燃气常压热水锅炉房,atmospheric gas hot-water heating boiler room
1)atmospheric gas hot-water heating boiler room燃气常压热水锅炉房
2)gas heating boiler house燃气供热锅炉房
1.The influencing factors for energy utilization ingas heating boiler house are analyzed.分析了燃气供热锅炉房能源利用的影响因素。
英文短句/例句
1.Energy-conserving Technology and Application of Gas Boiler Room;燃气供热锅炉房节能系统技术及应用
2.Safety Design of Atmospheric Gas Hot-water Heating Boiler Room燃气常压热水供热锅炉房的安全设计
3.Atmospheric Environmental Impact Simulation of Gas Fired Boilers as Peak Load Heat-Sources燃气锅炉房调峰供热的大气环境影响模拟
4.Economical Analysis of Centralized Heat- Supply、Gas- Fried Boiler and Electric Power Heating System集中供热、燃气锅炉及电热供暖系统的经济分析
5.Direct burning of Natural gas in heating boilers is being discussed.对供热锅炉直接燃烧天然气的情况进行了讨论。
6.Research on Intelligent Heat Load Regulation System of District Heat Supply by Gas Boiler;燃气锅炉区域供热智能负荷调节系统的研究
7.The University of Georgia uses large steam boilers to heat its buildings and produce hot water.佐治亚大学用大型的蒸气锅炉为房屋供热和生产热水。
8.boiler for central heating of iron or steel ,non electric (excl. steam-generating boilers, superheated water boilers and stoves with subsidiary boilers)集中供暖锅炉,钢或铁制,非电动的（不包括蒸气发生锅炉、过热水锅炉和带有辅助锅炉的加热炉）
9.Calculation of Delivery Lift of Circulation Pump in Regional Heating Boiler Plant小区供热锅炉房循环水泵扬程的计算
10.Analyzing on heat transfer and economic character on a 170t/h gas & oil fired boiler170t/h燃油锅炉掺烧燃气换热特性及经济性分析
11.The Numerical Simulation of the Combustion and Heat Transfer in the Hearth of Fuel-Oil or Fuel-Gas Boiler by CFX;基于CFX的燃油燃气锅炉炉膛内燃烧传热的数值模拟
12.Discussion on Safety Precautions for Electrical Explosion Protection in Design of Gas-fired Boiler Housing燃气锅炉房电气防爆设计的安全措施探讨
13.Regional Coal-fired Boiler Heating System and Energy-saving Technology Housing Research区域燃煤锅炉房供暖系统节能技术研究
14.Analysis on Energy Efficiency of Economizer Installed on NS Type of Gas Fired Boiler换热器在燃气锅炉余热应用中的能效分析
15.Research of Optimal Operation for Boiler Plant Heating System with Steam Accumulator;配蓄热器锅炉房供热系统优化运行研究
16.Research and Application of Heating Pulverized Coal Boiler Combustion Control System;供热煤粉锅炉燃烧控制系统的研究与应用
17.CO firing waste heat boiler一氧化碳燃烧废热锅炉
18.Discussion on Using Flue Gas Waste Heat and Solar Energy as Supplemental Heat Source for Boiler Room烟气余热和太阳能作为锅炉房补充热源的探讨
相关短句/例句
gas heating boiler house燃气供热锅炉房
