，故為協助區內廠商推動區域蒸汽整合鏈結及輔導設立區域能源供應中心，並考量該工業區鄰近龜山工業區，可共同推動能資源鏈結工作，另周邊區域共計有55家之再利用機構，可共同推動資源整合，評估結果具資源鏈結推動潛勢。
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| 辦理過程 |
經選定海湖坑口工業用地為105年度能資源整合示範區域推動辦理相關工作，並由計畫執行單位「環興科技股份有限公司」協助辦理能資源使用情形之普查及相關整合鏈結與實質推動之工作，相關工作依性質可概分如下：
(一)成立能資源整合推動小組及協助訂定工作計畫與推動架構
(二)辦理工業區能資源整合推動說明會
(三)建立標準作業程序及調查與分析示範工業區內能資源使用現況
(四)協助示範工業區推動小組訪視區內具推動潛力廠商及組成輔導團隊進行諮詢診斷輔導
(五)針對產業能資源鏈結需求，該座工業區辦理5個以上鏈結規劃項目
(六)進行能資源整合障礙分析與排除評估
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| 基礎調查 |
經本計畫調查所得成果彙整海湖坑口工業用地能源耗用情形可知，區內廠商以蒸汽為最大宗之能源使用項目，申報量為1,605,520公噸/月，煙煤次之，最大使用量為184,222公噸/月，其他燃料再次之，最大使用量為26,889公噸/月。
海湖坑口工業用地產業類別計有10類，經調查行政院環保署事業廢棄物管制中心之事業廢棄物清理計畫書及廢棄物申報資料，得知區內主要產出廢棄物(以104年全年計)包括一般事業廢棄物－燃煤飛灰(R-1106；18,694公噸/年)、無機性污泥(D-0902；8,464公噸/年)、有機性污泥(D-0901；2,121公噸/年)、燃煤底灰(或含燃煤飛灰之底灰)(R-1107；1,984公噸/年)等4類等。
|
| 鏈結規劃 |
依調查結果，由計畫團隊協助工業局規劃完成海湖坑口工業用地內可望推動之鏈結項目包括蒸汽、有機性污泥、無機性污泥、非有害有機廢液或廢溶劑、非有害性混合廢液、廢塑膠混合物、廢水處理污泥及廢液閃火點小於60℃等廢棄物…等10個項目，估計潛勢鏈結量約為18萬公噸/年(其中蒸汽潛勢鏈結量168,716公噸，廢棄物潛勢鏈結量11,888公噸)，全數鏈結後經濟效益約1.1億元/年，減少CO2排放量約2.9萬公噸/年。完成鏈結後其中蒸汽鏈結比例可望由5.6％(104年區內蒸汽使用量245,583公噸，既有鏈結量約13,712公噸)提升至18.5％，廢棄物再利用比例可望由87.1％(104年區內廢棄物清理量37,308公噸，既有再利用量32,502公噸)提升至89.2％。
|
| 推動成果 |
海湖坑口工業用地已規劃能資源整合潛勢鏈結項目，在105年度時，已有3項完成實質鏈結(洽談)，其餘尚有10項較具推動潛勢項目亦鎖定為後續推動之重點：
(一）已完成推動鏈結部分
經本計畫協助在海湖坑口工業用地共完成推動3項能資源項目達成實質鏈結(洽談)，項目包括蒸汽、有機性污泥及無機性污泥。
(二)後續推動重點項目
經評估本工業區尚具推動潛勢鏈結之項目包括蒸汽、電鍍污泥、非含銅污泥、廢溶劑、廢塑膠混合物、有機性污泥、無機性污泥、非有害集塵灰、非有害廢液及紡織污泥等10項。
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本資料集匯集了環境部各委辦專案中，聚焦於區域環境管理主題的專案成果報告摘要。資料集中包含針對各類環境問題所制定的管理策略、實施計劃以及其成效評估。這些專案探討空氣品質改善、廢水處理、土地復育、生態保護等不同層面的環境管理議題，並且提供實踐經驗與政策建議。資料集旨在支持決策者、研究人員和地方政府進一步了解區域環境管理的挑戰與成功案例，並以此為基礎，制定和優化符合地方需求的環保措施。
