蓄热式热力焚烧系统,regenerative thermal oxidizer
1)regenerative thermal oxidizer蓄热式热力焚烧系统
1.Application of thermal recuperative oxidizer andregenerative thermal oxidizer to drying oven of painting line热回收式和蓄热式热力焚烧系统在涂装线烘干室中的应用
英文短句/例句
1.Application of thermal recuperative oxidizer and regenerative thermal oxidizer to drying oven of painting line热回收式和蓄热式热力焚烧系统在涂装线烘干室中的应用
2.Auto-control Scheme for the Combustion System of the Regenerative Reheating Furnace蓄热式加热炉燃烧系统自动控制方案
3.Temperature Control System for the Heating Furnace with Regenerative Radiant Tube Burners基于蓄热式烧嘴的加热炉温度控制系统
4.Numerical Analysis of Dynamic Properties of Regenerative High Temperature Air Combustion System in Coupled Case;耦合工况下蓄热式高温空气燃烧系统的动力学特性分析
5.THERMODYNAMIC CALCULATION AND ANALYSIS OF THE HEAT STORAGE SYSTEM FOR 1 MW TOWER-TYPE POWER GENERATION USING SOLAR ENERGY1MW塔式太阳能发电蓄热系统热力计算及分析
6.It is made up of heat accumulation recovery system with high efficiency and reversing combustion system as well as control system.它是由高效蓄热式回收系统，换向式燃烧系统和控制系统组成。
7.Research and Development of CAO-based Incinerator System of Retort Pyrolysis Gasification基于CAO技术的干馏热解气化焚烧系统的研发
8.The Autocontrol System for the Regenerative Heating Furnace Based on PLC;基于PLC的蓄热式加热炉自动控制系统
9.The Calculator Control System of the Step by Step Deams and Saving Hot Into Heating Furance步进梁蓄热式加热炉计算机控制系统
10.Research and Calculation of the Heat Reservoir Heating System of the Electric Boilers;蓄热式电加热锅炉供热系统的研究与计算
11.Thermodynamic Calculation and Optimization of a New Type Medical Waste Incinerator新型医疗垃圾焚烧炉热力计算及优化
12.On this basis, some principle recommendations have been put forward for optimizing design of the thermodynamic system for MSW incneration power plant.在此基础上,对垃圾焚烧发电厂热力系统优化设计提出了原则性的建议。
13.Application of Brown Burner on Air Controlled Incinerator布朗燃烧器在控气式热裂解焚烧炉中的应用
14.Feasibility Analysis on the Utilization of Residual Heat from the Gas in the Incineration System of Rural Small Medical Waste农村小型医疗废弃物焚烧系统烟气余热利用的可行性分析
15.The Design and Study of Full-Automatic Control System of Regenerative Soaking Furnace;蓄热式均热炉全自动控制系统设计与研究
16.BUILDING SMALL PERFORMANCE ANALYSIS OF AMMONIA ABSORPTION HEAT PUMP WITH THERMAL-ENERGY STORAGE OF OFF-PEAK POWER利用“低谷电”蓄热的氨吸收式热泵小型化系统
17.Condensation,Heat storage and Dehumidification Effects of Air-circulating and Regenerative Dehumidification System inside Greenhouse in Southern China南方温室内空气循环式蓄热除湿系统的冷凝、蓄热与除湿效应
