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Abstract

In the face of resource depletion，high energy consumption in production，high carbon emissions，and serious pollution brought by traditional pumpcrete raw materials，a variety of new raw materials have been gradually developed and promoted to conform with the green construction promoted by China ’s civil engineering industry，witnessing a stable increase in quality，output，and social recognition.High-quality natural river sand and pebbles are in short supply at the origin，and they can be explored in old silted river channels.Gravel and manufactured sand produced using large particle size natural pebbles，limestone，construction waste，and others as raw materials will become new substitutes.In the transformation and upgrading of production enterprises which tend to build factories in areas with transportation convenience，raw materials including cement，fly ash，and granulated blast furnace slag powder will cause uneven supply in plains，hills，mountains，and other terrains.Therefore，it is required to use local materials according to the situation in the construction site.Polycarboxylic set retarding superplasticizer，though already popularized in the market for its high efficiency，low cost，high compatibility，and convenience in construction，still needs to be more compatible with manufactured sand and other materials.The compensation shrinkage of concrete by calcium and magnesium expansion agents should be synchronized with concrete shrinkage to control shrinkage cracks and avoid structural cracking.In the preparation of pumpcrete，the investigation at the height of the life cycle of buildings，the improvement of the performance of various raw materials，and the utilization of the combination effects of raw materials are all necessary.

