燃烧设备

  • 网络Combustion equipment;fuel burning equipment
燃烧设备燃烧设备
  1. 一种漩流燃烧设备燃用贫煤时的Nox排放特性

    Nox emission characteristic of swirl combustion equipment in firing lean coal

  2. 网络计划在300MW锅炉燃烧设备生产中的应用

    Application of Network Plan in 300 MW Boiler Combustion Equipment Manufacture

  3. 在实验室条件下,以沉降炉作为燃烧设备,用8级Andersen粒子撞击器分离并收集燃烧后的颗粒物,研究了3种煤粉燃烧后生成的一次颗粒物中可吸入颗粒物排放的特性。

    Three different pulverized coals were combusted in a drop tube furnace and an 8-stage particle sizing impactor was used to separate and collect the primary particulate matter for investigating the emission features of inhalable particulate matter .

  4. 介绍了目前国内单台垃圾处理量最大的锅炉UG-10.5/2.57/370-W型城市生活垃圾焚烧锅炉技术及其燃烧设备。

    Internal Fluidized Bed Incineration Technology Treating MSW This paper presents UG-10.5/2.57/370-W type MSW Boiler which is the Largest one for MSW incineration in every day .

  5. 生物质成型燃料燃烧设备结渣特性试验研究

    Experimental study on the slagging characteristics of biomass briquette combustion equipment

  6. 当今,对于现代燃烧设备的要求越来越严格。

    Nowadays , modern firing installations are subjected to severe demands .

  7. 生物质致密燃料燃烧设备主要设计参数的试验确定

    Test of Main Design Parameters of Biomass Briquettes Combustion Equipment

  8. 以上研究成果可用于实际燃烧设备的燃烧监测与管理系统中。

    This method can practically be applied in combustion monitoring and management systems .

  9. 锅炉燃烧设备失效原因分析

    Analysis of Affecting Life of Boiler 's Burning Equipment

  10. 循环流化床锅炉燃烧设备的安装

    Mounting of Combustion Devices on Circulating Fluidized Bed Boiler

  11. 电站煤粉锅炉燃烧设备改造及燃烧优化

    Retrofitting and Combustion Optimization of fire system of the Boiler in Heze Power Plant

  12. 本文结果对于实际燃烧设备监测与诊断系统的开发提供了帮助。

    These results are helpful to develop detection and controlling systems of combustion equipment .

  13. 高硫石油焦不宜作为炭棒和电极原料,亦不适宜常规燃烧设备作为燃料。

    Petroleum coke with high sulphur content can not be used in conventional combustion equipment .

  14. 优质水煤浆的研发与燃烧设备的技术改造

    Research Develop about the Good Water Coal Mixtures and the Technique Reformation in Burnable Equipments

  15. 在现代煤粉锅炉中,制粉系统已成为与锅炉燃烧设备共同组成不可分割的燃烧系统整体的重要部分。

    In modern coal boiler , pulverizing system and boiler combustion equipment composed the whole important parts of the combustion system .

  16. 利用现有修井设备改制修井机现有燃烧设备改烧天然气的可行性初探

    Producing workover rigs by modifying existing well service equipment Initial Research on Feasibility on Use of Natural Gas in Existing Combustion Equipment

  17. 介绍了工业锅炉改造的某些方法,并重点阐述了锅炉燃烧设备的改造。

    This text introduces some methods of the industrial innovation of boilers , and particularly the combustion equipment innovation proceeded is elaborated .

  18. 今天,我们能够设计出有史以来世界上最安全的再造设施、垃圾场和废物燃烧设备。

    Today we can design history 's and the world 's safest recycling facilities , garbage dumps and facilities for burning rubbish .

  19. 湿式除尘器广泛应用于工业和民用锅炉及冶炼、燃烧设备的环保领域。

    The wet dust remover widely applies in the industry and the civil boiler and smelting , fuel-burning equipment 's environmental protection domain .

  20. 我国燃煤机组存在锅炉燃烧设备与煤质特性不相适应的问题。

    In China , coal fired boilers in electric power plants are faced with the problem of incompatibility between coal fired boilers and coal quality .

  21. 在能源、环境和化工等领域中,颗粒运动参数的在线监测对于多相流和燃烧设备的优化运行具有重要意义。

    In energy , environment and chemical sectors , on-line monitoring of particle parameters is of great significance for optimal operation in multiphase flow and combustion equipment .

  22. 从而为生物质成型燃料燃烧设备热性能、空气动力场、结渣特性、主要设计参数确定等试验奠定了基础。

    This will lay the foundation for the thermal performance test , air dynamic field test , dreg characteristic test and determinative test of the main design parameters .

  23. 结果表明,玉米秸秆成型燃料具有中等结渣与沾污倾向,为玉米秸秆成型燃料燃烧设备的设计提供了理论依据。

    The results show that corn straw briquette has the trend of mid-slagging and mid-stain , which provides theoretical basis for designing combustion equipment of corn straw briquette .

  24. 就影响锅炉燃烧设备寿命的因素进行了分析,从技术及管理角度提出了改进意见。

    This article analyses the factors of affecting the life of the boiler 's burning equipment and puts forward improving measures from the respect of technique and management .

  25. 以沉降炉作为燃烧设备来研究不同粒径煤粉燃烧后形成的一次颗粒物的特性。

    A sedimentation furnace was employed as a combustion device to study the characteristics of primary particulate matter formed after the burning of pulverized coal of different particulate diameters .

  26. 与传统的反应器及燃烧设备相比较,它具有设备大型化、过程易于控制、传热传质效率较高、床内温度分布较均匀等优点。

    This fluidized equipment is more easier for controlling and large-scale , more higher efficiency on heat and mass transfer process , better bed temperature distribution than traditional reaction and combustion devices .

  27. 进而从反应机理、火焰传播速度、火焰稳定性3方面分析其中的原因,提出了一些现有燃烧设备改烧天然气的措施。

    Reasons are analyzed from aspects of reaction mechanism , flame spread speed and flame stability , and some measures are presented to modify the existing combustion equipment to fire natural gas .

  28. 本文采用生物质成型燃料双层炉排燃烧设备,分别进行了炉膛温度、燃料层厚度、燃料粒径和过量空气系数等对结渣率影响的试验,得出了生物质成型燃料燃烧设备的结渣特性。

    By using double-grate biomass briquette combustion equipment , we carried out the experiments investigating the effect of furnace-tank temperature , fuel thickness , fuel diamete and excess air coefficient upon the slagging rate .

  29. 以沉降炉作为燃烧设备,燃烧温度1100℃、氧化气氛下,用8级安德森粒子撞击器分离并收集燃烧后的颗粒物样品。

    With a sedimentation furnace serving as a combustion device under an oxidizing atmosphere and combustion temperature of 1 100 ℃, sample particles after combustion were separated and collected by use of a 8-stage Anderson particle impactor .

  30. 由于形成条件及形成过程不同,生物质与煤的成分和结构不相同,决定了其燃烧设备在结构设计、空气供给等方面与燃煤锅炉有所不同。

    Due to the formation of different conditions and processes , the composition and structure of biomass and coal is different , which determines the combustion equipment is different , especially in the structure design and the air supply .