第五章 結論與建議
5.2 建議
1. 氧化鈣的改質可以嘗試朝增加其孔隙度的方向進行，除了於改質 過程中加入水與氧化鈣接觸反應外，更可嘗試使用界面活性劑控 制其孔洞，提高其比表面積。
2. 建議可加大填充管柱的內徑以增加反應停留時間，在更大的參數 可變範圍下，可進一步了解其對去除效率的影響，並驗證回歸式 的準確度。
3. 為模擬燃煤發電場的煙道氣流，於管柱系統進行循環吸脫附測試 時，將進流氣體濃度調整為15 % CO2、6 % O2與79 % N2，然而煙 道氣流中尚有SOx與NOx等有毒氣體的存在，如能在實驗中亦將其 考慮進去，將可得到吸附劑更確實的劣化資訊。
4. 欲獲得高純度的二氧化碳，建議可嘗試用水蒸氣對吸附劑進行脫 附反應，其後藉由冷凝作用再將二氧化碳分離出來，如此對實際 應用時的經濟效益必能有所提升。
5. 使用有機鋁改質石灰石亦能有效減緩其於循環再生時的劣化問 題，惟其改質效果不如使用藥品級氧化鈣時來得好，然即使是吸 附表現最佳的CaAl(95)-O，其離0.786 g CO2/g CaO的理論吸附量仍 有一段差距，代表在氧化鈣的改質上仍有進步的空間。
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