18.Research and Application on Heat Pipe Receiver for Solar Dynamic System热管式吸热/蓄热器在太阳能发电系统中的研究与应用
相关短句/例句
thermal recuperative oxidizer热回收式热力焚烧系统
1.The working principles, system composition and characteristics ofthermal recuperative oxidizer (TNV) and regenerative thermal oxidizer (RTO) in drying ovens of painting line were introduced.介绍了涂装线中烘干室热回收式热力焚烧系统(TNV)和蓄热式焚烧系统(RTO)的工作原理、基本组成及特点。
3)regenerative combustion system蓄热式燃烧系统
1.The successful application of a new-typeregenerative combustion system for the heating furnace in a track beam plant is presented, together with a detailed explanation of the characteristics of the new-type combination burner as the core link,which deserves widely spreading as a successful example.介绍了在某钢厂轨梁厂加热炉上成功使用的蓄热式燃烧系统,对核心环节新型组合式烧嘴的特点做了详细说明,做为成功范例,值得广泛推广。
2.The high-efficientregenerative combustion system and switching system are organically combined with the furnace body.该炉将高效蓄热式燃烧系统、换向系统与炉体有机结合 ,生产实践证明 :炉膛温度最高可达 14 0 0℃ ,废气排放温度低于 15 0℃ ,各项指标均符合设计要求。
4)exhaust gas heat saving type oven"蓄热式"废气焚烧炉
5)RTO heat reserve exhaust air burning ovenRTO蓄热式废气焚烧炉
6)Regenerative combustion system蓄热燃烧系统
1.Based on the situation of Baosteel,the technology center has developed the regenerative combustion system (including regenerative burner,honeycomb and cross-valve etc.宝钢技术中心结合宝钢的应用工况,自行开发了蓄热燃烧系统(包括蓄热烧嘴、蜂窝体和换向阀等关键设备),开发的系统在专门设计的中试炉上进行了试验,证明该系统性能先进,可以满足工业应用。
延伸阅读
燃烧系统燃烧系统combustion systemronshoox一tong姗烧系统(eombustion system)为使燃料在锅炉炉脸内充分嫩烧，并将燃烧生成的烟气排人大气所需的设备和相应的烟、风、煤(煤粉)管道的组合。燃烧系统应根据嫩用嫩料的类型，如固体、液体或气体燃料.电站锅炉的类型和嫩烧方式，合理选择工艺流程、决定设备和管道的规格、数量，充分考虑必要的裕度，使锅炉和嫩烧系统在最安全和经济的情况下运行。燃烧系统通常由燃料制备、空气系统及烟气系统组成。燃料制备燃用液体燃料的锅炉，仅需设置液体燃料储运系统，包括燃料油库、油泵房，并将液体嫩料加热，满足其对流动性和喷嘴雾化猫度的要求。燃用气体然料时，在厂内可不设储存设施，仅配!调压站和分配管路，必要时进行过滤和脱水处理。燃用液化天然气(liquefied natural gas，LNG)或液化石油气(liquefiedpetroleum gas，LpG)的电厂需设里独立的液化气接收、储存和气化站(厂)。燃用固体嫩料的锅炉，需按不同燃烧方式对燃料进行制备。层式燃烧炉只需在输煤系统内设单级筛碎设备将原煤破碎到30mm(抛煤炉)~50mm(链条炉)以下的合理顺粒配比，即可进人锅炉嫌用。对流化床徽烧锅炉，根据来煤粒度情况设置一级或二级筛碎设备，破碎后的粒度一般要求为10mm以下，如原煤水分较大时，需用热空气(或烟气)在二级破碎中予以干燥。对惫浮然烧锅炉需增设煤粉制备系统，将原煤研磨成细粉。制粉系统有集中制和单元制两种配置方式，在制粉车间内集中制粉，然后用粉泵分送到各台锅炉嫩烧的称为集中制制粉系统;按锅炉为单元各自配置制粉设施的称为单元制制粉系统。近代电厂通常采用单元制制粉系统。单元制制粉系统又可分为中间储仓式制粉系统和直吹式制粉系统两种类型。制粉系统中常用的磨煤机有低速(筒式)、中速(辊式、碗式和球式)和高速(风扇式、锤击式)三种类型，低速磨煤机多与中间储仓式制粉系统相匹配，高、中速磨煤机多与直吹制粉系统相匹配。空气系统燃料燃烧所需要的空气由送风机、一次风机供给，并经锅炉空气预热器加热到300~400C，其中一部分同时作为煤粉制备系统的干燥剂及输送介质。根据锅炉嫌烧需要，通常将燃烧用的空气分为一次风、二次风，分别送人炉膛。