Publication Date

10-28-2024

DOI

10.14048/j.issn.1671-2579.2024.05.030

First Page

269

Last Page

276

Submission Date

February 2025

Reference

[1]中国砂石协会 .2023年中国砂石行业运行报告 [EB/OL ].（2024 -01-29）[2024 -05-07].baijiahao .baidu .com/s ?id=1789409058125858980 &wfr=spider&for=pc .China Sand and Gravel Association .Operation report of China sand and gravel industry in 2023 [EB/OL ].（2024 -01-29）[2024 -05-07].baijiahao .baidu .com/s ?id=1789409058125858980 &wfr=spider&for=pc .
[2]崔军 ,徐迅 ,游潘丽 ,等.建筑用砂石资源短缺现状及对策思考[J].混凝土与水泥制品 ,2023 (2):94-97.CUI Jun ,XU Xun ,YOU Panli ,et al .Current situation and countermeasures of the shortage of the sand and stone resource for construction [J].China Concrete and Cement Products ,2023 (2):94-97.
[3]王稷良 ,马文辉 ,徐伟东 ,等.煤矸石混凝土性能研究现状 [J].中外公路 ,2024 ,44(4):104-114.WANG Jiliang ,MA Wenhui ,XU Weidong ,et al.Research on performance of coal gangue concrete [J].Journal of China & Foreign Highway ,2024 ,44(4):104-114.
[4]王国栋 ,杨文俊 .河道采砂对河道及涉水建筑物的影响研究[J].人民长江 ,2013 ,44(15):69-72.WANG Guodong ,YANG Wenjun .Research review on impact of sand mining on river channel and water involved structures [J].Yangtze River ,2013 ,44(15):69-72.
[5]KUMAR N ,KUMAR A .Floristic diversity assessment in river sand mining near palri bhoptan village ,kisangarh tehsil ,Ajmer district ,Rajasthan ,India [J].Asian Journal of Earth Sciences ,2014 ,7(2):51-59.
[6]吴娟 ,张奇 ,李云良 ,等.鄱阳湖洪泛系统水位 ‒面积迟滞关系的形成机制及演变 [J].长江流域资源与环境 ,2022 ,31(10):2155 -2165 .WU Juan ,ZHANG Qi ,LI Yunliang ,et al .Formation mechanism and evolution of stage-area hysteretic relationships in floodplain system of Poyang Lake [J].Resources and Environment in the Yangtze Basin ,2022 ,31(10):2155 -2165 .
[7]人民网 .中国建筑节能协会吴景山 ：我国建筑行业节能降碳已进入 “存量与增量并重 ”阶段 [EB/OL ].(2023 -12-29)
[2024 -05-07]. https ://baijiahao .baidu .com/s ?id=1786600191481821650 &wfr=spider&for=pc .People’s Daily Online .Wu Jingshan ,China Association of Building Energy Efficiency :China’s construction industry energy conservation and carbon reduction has entered a stage of “stock and increment ”[EB/OL ]. (2023 -12-29)
[2024 -05-07]. https ://baijiahao .baidu .com/s ?id=1786600191481821650 &wfr=spider&for=pc .
[8]中国建筑节能协会 .2022中国建筑能耗与碳排放研究报告 [EB/OL]. (2023 -01-01) [2024 -05-07].https ://www .xdyanbao .com/doc/ 9kvzywjuqn ?bd_vid= 7377533082197116435 .China Association of Building Energy Efficiency .2022 China building energy consumption and carbon emissions study [EB/OL ]. (2023 -01-01) [2024 -05-07]. https ://www .xdyanbao .com/doc/ 9kvzywjuqn ?bd_vid=7377533082197116435 .
[9]吴松 ,隋杰礼 ,任攀攀 ,等.基于“双碳目标 ” 的建筑垃圾处置策略初探 [J].江西建材 ,2021 (10):307-309.WU Song ,SUI Jieli ,REN Panpan ,et al.Preliminary study on construction waste disposal strategy based on “double carbon target”[J].Jiangxi Building Materials ,2021 (10):307-309.
[10]李超 .“双碳”背景下低碳水泥的发展现状 [J].混凝土世界 ,2023 (10):80-85.LI Chao .Status of low-carbon cement in the context of “carbon peaking and carbon neutrality ”[J].China Concrete ,2023 (10):80-85.
[11]水泥网 .绿色发展潮起 水泥行业碳减排在行动 [EB/OL ].（2024 -02-04）[2024 -04-28].https ://www .ccement .com/news/content/ 47038056554675001 .html .Cement mesh .Green development tide the cement industry in action to reduce emissions [EB/OL ].（2024 -02-04）
[2024 -04-28].https ://www .ccement .com/news/content/47038056554675001 .html .
[12]丁美荣 .水泥行业碳排放现状分析与减排关键路径探讨 [J].中国水泥 ,2021 (7):46-49.DING Meirong .Analysis on the present situation of carbon emission in cement industry and discussion on the key path of emission reduction [J].China Cement ,2021 (7):46-49.
[13]李臻昭 ,郑锋 .建筑垃圾的非法处理风险及多主体监管策略:基于深圳建筑垃圾堆放场重大滑坡事故的分析 [J].武汉理工大学学报 (社会科学版 ),2022 ,35(5):35-41.LI Zhenzhao ,ZHENG Feng .Risks of illegal disposal of construction waste and its multi-agent supervision strategy :Based on the analysis of th e big landslide accident of garbage dump site in Shenzhen [J].Journal of Wuhan University of Technology (Social Sciences Edition ),2022 ,35(5):35-41.
