重型工业建筑热力管道敷设安装及节能优化路径分析

Analysis of Thermal Pipeline Installation and Energy-saving Optimization Path in Heavy Industrial Buildings

摘要:

针对重型工业建筑热力管道存在的运行热损高、疏水排凝不稳定、凝结水回收不足等问题,文章构建了覆盖敷设安装、节点质量控制、运行节能优化和效果评估的完整技术路径:通过焊接试压分级管理、穿墙套管保温连续处理与保温防腐分段配置,提升管道安装质量;结合保温降损、疏水阀校核及凝结水闭式回收,实现运行节能调控。结果表明,该技术路径可有效提升热力管道节能运行与运维反馈水平。

Abstract:

In response to the problems of high operating heat loss, unstable drainage and condensation, and insufficient condensate recovery in thermal pipelines of heavy industrial buildings, this article constructs a complete technical path for covering laying and installation, node quality control, energy-saving optimization, and effect evaluation: through welding pressure testing and grading management, continuous insulation treatment of through wall sleeves, and segmented configuration of insulation and anti-corrosion, the installation quality of pipelines is improved. Combined with insulation and loss reduction, check of drain valves, and closed recovery of condensed water, achieve energy-saving regulation during operation. The results showed that this technological path can effectively improve the energy-saving operation and operation feedback level of thermal pipelines.