基於永續發展的需求，為保護自然資源及降低二氧化碳的排放，使用再生材料已成為趨勢。本研究主要評估影響創新型綠色混凝土性能的關鍵因素，其因素有再生混凝土粒料、矽粉及PV廢玻璃粉。此外，也研究用作混凝土表面的無機塗封材料。應用田口法設計兩個獨立的試驗計畫，以獲得影響綠色混凝土及無機塗封材料性能的關鍵因素。
研究結果顯示，綠色混凝土的關鍵影響因素有再生粗粒料取代率，基材水膠比及再生細粒料取代率，無機塗封材料的關鍵影響因素是塗封層數、再生細粒料取代率和塗封齡期。無機塗封材在綠色混凝土中的應用，可從RCPT試驗結果顯示，阻止氯離子穿透性成效佳。多孔綠色混凝土耐久性較差的缺點，將透過塗封材料得以彌補。

Based on the requirements of sustainable development, use of recycled materials becomes a trend to preserve nature resource and to reduce the emission of carbon dioxide. This study was aimed to evaluate the key factors affecting the properties of innovative green concrete incorporated with recycled concrete aggregates, silica fume and PV waste glass powder. In addition, the effects of inorganic sealers used as concrete coating materials were also studied. Taguchi method was applied to design two separate testing proprams in order to obtain the key factors affecting the properties of green concrete and inorganic concrete sealer.
Testing results indicates that the key factors for green concrete are recycled coarse aggregate substitution percentage, water-binder ratio and recycled fine aggregate substitution percentage and the key factors for inorganic sealer are the layer number of sealer placement, recycled fine aggregate substitution percentage and sealer age after placement. And the application of inorganic sealer on green concrete illustrates better resistance of chloride penetration based on the RCPT testing results. This implies the less durability disadvantage of porous green concrete would be remedied by coating materials application.

摘　要 I
Abstract II
目　次 III
圖目次 V
表目次 VII
第一章　緒論 1
1.1　研究背景 1
1.2　研究目的 2
1.3　研究方法 2
1.4　研究流程 3
第二章　文獻回顧 4
2.1　綠色混凝土 4
2.1.1　綠色混凝土定義 4
2.1.2　綠色混凝土特色 4
2.2　混凝土表面塗封材料 5
2.2.1　有機及無機材料 5
2.2.2　混凝土表面處理 6
2.2.3　塗封材料之類型 7
2.3　太陽光電（PV）模組現況情形 10
2.3.1　產業狀況 10
2.3.2　模組組成 11
2.3.3　回收處理 15
2.4　再生粒料於混凝土之工程性質探討 16
2.4.1　再生粒料於混凝土之力學性質 17
2.4.2　再生粒料於混凝土之耐久性 18
2.4.3　再生粗粒料性質 19
2.4.4　再生細粒料性質 20
2.5　田口方法 23
2.5.1　參數設計 23
2.5.2　信號雜訊比 25
2.5.3　直交表設計 27
2.5.4　變異分析 29
2.5.5　執行步驟 31
第三章　實驗計畫 34
3.1　實驗流程 34
3.2　控制因子及直交表選定 37
3.3　品質特性 39
3.4　試驗變數選擇 39
3.5　材料性質 39
3.6　試體與配比設計 47
3.7　試驗方法與設備 49
第四章　綠色混凝土重要因子及水準探討 56
4.1　抗壓強度試驗品質特性 56
4.2　吸水率試驗品質特性 59
4.3　綠色混凝土因子與水準綜合探論 62
第五章　無機塗封材料重要因子及水準探討 63
5.1　吸水率試驗品質特性 63
5.2　初始表面吸水率試驗品質特性 65
5.3　無機塗封材料滲透至基材分析探討 67
5.4　無機塗封材料因子與水準綜合探論 69
第六章　綠色混凝土塗封無機材料之效能探討 70
6.1　試驗變數及配比設計 70
6.2　抗壓強度試驗 71
6.3　吸水率試驗及初始表面吸水率 72
6.4　四極式電阻試驗 75
6.5　加速氯離子滲透試驗 76
6.6　壓汞孔隙量測試驗 77
6.7　電子顯微鏡試驗 78
第七章　結論與建議 80
7.1　結論 80
7.2　建議 81
參考文獻 82

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