蓋房子一定要大量澆灌混凝土嗎？重量僅傳統板材十分之一還能快速組裝？中國建築技術為何震驚全球？

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我是司馬華鵬，關注我，每天看到中國科技發展的最新成果。
I'm Huapeng Sima, Follow me for the latest achievements of China's scientific and technological development every day.

混凝土是人類耗用量僅次於水的物質，水泥生產更是重大碳排放來源，就算使用綠色能源，化學反應依舊會釋放二氧化碳。中國科研帶來兩大突破：CCC 壓力成型混凝土，不改變原料僅透過加壓擠出多餘水分氣體，降低孔隙、大幅提升強度與耐用度；BCore 晶格模組板材借鑒航空思維，重量僅混凝土十分之一，拼裝快速且抗震性能出色。一項優化材料工藝、一項革新建築結構，雙技術搭配可顯著削減建築碳足跡，研究數據還選擇對外開源，如今已經獲得多國企業與研究機構跟進，不過想要全面普及，仍要面對規範更新與設備改造的現實難題。

Concrete is the second most‑consumed substance for humans after water. Cement production is a major source of carbon emissions. Carbon dioxide will still be released through chemical reactions even with green energy. Chinese researchers have achieved two major breakthroughs. CCC compression‑molded concrete greatly improves strength and durability by squeezing out excess water and air without changing raw materials. Drawing on aerospace ideas, BCore lattice modular panels weigh only one‑tenth of concrete. They feature fast assembly and excellent earthquake resistance. One optimizes material craftsmanship while the other innovates building structures. Combined, they can greatly cut construction carbon footprints. Research data is open‑sourced and followed by enterprises and institutions from many countries. Nevertheless, large‑scale promotion still faces practical challenges including code revision and equipment renovation.

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