1.The influencing factors for energy utilization ingas heating boiler house are analyzed.分析了燃气供热锅炉房能源利用的影响因素。
3)constant pressure gas-burning boiler常压燃气锅炉
4)gas-fired hot water boiler燃气热水锅炉
1.The individual heating system with gas-fired hot water heater and the heating system withgas-fired hot water boiler are introduced.介绍了燃气热水炉单户供暖系统和燃气热水锅炉供暖系统,分析了供暖系统的调节方式。
5)normal pressure hot-water boiler常压热水锅炉
1.Heat supply design and regulating ofnormal pressure hot-water boiler;常压热水锅炉供热设计与调节
2.Several problems existed innormal pressure hot-water boiler design;浅析常压热水锅炉设计中的几个问题
3.By way of technological analyzing for the burst of anormal pressure hot-water boiler,the paper finds out the causes of the accident and emphasizes specially the danger ofnormal pressure hot-water boiler with improper installment or operation.通过对一起常压热水锅炉爆炸事故的技术分析,查找出事故原因,并强调了常压热水锅炉安装使用不当的危害性。
6)atmospheric hot water boiler常压热水锅炉
1.Discussions on installation height of expansion tanks foratmospheric hot water boilers常压热水锅炉供暖系统中锅炉膨胀水箱设置高度的探讨
2.The characteristics ofatmospheric hot water boiler and the existing problems are introduced.介绍了常压热水锅炉的特点及其存在的问题,根据定压方式将常压热水锅炉供热系统分为单点定压供热系统及双点定压供热系统,对设计、调节常压热水锅炉供热系统应注意的问题进行了探讨。
3.The safety problems needing attention in design and operation ofatmospheric hot water boiler room are discussed, which involve the design of system process, the water hammer and the cavitation in circulating pump.对常压热水锅炉房设计运行中应注意的安全问题进行了探讨,涉及系统流程设计、水击、循环泵汽蚀。
延伸阅读
区域锅炉房供热以区域锅炉房作为热源的城市集中供热方式。区域锅炉房内一般都装置大容量、高效率的蒸汽锅炉或热水锅炉，向城市各类用户供应生产和生活用热。用区域锅炉房代替分散小型锅炉供热,能节约燃料,改善供热质量，减少对大气的污染。区域锅炉房的热能利用效率通常低于热电厂，规模和场地的选择比较灵活，投资比建热电厂少，建设周期较短，是目前城市集中供热的一种主要方式。根据使用要求，区域锅炉房装置有蒸汽锅炉、热水锅炉，或同时装置两种锅炉。燃料可用煤、重油、天然气、垃圾废料等。蒸汽锅炉房 工矿企业的大多数工艺设备是以蒸汽作为供热介质。为此，一般采取在锅炉房内装置蒸汽锅炉向厂区供应蒸汽的形式。当采暖、通风等季节性热负荷由热水系统供热时，可在锅炉房内装置蒸汽－水加热器来加热热水网路的循环水（图1），或同时装置热水锅炉，直接加热热水网路的循环水。热水锅炉房 当城市集中供热是以采暖热负荷为主时，一般采用在区域锅炉房内装置热水锅炉的形式。为保证热水供热系统安全、可靠地工作，需要在区域锅炉房内对系统采取稳定压力的措施，主要有利用补给水泵定压、蒸汽定压和氮气定压等方式。补给水泵定压是靠电动补给水泵向网路补给水,来稳定网路压力（图2）。它采用的设备比较简单，动力消耗低，故目前比较普遍采用。缺点是一旦停电便失去定压作用，因而在电力供应不大可靠的地区，需要考虑水泵停止运行时防止系统产生气化和水击的措施。热电厂和区域锅炉房是城市集中供热的主要热源。区域锅炉房既可以单向一些街区供热，形成独立的供热系统;也可以作为热电厂的辅助热源，在高峰负荷时,与热电厂联合供热。因此，区域锅炉房布局、与热电厂建设配合以及联合供热等问题，应在城市供热整体规划中全面安排。区域锅炉房的规模主要取决于技术水平和技术经济（如热水锅炉单台容量、气候条件、热负荷密度、煤价、电价等）及对周围环境污染等因素。苏联用于城市集中供热的热水锅炉，其单炉最大容量为209兆瓦,并认为合理的区域锅炉房供热热负荷以290～465兆瓦为宜。中国正在设计、施工的区域锅炉房供热系统，其最大的供热热负荷为290兆瓦。
