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日本居民和商业用户液化石油气系统及设备

王洪林 周媛媛 张梦婷 刘成良 覃婷婷 刘杨 黄世宇

煤气与热力2024,Vol.44Issue(10):后插21-后插26,后插32,7.
煤气与热力2024,Vol.44Issue(10):后插21-后插26,后插32,7.

日本居民和商业用户液化石油气系统及设备

Liquefied Petroleum Gas Systems and Equipment for Residential and Commercial Users in Japan

王洪林 1周媛媛 2张梦婷 1刘成良 3覃婷婷 3刘杨 2黄世宇2

作者信息

  • 1. 中国市政工程华北设计研究总院有限公司城市燃气热力研究院,天津 300384||天津市城镇燃气应用重点实验室,天津 300384
  • 2. 中国石油大学(华东)储运与建筑工程学院,山东青岛 266580
  • 3. 华润燃气(郑州)市政设计研究院有限公司,河南郑州 450006
  • 折叠

摘要

Abstract

Drawing on the advanced experience of residential and commercial users in Japan in ensu-ring the safety of LPG systems,suggestions are put for-ward to reduce LPG accidents in China.The construc-tion of gas alarm control system is strengthened.The a-larm control system of the LPG system for residential users in Japan is composed of in-telligent gas meters,LPG leakage alarms and CO a-larms,and the alarm control system of the LPG system for commercial users is composed of commercial auto-matic gas shut-off devices,LPG leakage alarms and CO alarms,forming a safety guarantee system for LPG systems.LPG cylinders are stored outdoors.Japan's LPG cylinders are placed in a fixed position outdoors to effectively reduce the possibility of LPG gathering in-doors after a leak.The research and development and application of new equipment are strengthened.In ad-dition to the basic pressure regulation function and shutdown function,the automatic switching regulator can automatically switch to the spare side cylinder and supply gas with the use side cylinder at the same time when the LPG supply of the use side cylinder is insuffi-cient.The technical research is focused on.The ten-sion anti-outgassing high-pressure hose can prevent LPG leakage caused by earthquakes,so as to avoid secondary disasters caused by earthquakes.

关键词

日本用户燃气系统/液化石油气/居民用户/商业用户

Key words

Japanese user gas system/lique-fied petroleum gas/residential users/commercial users

分类

土木建筑

引用本文复制引用

王洪林,周媛媛,张梦婷,刘成良,覃婷婷,刘杨,黄世宇..日本居民和商业用户液化石油气系统及设备[J].煤气与热力,2024,44(10):后插21-后插26,后插32,7.

基金项目

中国石油大学(华东)校级教学改革项目"流体输配管网课程线上线下混合式教学体系的构建"(CM-2022043) (华东)

煤气与热力

1000-4416

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