摘要
以污水处理厂建筑物低碳运行与能源梯度利用技术为研究主题,系统分析了低碳运行与能源优化的关键技术路径,并结合实际案例验证其可行性与成效。研究表明,通过合理的建筑布局、节能材料的应用和智能化技术,建筑物的能耗和碳排放得到了显著削减。同时,能源梯度利用技术,如沼气回收、余热利用以及深度处理设施的改进和多工艺集成,显著提升了能源利用效率,并减少了外部能源依赖,可为实现节能减排目标提供理论依据。
The research topic is low-carbon operation and energy gradient utilization technology for sewage treatment plant buildings.The key technical paths for low-carbon operation and energy optimization are systematically analyzed,and their feasibility and effectiveness are verified through practical cases.Research has shown that through reasonable building layout,application of energy-saving materials,and intelligent technology,the energy consumption and carbon emissions of buildings have been significantly reduced.At the same time,energy gradient utilization technologies such as biogas recovery,waste heat utilization,and improvement of deep treatment facilities and multi process integration have significantly improved energy utilization efficiency and reduced external energy dependence,providing theoretical basis for achieving energy conservation and emission reduction goals.
出处
《建筑技术开发》
2025年第8期132-134,共3页
Building Technology Development
关键词
污水处理厂
低碳运行
能源梯度利用
sewage treatment plant
low-carbon operation
energy gradient utilization
