使用非开挖方法重建地下管道设计实践中的数字化工具

Q4 Engineering
V. Orlov, Сергей Зоткин, Dmitry Podolyan
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引用次数: 0

摘要

文章重点介绍了利用自动化综合系统对破旧压力管网的维修和修复工程进行多选项设计的可能性,以便在温度因素方面实现水运输的最低能源成本。作为数字工具,介绍了两个基于水力和能源计算操作的自动化程序。作为破旧管道重建的基本变体,非开挖 Swagelining 技术已被接受。该技术通过将预压缩聚合物管道拉入旧管道并随后将其拉直来实现。本文介绍了有关法规和技术文件、先进技术的应用、安装和运行条件的信息,以及用聚合物管道重建破旧管道段后的能耗比较评估,以期在管道运行的非等温条件下最大限度地降低水运输过程中的能耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ИНСТРУМЕНТЫ ЦИФРОВИЗАЦИИ В ПРАКТИКЕ ПРОЕКТИРОВАНИЯ ПРИ РЕКОНСТРУКЦИИ ПОДЗЕМНЫХ ТРУБОПРОВОДОВ БЕСТРАНШЕЙНЫМИ МЕТОДАМИ
The article focuses on the possibilities of multi-optional design of repair and rehabilitation works on dilapidated pressure pipeline networks with the use of automated complexes in order to achieve minimum energy costs in water transportation with regard to the temperature factor. Two automated programs based on hydraulic and energy calculation operations are presented as digital tools. As a basic variant of reconstruction of dilapidated pipelines, the trenchless Swagelining technology was accepted. It is realized by pulling pre-compressed polymer pipes into old pipelines with their subsequent straightening. The paper presents information on regulatory and technical documentation and the application of advanced technology, installation and operation conditions, as well as comparative assessment of energy consumption after reconstruction of dilapidated sections of pipelines with polymer pipes with the possibility of minimizing energy consumption during water transportation under non-isothermal conditions of pipeline operation.
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来源期刊
CiteScore
0.80
自引率
0.00%
发文量
43
审稿时长
4 weeks
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