來源 : 環境部-環保專案摘要資料_區域環境管理
欄位 : chi_title、chi_subject、proj_year、org_name、exe_unit、allfileid、publish_date
| chi_title |
推動一般廢棄物多元化處理與能資源化技術整體規劃專案工作計畫
|
| chi_subject |
為翻轉國內垃圾處理舊思維及接軌國際技術發展，106年行政院環境保護署(後升格為環境部)推動「多元化垃圾處理計畫」(106至111年)，確立一般廢棄物處理政策方向，持續與地方政府攜手合作共同努力，協助地方提升既有處理設施效能及建置自有垃圾處理設施，提升國內廢棄物處理技術層次，逐步建構循環經濟完整處理體系及促進產業發展
本計畫主要工作成果為:(一)強化一般廢棄物處理及再利用執行策略規劃、(二)地方一般廢棄物處理整體園區推動設置評估及檢討、(三)綜整多元化垃圾處理計畫成果及延續推動第2期多元化垃圾處理計畫、(四)提出常用特種機具進行共同供應契約評估規劃及採購文件規格範本。
|
| proj_year |
112
|
| org_name |
環管署一般廢棄物管理組
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1121717302
|
| publish_date |
20240115
|
| chi_title |
112年大型焚化廠營運管理與技術支援計畫
|
| chi_subject |
我國自民國80年開始推動垃圾資源回收（焚化）廠興建工程計畫起，目前共有25座焚化廠完工營運，可妥善處理各縣市之生活垃圾。為有效督導與管理焚化廠之操作營運，本計畫協助環境部環境管理署辦理查核評鑑相關工作，共完成焚化廠不定期查核作業33場次、管理機關查核作業13場次、臺東廠撥款查核工作2場次、年度營運成果報告審查24廠次、查核評鑑小組會議3場次、技術論壇及頒獎典禮各1場次、連繫平台會議2場次，並就焚化廠營運資料進行彙整、審查與分析，以協助環管署強化地方政府管理工作。
為督導國內焚化廠完成升級整備，本計畫已掌握各廠升級整備規劃與辦理現況，目前共有9廠已完成整改、7廠整改中。另針對已完成整改廠評估升級整備效益，並協助辦理焚化廠申請特建審查1案，另持續更新施工單價資料庫並蒐集國內外熱處理設施或其他廢棄物處理整備技術，據以提出未來國內焚化廠精進實質建議，以提升焚化廠營運績效。
本計畫另協助研擬飛灰減量及再利用方案之短、中、長程精進措施，檢討飛灰關鍵績效指標並提出源頭減量技術之減量方案，以及完成飛灰最終處置與再利用情境之減碳及成本評估，結果顯示飛灰採行再利用其碳排放量與成本投入皆較穩定化處理更佳。
為掌握一般廢棄物清除處理費徵收及基金管理，輔導各縣市填報年度資料並完成檢核作業，並依基金管理指標試算掌握基金管理風險。收集、彙整及研析清理費徵收辦法管理架構、國內外環保基金法規及廢清基金相關法令，研析清理費徵收、支用及基金運用遭遇的問題，提出精進作為。
自行政院106年核定多元化垃圾處理計畫以來，各焚化廠陸續進行升級整備工作，本計畫協助環管署推動並掌握各焚化廠整改規劃事宜，並將署內政策導入地方執行重點，以達成焚化廠升級整備工作之各項目標。
|
| proj_year |
112
|
| org_name |
環管署一般廢棄物管理組
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1120535344
|
| publish_date |
20240203
|
| chi_title |
多元化廢棄物處理技術與設施規劃及整體策略專案工作計畫
|
| chi_subject |
