Integrated Development and Application of Sludge-to-Resource/Ene
「Integrated Development and Application of Sludge-to-Resource/Ene」於資料集「EPQSummary_ChemicalSubstanceManagement」由單位「行政院環境保護署」的陳先生所提供，聯繫電話是02-2311-7722#2386，最近更新時間為：2023-07-30 01:01:48。 欄位Project Title的內容是Integrated Development and Application of Sludge-to-Resource/Energy (StR/StE) Technology ， 欄位Project Subject的內容是This study investigates how to establish various pathways of sludge-to-resource/energy (StR/StE) application. The major objectives of this study
are to assess the energy yield efficiency of synthesis gas and bio-oil produced from organic sewage and paper-mill sludge by thermal conversion technologies. The catalyst was selected from water purification sludge containing Fe/Mn. The sintered lightweight building materials manufactured by residues derived from sludge-to-energy are also discussed. Based on the results of this research, important
information regarding the technical development of sludge-to-resource ( StR) and/or sludge-to-energy (StE) application can be provided. Experimental results indicate that the water purification sludge containing Fe/Mn can serve as a catalyst for application of sludge-to-energy technology, due to its active catalytic properties and high surface areas. Sewage and paper-mill sludge catalytic gasification and pyrolysis showed that the heating value of synthesis gas produced increased from 6.43 MJ/Nm3 to 8.59 MJ/Nm3, with increasing the tested catalyst addition. The energy density of synthesis
gas was 1.5 and above. That is, the energy utilization efficiency could enhance 1.5 times the energy content of the sewage and paper-mill sludge. The maximum bio-oil production rate was approximately 17% from catalytic pyrolysis of the tested sludge.
Meanwhile, the maximum heating value and energy density of bio-oil produced from tested sludge was 5,800 kcal/kg and 3.76, respectively. When the product was sintered,the sintered product had the characteristics of being lightweight, heat insulating,energy-saving, and having high strength, which are compliant with Taiwan standards for construction application. In conclusion, the experimental results of this research confirm that it is possible to enhance the energy utilization efficiency of synthesis gas
and bio-oil converted from the tested sludge. It can also promote the potential for applying residue derived from sludge-to-energy and water purification sludge in construction materials. ， 欄位Project Year的內容是2011 ， 欄位Organizer的內容是Office of Sustainable Development ， 欄位Executive Unit的內容是逢甲大學創新育成中心 ， 欄位Reporting download URL的內容是https://epq.epa.gov.tw ， 欄位Publish Date的內容是20120301 。
Project Title
Integrated Development and Application of Sludge-to-Resource/Energy (StR/StE) Technology
Project Subject
This study investigates how to establish various pathways of sludge-to-resource/energy (StR/StE) application. The major objectives of this study are to assess the energy yield efficiency of synthesis gas and bio-oil produced from organic sewage and paper-mill sludge by thermal conversion technologies. The catalyst was selected from water purification sludge containing Fe/Mn. The sintered lightweight building materials manufactured by residues derived from sludge-to-energy are also discussed. Based on the results of this research, important information regarding the technical development of sludge-to-resource ( StR) and/or sludge-to-energy (StE) application can be provided. Experimental results indicate that the water purification sludge containing Fe/Mn can serve as a catalyst for application of sludge-to-energy technology, due to its active catalytic properties and high surface areas. Sewage and paper-mill sludge catalytic gasification and pyrolysis showed that the heating value of synthesis gas produced increased from 6.43 MJ/Nm3 to 8.59 MJ/Nm3, with increasing the tested catalyst addition. The energy density of synthesis gas was 1.5 and above. That is, the energy utilization efficiency could enhance 1.5 times the energy content of the sewage and paper-mill sludge. The maximum bio-oil production rate was approximately 17% from catalytic pyrolysis of the tested sludge. Meanwhile, the maximum heating value and energy density of bio-oil produced from tested sludge was 5,800 kcal/kg and 3.76, respectively. When the product was sintered,the sintered product had the characteristics of being lightweight, heat insulating,energy-saving, and having high strength, which are compliant with Taiwan standards for construction application. In conclusion, the experimental results of this research confirm that it is possible to enhance the energy utilization efficiency of synthesis gas and bio-oil converted from the tested sludge. It can also promote the potential for applying residue derived from sludge-to-energy and water purification sludge in construction materials.
Project Year
2011
Organizer
Office of Sustainable Development
Executive Unit
逢甲大學創新育成中心
Reporting download URL
Publish Date
20120301
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