本研究主要是將具有高機械強度與耐熱性之的陶瓷管膜,以此為基材製作成薄膜的接觸反應器,應用於二氧化碳的採集設備,用來收集燃燒後的二氧化碳。本文中將探討經過甲基三氧甲基矽烷(MTMS)縮孔與疏水化後的管狀陶瓷薄膜,在物性上的改變以及實用性測試,並確認其對二氧化碳的採集效果進行分析。 研究中先讓MTMS氣凝膠成長於氧化鋁(Al2O3)管狀陶瓷薄膜做縮洞與疏水化,並使用溶膠凝膠法將中孔洞的二氧化矽氣凝膠鍵結在陶瓷膜管上,以期望可以提升陶瓷膜管在二氧化碳吸收裝置上的實用性。實驗中疏水性的二氧化矽氣凝膠成長於陶瓷薄膜上,能有效的讓二氧化碳的採集測試不會因為管膜濕潤問題而無法進行測試。 後續為了讓陶瓷薄膜對二氧化碳的採集能夠節省成本與普及化,故針對陶瓷膜作穩定性與耐用性的測試實驗,期望能確認此氣凝膠成長於陶瓷薄膜的技術,能有效的降低二氧化碳採集成本,讓此技術能夠商業化並普及化,進而達到讓大氣中二氧化碳減量的終極目標。
This study is to have a high mechanical strength and heat resistance of the ceramic membrane tube, made into contact with the substrate as a membrane reactor. It applied to the carbon dioxide capture device for capturing carbon dioxide after combustion, This paper will discuss MTMS shrinkage and hydrophobic of the tubular ceramic membrane after the change in the physical properties and the durability test, and confirmed its acquisition effect of carbon dioxide for analysis. Study of growth in alumina aerogels let MTMS tubular ceramic membrane made of shrink holes and hydrophobic, with the sol-gel method in holes in the silica aerogels bonded ceramic membrane tubes to expect to enhance the Ceramics Applicability on the unit membrane tubes in carbon dioxide absorption. Experiment hydrophobic silica aerogels membrane grown on ceramic, which can effectively make carbon dioxide capture test tube membrane wetting problem will not and can not be tested. Follow-up To make the ceramic membrane on carbon dioxide capture cost down and popularization. it is against the ceramic membrane as stability and durability testing laboratory, hoping to confirm the growth in technical ceramics aerogels membrane can effectively reduce the cost of carbon dioxide capture so this technology popularization of business, and then to the ultimate goal of atmospheric carbon dioxide reductions.