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A platform for research: civil engineering, architecture and urbanism
All-solid waste seawater and sea sand artificial reef and preparation method thereof
The invention relates to the technical field of industrial solid recycling, in particular to an all-solid waste seawater and sea sand artificial reef and a preparation method thereof. The artificial reef material mainly comprises carbide slag, magnesium slag, plant ash, fly ash, superfine slag powder, coral/shell and seawater. The artificial reef material is prepared from the following components in parts by weight: 350 to 390 parts of cementing material, 740 to 925 parts of fine aggregate, 925 to 1295 parts of coarse aggregate and 56 to 93 parts of seawater, the cementing material is prepared from 20 to 100 parts of fly ash, 100 to 180 parts of superfine slag powder, 30 to 60 parts of carbide slag, 20 to 70 parts of magnesium slag and 60 to 120 parts of plant ash; the fine aggregate is coral/shell fine aggregate, and the coarse aggregate is coral/shell coarse aggregate. High strength and long-term stability of the reef body structure are achieved, and energy consumption, carbon emission and cost in the raw material and preparation process are reduced.
本申请涉及工业固体物再利用技术领域，更具体地说，它涉及一种全固废海水海砂人工礁石及其制备方法。所述人工礁石材料主要包括电石渣、镁渣、草木灰、粉煤灰、矿渣微粉、珊瑚/贝壳、海水；所述人工礁石材料各组分重量份如下：350‑390份胶凝材料、740‑925份细骨料、925‑1295份粗骨料、56‑93份海水；所述胶凝材料包括：20‑100份粉煤灰、100‑180份矿渣微粉、30‑60份电石渣、20‑70份镁渣和60‑120份草木灰；所述细骨料为珊瑚/贝壳细骨料，所述粗骨料为珊瑚/贝壳粗骨料。实现礁体结构的高强、长期稳定性，降低原材料和制备过程中的能耗、碳排放及成本。
All-solid waste seawater and sea sand artificial reef and preparation method thereof
The invention relates to the technical field of industrial solid recycling, in particular to an all-solid waste seawater and sea sand artificial reef and a preparation method thereof. The artificial reef material mainly comprises carbide slag, magnesium slag, plant ash, fly ash, superfine slag powder, coral/shell and seawater. The artificial reef material is prepared from the following components in parts by weight: 350 to 390 parts of cementing material, 740 to 925 parts of fine aggregate, 925 to 1295 parts of coarse aggregate and 56 to 93 parts of seawater, the cementing material is prepared from 20 to 100 parts of fly ash, 100 to 180 parts of superfine slag powder, 30 to 60 parts of carbide slag, 20 to 70 parts of magnesium slag and 60 to 120 parts of plant ash; the fine aggregate is coral/shell fine aggregate, and the coarse aggregate is coral/shell coarse aggregate. High strength and long-term stability of the reef body structure are achieved, and energy consumption, carbon emission and cost in the raw material and preparation process are reduced.
本申请涉及工业固体物再利用技术领域，更具体地说，它涉及一种全固废海水海砂人工礁石及其制备方法。所述人工礁石材料主要包括电石渣、镁渣、草木灰、粉煤灰、矿渣微粉、珊瑚/贝壳、海水；所述人工礁石材料各组分重量份如下：350‑390份胶凝材料、740‑925份细骨料、925‑1295份粗骨料、56‑93份海水；所述胶凝材料包括：20‑100份粉煤灰、100‑180份矿渣微粉、30‑60份电石渣、20‑70份镁渣和60‑120份草木灰；所述细骨料为珊瑚/贝壳细骨料，所述粗骨料为珊瑚/贝壳粗骨料。实现礁体结构的高强、长期稳定性，降低原材料和制备过程中的能耗、碳排放及成本。
All-solid waste seawater and sea sand artificial reef and preparation method thereof
一种全固废海水海砂人工礁石及其制备方法
LIANG XIANGZHOU (author) / LI JINQIAN (author) / PENG JUANZHAO (author)
2024-02-13
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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