[14]中国建筑股份有限公司 ,中国建筑技术集团有限公司 .建筑工程绿色施工规范 :GB/T 50905—2014 [S].北京 :中国建筑工业出版社 ,2014 .China State Construction Engineering Corporation ,China Building Technique Group Co .,Ltd..Code for green construction of building :GB/T 50905—2014 [S].Beijing :China Architecture & Building Press ,2014 .
[15]长沙理工大学 ，湖南省建筑设计院有限公司 ,中机国际工程设计研究院有限责任公司 .湖南省绿色建筑评价标准 :DBJ 43/T 357—2020 [S].北京 :中国建筑工业出版社 ,2015 .Changsha University of Science & Engineering ,Hunan Province Architectural Design Institute Co .,Ltd.,China Machinery International Engineering Design & Research Institute Co .,Ltd..Assessment standard for green building in Hunan Province :DBJ 43/T 357—2020 [S].Beijing :China Architecture and Construction Press ,2015 .
[16]湖南建工集团有限公司 .湖南省建筑工程绿色施工评价标准 :DBJ 43/T 101—2017 [S].北京 :中国建筑工业出版社 ,2017 .Hunan Construction Group Co .,Ltd..Evaluation standard for green construction of building in Hunan province :DBJ 43/T 101—2017 [S].Beijing :China Architecture and Construction Press ,2017 .
[17]中国建设科学研究院有限公司 ，上海市建筑科学研究院（集团有限公司 ）.绿色建筑评价标准 :GB/T 50378—2019[S].北京 :中国建筑工业出版社 ,2019 .China Academamy of Building Reasearch ，Shanghai Research Institute of Building Sciences Co ,.Ltd..Assessment standard for green building :GB/T 50378—2019[S].Beijing :China Architecture & Building Press ,2019 .
[18]中国建筑科学研究院有限公司 ，中国建筑标准设计研究院有限公司 .建筑碳排放计算标准 :GB/T 51366—2019[S].北京 :中国建筑工业出版社 ,2019 .China Academamy of Building Reasearch ,China Institute of Building Standard Design & Research .Standard for building carbon emission calculation :GB/T 51366—2019[S].Beijing :China Architecture & Building Press ,2019 .
[19]中华人民共和国住房和城乡建设部 .绿色建造技术导则（试行）[Z],2021 .Ministry of Housing and Urban-Rural Development of the People's Republic of China .Technical guidelines for green construction (Trial )[Z],2021 .
[20]中国建筑股份有限公司 ，中国建筑第八工程局有限公司 .建筑与市政工程绿色施工评价标准 :GB/T 50640—2023[S].北京 :中国计划出版社 ,2023 .China State Construction Engineering Corporation ，China Construction Eighth Engineering Division Corp .,Ltd..Evaluation standard for green construction of building and municipal engineering :GB/T 50640—2023 [S].Beijing :China Planning Press ,2023 .
[21]程培峰 ,白月 ,李艺铭 ,等.玉米秸秆油对老化沥青流变性能的影响及其再生效果研究 [J/OL ].中外公路 ,1-15
[2024 -02-02].https ://kns .cnki.net/kcms/detail/ 43.1363 .U.20240201 .1012 .002.html .CHENG Peifeng ,BAI Yue ,LI Yiming ,et al .Study on the effect of corn stover oil on the rheological properties of aged asphalt and its regeneration effect [J/OL ].Journal of China & Foreign Highway ,1-15[2024 -02-02].https ://kns .cnki.net/kcms/detail/ 43.1363 .U.20240201 .1012 .002.html .
[22]吴文贵 ,张红 ,师海霞 .“十四五” 对“低碳混凝土 ” 呼唤与期待[J].混凝土世界 ,2022 (1):19-24.WU Wengui ,ZHANG Hong ,SHI Haixia .The call and expectation of “low carbon concrete ” during the 14th five-year plan [J].China Concrete ,2022 (1):19-24.
[23]张红 .“双碳” 目标下混凝土行业的高质量发展之路 [J].混凝土世界 ,2021 (9):14-17.ZHANG Hong .The road of high-quality development of concrete industry under the goal of “double carbon ”[J].China Concrete ,2021 (9):14-17.
[24]丁虎 ,张勇 ,余高 ,等.浅谈低强度等级水泥配制山区泵送混凝土的综合优势 [J].公路 ,2013 ,58(2):175-179.DING Hu ,ZHANG Yong ,YU Gao ,et al .Comprehensive advantages of low strength grade cement preparation of mountain pumped concrete [J].Highway ,2013 ,58(2):175-179.
[25]丁虎 ,张勇 ,余高 ,等.浅谈配制远距离 、高扬程 C50泵送混凝土时使用 P⋅O 42.5级较于 P⋅O 52.5级的综合优势 [J].混凝土,2012 (7):102-105.DING Hu ,ZHANG Yong ,YU Gao ,et al.Discuss on making the long range and high lift of C 50 pumping concrete that the comprehensive superiority when use P ⋅O 42.5 than P⋅O 52.5 cement [J].Concrete ,2012 (7):102-105.
[26]黄政宇 ,李仕根 .含粗骨料超高性能混凝土力学性能研究[J].湖南大学学报 (自然科学版 ),2018 ,45(3):47-54.HUANG Zhengyu ,LI Shigen .Study on mechanical properties of ultra high performance concrete with coarse aggregate [J].Journal of Hunan University (Natural Sciences ),2018 ,45(3):47-54.
[27]方志 ,周腾 ,刘路明 ,等.超高性能混凝土受拉性能试验研究[J].铁道学报 ,2022 ,44(5):157-165.FANG Zhi ,ZHOU Teng ,LIU Luming ,et al .Experimental study on ten sile properties of ultra-high performance concrete [J].Journal of the China Railway Society ,2022 ,44(5):157-165.
[28]刘全升 ,卢凤莲 ,刘仲基 .石粉含量对机制砂自密实混凝土耐久性的影响 [J].混凝土 ,2023 (5):92-95.LIU Quansheng ,LU Fenglian ,LIU Zhongji .Influence of stone powder content on the durability of machine-made sand self compacting concrete [J].Concrete ,2023 (5):92-95.
