A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Roadbed filling material and manufacturing method thereof
The invention relates to the technical field of building materials, and discloses a roadbed filling material and a manufacturing method thereof.The roadbed filling material comprises drilling water-based waste mud, fly ash, a destabilizing agent, an adjusting agent and sand, the sand accounts for 10% by mass of the roadbed filling material, and the roadbed filling material further comprises natural clayey soil, every 100 ml of the roadbed filling material contains 12-30 g of cement, 6-10 g of natural clayey soil, 6-18 g of fly ash, 2-7 g of a destabilizing agent, 3-5 ml of an adjusting agent and 10 g of sand. The raw materials of the roadbed filling material comprise the drilling water-based waste mud, the fly ash, the destabilizing agent, the adjusting agent, the sand, the natural clay soil and the like, the drilling water-based waste mud is converted into the roadbed building material, and the purpose of waste utilization is achieved. The sand is added into the raw materials of the roadbed filling material, so that the density of the roadbed filling material system is improved, the strength and the pressure resistance of the roadbed material are improved, and the safety and the practicability of the roadbed material are ensured.
本发明涉及建筑材料技术领域，且公开了一种路基填筑材料及其制作方法，包括钻井水基废泥浆、粉煤灰、脱稳剂、调整剂和砂子，所述砂子占上述路基填筑材料的质量百分比为10％，所述路基填筑材料还包括天然黏质土，所述每100ml路基填筑材料中含有水泥12‑30g、天然黏质土6‑10g、粉煤灰6‑18g、脱稳剂2‑7g、调整剂3‑5ml和砂子10g。本发明的路基填筑材料原料由钻井水基废泥浆、粉煤灰、脱稳剂、调整剂、砂子和天然黏质土等组成，实现了将钻井水基废泥浆转化成路基建筑材料，实现了废物利用的目的。本发明的路基填筑材料原料中添加了砂子，从而提高了本发明路基填筑材料体系的密度，同时提高路基材料的强度以及抗压能力，从而保证作为路基材料的安全性以及实用性。
Roadbed filling material and manufacturing method thereof
The invention relates to the technical field of building materials, and discloses a roadbed filling material and a manufacturing method thereof.The roadbed filling material comprises drilling water-based waste mud, fly ash, a destabilizing agent, an adjusting agent and sand, the sand accounts for 10% by mass of the roadbed filling material, and the roadbed filling material further comprises natural clayey soil, every 100 ml of the roadbed filling material contains 12-30 g of cement, 6-10 g of natural clayey soil, 6-18 g of fly ash, 2-7 g of a destabilizing agent, 3-5 ml of an adjusting agent and 10 g of sand. The raw materials of the roadbed filling material comprise the drilling water-based waste mud, the fly ash, the destabilizing agent, the adjusting agent, the sand, the natural clay soil and the like, the drilling water-based waste mud is converted into the roadbed building material, and the purpose of waste utilization is achieved. The sand is added into the raw materials of the roadbed filling material, so that the density of the roadbed filling material system is improved, the strength and the pressure resistance of the roadbed material are improved, and the safety and the practicability of the roadbed material are ensured.
本发明涉及建筑材料技术领域，且公开了一种路基填筑材料及其制作方法，包括钻井水基废泥浆、粉煤灰、脱稳剂、调整剂和砂子，所述砂子占上述路基填筑材料的质量百分比为10％，所述路基填筑材料还包括天然黏质土，所述每100ml路基填筑材料中含有水泥12‑30g、天然黏质土6‑10g、粉煤灰6‑18g、脱稳剂2‑7g、调整剂3‑5ml和砂子10g。本发明的路基填筑材料原料由钻井水基废泥浆、粉煤灰、脱稳剂、调整剂、砂子和天然黏质土等组成，实现了将钻井水基废泥浆转化成路基建筑材料，实现了废物利用的目的。本发明的路基填筑材料原料中添加了砂子，从而提高了本发明路基填筑材料体系的密度，同时提高路基材料的强度以及抗压能力，从而保证作为路基材料的安全性以及实用性。
Roadbed filling material and manufacturing method thereof
一种路基填筑材料及其制作方法
SHI YANSHAN (author) / SHI TAO (author) / YANG ZHIHONG (author) / WU SHUYAN (author) / TANG JIE (author) / SHI TINGSHAN (author) / TIAN XINGLIN (author) / LIU QUANXIN (author) / XU YANQING (author) / HUANG YUEMEI (author)
2023-01-03
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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