8个月攻克多重难关，首个生命科学国家级大科学装置建设进展顺利。 近日，人类细胞谱系大科学研究设施项目（一阶段）主体结构提前封顶，标志着粤港澳大湾区生命科学 创新平台取得关键突破。项目由中建三局承建，从第一根桩基施工到主体结构封顶，项目团队仅用8个 月便攻克多重难关，圆满完成"620"桩基工程、"919"地下室结构工程、"1228"主体结构封顶等关键节 点。 相关负责人介绍，建设期间，项目团队直面广州暴雨季、高温酷暑考验，成功抵御超强台风"桦加沙"； 面对登革热、基孔肯雅热疫情风险，落实全流程防控措施实现全员零感染；针对桩基施工阶段地质复 杂、岩层坚硬不均的难题，组建专项攻坚小组，超配旋挖钻机同步作业，邀请专家优化方案，成功破解 技术瓶颈。 人类细胞谱系大科学研究设施项目是广州市"2+2+N"科技创新平台体系核心组成部分，总建筑面积 56618㎡，建成后将成为赋能大湾区生物医药产业升级的重要创新载体，聚焦细胞谱系解析、疾病机制 研究、创新药物研发等前沿领域，搭建高水平科研平台、集聚顶尖人才，为我国生命科学原创性成果产 出提供支撑，对完善区域创新生态、提升国家相关领域国际竞争力意义重大。 （记者 邵一弘 通讯员 ...

为实现上述目标，《方案》提出六大重点举措。技术应用上，支持2万平方米以上房建工程、2000万元 以上水利交通等项目应用智能建造技术，推广BIM设计、抹平机器人、5G无人塔吊等成熟技术装备， 建设智慧工地管理平台，推动装配式部品部件生产智能化升级；试点培育上，开展市级智能建造试点评 选，建立试点储备库，试点企业和项目需融入不少于2项前沿技术应用场景，并通过案例宣传、观摩培 训等活动以点带面推广经验；政策支持上，统筹资金争取中央和省级政策支持，政府投资项目明确智能 建造应用要求，企业购置智能设备可享税收优惠，试点项目在评优评先、信用加分等方面获优先支持； 队伍建设上，通过校企共建实验室、建立三级培训机制、设立"智能建造人才贡献奖"等，培育专业人才 队伍；产业培育上，支持清江浦区、淮安经开区、淮安区等地依托产业优势，打造智能建造产业基地， 鼓励龙头企业搭建共享平台，推动产业链上下游融合发展；行业监管上，建立适应智能建造的质量安全 监管机制，探索基于BIM和AI的智能审查模式，实现工程档案实时归档。 近日，淮安市住建局联合市发改委、市财政局等部门印发《淮安市加快推进智能建造实施方案》（以下 简称《方案》），明确通过技 ...

Investment Rating - The report suggests focusing on companies involved in the application of robots in flooring and wall construction [6][23]. Core Insights - The construction industry in China is projected to reach a total output value of 32.65 trillion yuan in 2024, with a year-on-year growth of 3.9%. Despite the industry's expansion, the level of industrialization and informatization remains low, leading to inefficiencies [2][8]. - The labor shortage in the construction sector is becoming increasingly severe, with the number of migrant workers decreasing from a peak of 61.09 million in 2014 to approximately 45.82 million by the end of 2023, a decline of about 25% [2][8]. - The integration of artificial intelligence, sensor technology, and automation systems is providing robust technical support for the application of construction robots, enhancing efficiency and quality while addressing labor shortages [2][9]. Summary by Sections Section 1: Industry Development - The report highlights the significant progress in construction robot technology in China, particularly in flooring and wall construction applications. Robots such as leveling, troweling, and grinding machines are widely used, improving efficiency and reducing material waste [5][18]. - The application of spraying robots for interior and exterior walls has shown to be efficient, with low paint consumption and high work efficiency [5][18]. Section 2: Policy Support - The Chinese government has introduced a series of policies to promote intelligent construction, including the "14th Five-Year Plan for the Development of the Construction Industry," which emphasizes accelerating the research and application of construction robots [3][14]. - Local governments have also implemented supportive policies, including special funds and tax incentives, to bolster the development and application of construction robot technology [4][15]. Section 3: Case Studies - The report provides examples of successful robot applications in construction projects, such as the use of exterior wall spraying robots in Xiamen, which improved efficiency by 32% compared to manual labor [21]. - In the Wuxi Liangxi District Medical Center project, robotic teams reduced the workforce by approximately 60%, significantly easing project management burdens [21]. Section 4: Investment Recommendations - The report recommends focusing on companies that are actively deploying robots in flooring and wall construction, specifically mentioning leading paint company "Sankeshu" and others like "Beixin Building Materials," "Yasichuangneng," and "Oriental Yuhong" [6][23].