環境資源報告成果查詢系統

112年度臺南市推動固體再生燃料(SRF)、無機再生粒料等物料資源循環計畫

中文摘要 臺南市政府環境保護局(以下稱貴局、環保局)推動「112年度臺南市推動固體再生燃料(SRF)物料資源循環計畫」(以下稱本計畫),擬掌握臺南市轄區內擁有SRF製程之廠商及其產能、技術、成本及過去產品流向等基線資料,建立相關驗證制度及品質管理流程,同時建立媒合平台,讓使用端或產製端可在該平台一、掌握固體再生燃料(SRF)產製原料之數量、技術、成本及使用者技術、成本、需求等基線資料,以增加廢棄物燃料化之能量。 本計畫之目標包含「掌握固體再生燃料(SRF)產及使用基線資料」、「建立固體再生燃料(SRF)驗證制度」,及「建置固體再生燃料(SRF)媒合平台」等。依本計畫調查臺南市SRF基線結果,目前轄內適燃性廢棄物仍有許多量能(95,206噸/年,佔全量80.6%)可做為固體再生燃料(SRF),而臺南市產製廠現階段量能仍較低,現行產製廠僅有依廢塑膠及廢纖維做為原料之隆O公司;廢塑膠為原料之瑋O公司,及以廢木材為原料之同O;而使用廠僅台O廠,因此臺南市SRF多數皆外運外縣市。根據本計畫檢測,臺南市既有產製廠商之品質大致符合規範,少數幾批樣品有超標問題。勾稽與查核結果顯示亦僅偶而發生上下游廠商收受量不一致之異常情形,最大誤差率為80.7%,係因廠商廠區缺少地磅設備,暫以估算資料申報外運清除,而在取得正確載運重量後未更正申報量所致。本計畫亦針對潛在廠商進行SRF產製輔導,部分事業無意願增設SRF產製主因為其適燃性廢棄物產量較少、料源再利用用途受管制,或不清楚SRF產品規範及申請流程;使用端廠商則容易因自廠鍋爐使用率較低,以及SRF產品現行售價而影響意願。另根據本計畫對於不同規模鍋爐對於燃料允收標準分析顯示,大型鍋爐對於燃料尺寸較為要求;淨熱值則不因鍋爐規模需求差異趨勢,各廠熱值需求為2,392~6,000 kcal/kg,惟各廠燃料熱值要求皆高於現行規範(2,392 kcal/kg);灰分則隨鍋爐規模越大,對於燃料灰份含量標準越低;硫、氯則隨鍋爐規模越大,對燃料成分之標準則越低,且低於現行SRF規範;對於燃料重金屬(汞、鉛、鎘)含量,大規模鍋爐之容許值則較為寬鬆。 目前SRF使用廠對於規範所訂之氯含量3%表示疑慮,多數鍋爐廠對於氯含量之允收標準皆嚴格許多,因此建議貴局及環境部對於SRF品質規範中之氯含量應分階段逐步加嚴。臺南市之SRF使用廠僅有台O廠,未來建議讓轄內鍋爐廠商了解SRF展製及產品規範要求,因而提升使用端之意願。SRF品質檢測單位現階段較少選擇,建議應廣設SRF檢測單位。最後建議SRF產製廠之許可發放應較為緊收,並站在監督之角色嚴格管控已核定產製廠之物料進出量以及產品品質,以提升使用端對於SRF產品之信心;SRF產品之使用端,現階段不建議再行新設專用SRF鍋爐,應以舊鍋爐進行功能提升及整修為主,避免增加碳排放違背現行國家減碳之目標。
中文關鍵字 資源循環、固體再生燃料

基本資訊

專案計畫編號 112C002814 經費年度 112 計畫經費 3880 千元
專案開始日期 2023/06/16 專案結束日期 2023/10/31 專案主持人 孫宏華
主辦單位 臺南市政府環境保護局 承辦人 陳致炫 執行單位 磐誠工程顧問股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 112年度臺南市推動固體再生燃料(SRF)物料資源循環計畫-期末報告(定稿版).pdf 6MB

Tainan City promotes solid recovered fuel (SRF) material resource recycling project in 2023

英文摘要 The Environmental Protection Bureau of the Tainan City Government (hereinafter referred to as the Bureau and the Environmental Protection Bureau) promotes the "Tainan City promotes solid recovered fuel (SRF) material resource recycling project in 2023". This project aims to obtain baseline information on manufacturers with SRF processes within Tainan City's jurisdiction, as well as their production capacity, technology, costs, and past product flows. Establish relevant verification systems and quality management processes. At the same time, a matching platform will be established so that the user or production end can grasp the quantity, technology, cost of solid renewable fuel (SRF) production raw materials and user technology, cost, demand and other baseline data on the platform to reduce waste Energy that turns matter into fuel. The goals of this project include "mastering baseline data on the production and use of solid renewable fuel (SRF)", "establishing a solid renewable fuel (SRF) verification system" and "building a solid renewable fuel (SRF) matching platform", etc. Based on the SRF baseline results of this project survey in Tainan City, there is still a large amount of combustible waste within the jurisdiction (95,206 tons/year, accounting for 80.6% of the total) that can be used as solid renewable fuel (SRF). The production capacity of manufacturing plants in Tainan City is still low at this stage. The current manufacturing plants only include Longshun Green Energy Company, which uses waste plastic and waste fiber as raw materials, Weijie Company, which uses waste plastic as raw materials, and waste wood as raw materials. Tongyang Industrial Co., Ltd. The factory used is only Taiwan Automotive Electric Co., Ltd.'s Guantian Plant. Therefore, most SRFs in Tainan City are shipped from other counties and cities. According to the testing under this program, the quality of existing manufacturers in Tainan City generally meets the standards, and a few batches of samples have exceeded the standards. The results of audits and inspections show that there are only occasional exceptions where upstream and downstream manufacturers receive inconsistent amounts. Currently, SRF users express doubts about the chlorine content of 3% specified in the specification. Most boiler plants have much stricter acceptance standards for chlorine content. Therefore, it is recommended that your bureau and the Ministry of Environment should gradually tighten the chlorine content in SRF quality specifications in stages. The only factory using SRF in Tainan City is Taiwan Automotive Electric Co., Ltd.'s Guantian Plant. In the future, it is recommended that boiler manufacturers within the jurisdiction understand the SRF exhibition system and product specification requirements, thereby increasing the willingness of users. There are currently few SRF quality testing units to choose from, and it is recommended that SRF testing units should be widely established. Finally, it is recommended that the licensing of SRF manufacturing plants should be tightened, and the supervisory role should be used to strictly control the material import and export volume and product quality of the approved manufacturing plants. To enhance users’ confidence in SRF products. For the users of SRF products, it is not recommended to install new dedicated SRF boilers at this stage. Old boilers should be mainly functionally upgraded and renovated to avoid increasing carbon emissions and violating the current national carbon reduction goals.
英文關鍵字 SRF