.本文探讨了BIM技术在钢结构工程中的应用,重点分析了其在协同设计和施工一体化管理中的优势.首先,介绍了BIM技术如何提升钢结构设计精度,优化施工方案以及提高项目管理效率.其次,详细分析了BIM技术在钢结构工程中的协同设计应用,促进了多专业设计的集成与优化.最后,讨论了BIM技术在施工一体化管理中的应用,包括提高施工质量,安全性,资源配置与进度控制等方面.研究表明,BIM技术能够显著提升钢结构工程的管理水平,减少成本和风险,促进工程的高效实施.多高层轻钢住宅结构体系及其工程应用

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A wastewater treatment plant in an industrial park in Central Jiangsu Province has a design capacity of 30 000 m/d, accepting electronic, photovoltaic, and other refractory industrial wastewater. For this complex industrial wastewater, an integrated process-"improved anaerobic-anoxicoxic (AAO) membrane bioreactor (MBR) advanced treatment"-was developed to achieve advanced treatment performance. The improved AAO process enhances nitrogen removal efficiency through a four-stage biochemical reaction (anaerobic-anoxic-aerobic-post-anoxic), while the advanced treatment employs an integrated process: "ozone catalytic oxidation–high-efficiency sedimentation–denitrification filter tank. " Actual operation results in 2024 showed that the average concentrations of chemical oxygen demand (CODCr), ammonia nitrogen (NH3-N), total phosphorus (TP), and fluoride were 11, 0.23, 0.02, and 2.83 mg/L, respectively-all significantly better than Class IV standards of the Surface Water Environmental Quality Standard (GB 3838-2002). The average effluent total nitrogen (TN) concentration was 2.9 mg/L, meeting Class 1A standards of the Pollutant Discharge Standard for Urban Wastewater Treatment Plants (GB 18918-2002). A portion of the effluent is reused for road sprinkling and plant greening, while the remaining effluent undergoes further purification via an ecological safety buffer zone. This project provides a "Biological Enhancement Advanced Treatment" model scheme for treating similar industrial wastewater.

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