[29]张凯 ,李北星 ,李广 ,等.片麻岩石粉掺入方式对混凝土性能的影响 [J].水利水电技术 (中英文 ),2023 ,54(1):187-198.ZHANG Kai ,LI Beixing ,LI Guang ,et al .Effect of gneiss powder mixing mode on concrete performance [J].Water Resources and Hydropower Engineering ,2023 ,54(1):187-198.
[30]姚越 ,左彦峰 ,宋天威 ,等.机制砂对混凝土性能的影响研究综述 [J].混凝土世界 ,2023 (6):71-76.YAO Yue ,ZUO Yanfeng ,SONG Tianwei ,et al .Effect of machine-made sand on the properties of concrete [J].China Concrete ,2023 (6):71-76.
[31]刘文浩 ,卿迟 ,冯前进 ,等.机制砂石粉参数对混凝土性能的影响 [J].武汉理工大学学报 ,2023 ,45(3):31-38,62.LIU Wenhao ,QING Chi ,FENG Qianjin ,et al .Effects of physical and chemical parameters of mechanized sand on concrete properties [J].Journal of Wuhan University of Technology ,2023 ,45(3):31-38,62.
[32]赵翔宇 .石粉含量对高性能混凝土性能的应用研究 [J].黑龙江交通科技 ,2023 ,46(2):30-33.ZHAO Xiangyu .Study on the application of stone powder content to the performance of high performance concrete[J].Communications Science and Technology Heilongjiang ,2023 ,46(2):30-33.
[33]刘凯 ,张海政 ,宋正林 ,等.高石粉机制砂 C60自密实混凝土的制备与应用 [J].混凝土 ,2019 (11):141-144,LIU Kai ,ZHANG Haizheng ,SONG Zhenglin ,et al .Preparation and application of C 60 self-compacting concrete using manufactured sand with high content stone powder [J].Concrete ,2019 (11):141-144,148.
[34]刘云 .节能低碳发展 创新应用担当 :中国水泥协会特种水泥分会工作总结 (2022年及 2023年)(下)[J].中国水泥 ,2024(2):34-38.LIU Yun .Energy saving and low-carbon development innovation and application ：Summary of special cement branch of China cement association (2022 and 2023 ) (part Ⅱ)[J].China Cement ,2024 (2):34-38.
[35]赵少鑫 .新型工业化背景下的建材行业智能制造转型 [J].新型工业化 ,2024 ,14(2):10-20.ZHAO Shaoxin .Intelligent manufacturing transformation in the building materials industry under the background of new industrialization [J]. The Journal of New Industrialization ,2024 ,14(2):10-20.[36]郑龙 ,陈峰 ,严旭 .技术创新与数字化转型在混凝土与水泥制品行业中的作用及策略 [J].混凝土世界 ,2023 (9):86-89.ZHENG Long ,CHEN Feng ,YAN Xu .The role and strategies of technological innovation and digital transformation in the concrete and cement-based products industry [J].China Concrete ,2023 (9):86-89.
[37]周刚 .新型干法水泥生产技术的现状及发展前景分析 [J].工程技术研究 ,2022 ,7(12):83-85.ZHOU Gang .Current situation and development prospect of new dry process cement production technology [J].Engineering and Technological Research ,2022 ,7(12):83-85.
[38]CBMF .2022年水泥行业经济运行形势分析 [J].中国建材 ,2023 ,72(3):72-75.CBMF .Cement industry operating situation in 2022 [J].China Building Materials ,2023 ,72(3):72-75.
[39]中国混凝土与水泥制品协会 .2023年上半年混凝土与水泥制品行业运行分析 [J].混凝土世界 ,2023 (9):7-12.CCPA .Analysis of the concrete and cement products industry operation in the first half of 2023 [J].China Concrete ,2023 (9):7-12.
[40]陈玉 ,曾庆东 ,ANTUNES R .国内外粒化高炉矿渣粉标准及产业发展概况 (下)[J].混凝土世界 ,2018 (5):14-25.CHEN Yu ,ZENG Qingdong ,ANTUNES R .Granulated blast furnace slag powder standards home and abroad and industry development overview (part Ⅱ)[J].China Concrete ,2018 (5):14-25.
[41]曹忠露 ,陈平 ,刘学文 ,等.不同环境下酸性闪长岩沥青混合料长期水稳性能评价研究 [J].中外公路 ,2024 ,44(2):75-81.CAO Zhonglu ,CHEN Ping ,LIU Xuewen ,et al .Evaluation of long-term water stability of acidic diorite asphalt mixtures in different environments [J].Journal of China & Foreign Highway ,2024 ,44(2):75-81.
[42]刘路明 ,方志 ,黄政宇 ,等.膨胀剂与内养剂对超高性能混凝土性能的影响 [J].硅酸盐学报 ,2020 ,48(11):1706 -1715 .LIU Luming ,FANG Zhi ,HUANG Zhengyu ,et al.Effects of expansive agent and super-absorbent polymer on performance of ultra-high performance concrete [J].Journal of the Chinese Ceramic Society ,2020 ,48(11):1706 -1715 .
[43]杨东洋 ,曹鸿猷 ,黄京龙 .MgO膨胀剂对超高性能混凝土收缩性能的影响 [J].硅酸盐通报 ,2022 ,41(10):3420 -3427 .YANG Dongyang ,CAO Hongyou ,HUANG Jinglong .Effect of MgO expansive agent on shrinkage performance of ultra-high performance concrete [J].Bulletin of the Chinese Ceramic Society ,2022 ,41(10):3420 -3427 .
[44]TAZAWA E I ,MIYAZAWA S .Experimental study on mechanism of autogenous shrinkage of concrete [J].Cement and Concrete Research ,1995 ,25(8):1633 -1638 .

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