為翻轉國內垃圾處理舊思維並與國外新技術接軌，行政院環境保護署(以下簡稱環保署)106年研擬「多元化垃圾處理計畫」(執行期程106年至111年)奉行政院核定，108年提出執行檢討報告並務實調整確立政策方向，109年度委辦「建構一般廢棄物多元化處理及整體策略規劃之評估專案工作計畫」，盤點國內一般廢棄物處理與再利用設施現況、蒐集國外廢棄物處理技術發展應用情形、國內廢棄物處理設施參訪、調查地方一般廢棄物處理整體園區推動情形及辦理分區交流會議，提出一般廢棄物處理技術及設施改善建議及策略規劃。
為賡續推動中央政策及協助督導地方妥善處理一般廢棄物並推動能資源化工作，環保署111年委辦「多元化廢棄物處理技術與設施規劃及整體策略專案工作計畫」，持續蒐集國內外廢棄物處理新技術、盤點更新國內一般廢棄物處理設施現況、掌握地方整體園區規劃內容及興設方向、參訪一般廢棄物處理設施運作情形、協助多元化垃圾處理計畫第2期報院(111年4月15日核定)、建置特殊機具車輛系統平台及辦理分區交流會議，滾動式精進地方一般廢棄物處理技術與設施之整體策略規劃及配套。
|
| proj_year |
111
|
| org_name |
環境督察總隊
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1112405972
|
| publish_date |
20230422
|
| chi_title |
焚化廠整體策略規劃及營運督導計畫
|
| chi_subject |
我國自民國80年開始推動垃圾資源回收（焚化）廠興建工程計畫起，目前共有24座焚化廠完工營運，可妥善處理各縣市之生活垃圾。為有效督導與管理焚化廠之操作營運，環保署自90年起開始辦理查核評鑑相關工作，本計畫共完成焚化廠不定期查核作業24場次、管理機關查核作業10場次、臺東廠撥款查核工作2場次、年度營運成果報告審查24廠次、查核評鑑小組會議4場次、技術論壇1場次、連繫平台會議2場次，並就焚化廠營運資料進行彙整、審查與分析，以協助環保署強化地方政府管理工作。
為督導國內焚化廠辦理升級整備，本計畫分析升級整備風險、建議升級整備方向，評估升級整備效益、推動減灰減渣措施、建立施工單價資料庫並蒐集國內外熱處理設施或其他廢棄物處理整備技術，據以提出未來國內焚化廠精進實質建議，以提升焚化廠營運績效。
本計畫另協助辦理一般廢棄物再利用（飛灰）許可審查作業2案次、輔導地方環保機關完成110年度廢清基金線上填報作業、蒐集國內設置再生能源發電廠相關技術及現況分析、協助全國焚化廠減碳效益之盤點以及碳權申請前置作業等先期規劃、推動焚化飛灰水洗示範廠或其他示範場方案，以針對一般廢棄物之整體管理策略提出精進建議。
自行政院106年核定多元化垃圾處理計畫以來，各焚化廠陸續進行升級整備工作，本計畫協助環保署推動並掌握各焚化廠整改規劃事宜，並將署內政策導入地方執行重點，以達成焚化廠升級整備工作之各項目標。經統計近五年全國24座大型垃圾焚化廠之平均運轉率由85%提升為88%；底渣產生率由13.6%下降為13.4%；飛灰穩定化物產生率由4.7%下降為4.5%；每公噸焚化之發電量則由509度提升為536度；年總焚化效能由1,428萬Gcal提升為1,529萬Gcal，整改期間仍能維持每年650萬公噸處理量，顯見全國焚化廠在環保署有效監督管理與積極協助辦理整改延壽工作下，整體營運績效有逐年提升之趨勢。
|
| proj_year |
111
|
| org_name |
環境督察總隊
|
| exe_unit |
環興科技股份有限公司
|
| allfileid |
https://epq.moenv.gov.tw/ProjectDoc/FileDownload?proj_id=1110092809
|
| publish_date |
20230113
|
|