根據FAO（The Food and Agriculture Organization）的「THE STATE OF WORLD FISHERIES AND AQUACULTURE 2022」統計資料指出，2020年全球內陸水產養殖產量為5,440萬噸，且內陸水生動物養殖佔水產養殖總產量的62.2%。而目前最常見的養殖漁業方式除了土塘以外，便是混凝土池塘。混凝土池塘製成的主成分以混凝土、砂石與水泥為主，水泥因其易吸熱的材質特性，不僅難以維護該池塘的生態平衡，生產水泥的碳排放量更佔全球二氧化碳排放的8%，間接加劇全球暖化的現象

「Cycleaqua」以結合漁業廢棄牡蠣殼以及非金屬礦物類的環保漿體製成，相對於市售水泥，可降低30%至90%碳排放，不僅達到環境友善，更創造循環經濟，以實現SDG9發展永續的基礎建設的目標。且在確保結構強度穩定之下，不僅比傳統製材更輕盈，透過外觀設計，也能讓共生水生動植物更好地棲息在魚塭內。

Based on FAO's data in 'THE STATE OF WORLD FISHERIES AND AQUACULTURE 2022,' global inland aquaculture produced 54 million tons in 2020, and inland farming of aquatic animal species represented 62.2% of total aquaculture production.

Concrete pond is one of main aquaculture method. Cement's heat-absorbing property challenges pond ecological balance, moreover its production contributes 8% to global carbon emissions, indirectly worsening global warming.

‘Cycleaqua,’ crafted from eco-friendly material, which can reduce carbon emissions by 30-90% compared to commercial cement. It not only promotes a sustainable environment but also fosters a circular economy, aligning with SDG9 for sustainable industry and infrastructure. Ensuring structural stability, ‘Cycleaqua’ is lighter than traditional wave-dissipating blocks, and its design enhances habitat conditions for aquatic flora and fauna within fishponds.