气流床气化

生物质气流床气化特性及残炭特性的研究

Biomass entrained flow gasification and residue behavior

因此，在生物质气流床气化过程中，烘焙预处理能为生物质的粒径减小和随后的粉体气力输送提供了一个良好的解决途径。

It therefore provides a solution to the problems concerned with entrained flow gasification related to size reduction of biomass and the subsequent pneumatic transport of the powder .

气流床气化炉内气体浓度的分布规律湿法气流床煤气化过程中N、S、As元素的迁移分析

Analysis on the Transfer of Nitrogen , Sulfur and Arsenic in the Process of Wet-feed Entrained Flow Pressure Coal Gasification

并借助aspenplus过程模拟平台，对生物质气流床气化炉进行了模拟，得如下结论：生物质气流床气化合适的O/C摩尔比宜选在1.4～1.6左右；

The biomass entrained flow gasifier has been simulated with the model offered by the ASPEN PLUS process simulator . From this study , the following conclusions are derived : the appropriate molar ratio of oxygen to carbon is ranging between 1.4 ~ 1.6 ;

气流床气化炉压力波动信号的R/S分析

R / S Analysis of Pressure Fluctuation Signal of Entrained-Flow Gasifier

几种气流床气化炉部分气化指标的对比分析

Comparison between the Technical Parameters of Three Kind of Fluidized Bed Gasifiers

气流床气化炉熔渣沉积模拟实验研究

An Experimental Study of Slag Deposit in the Entrained-Flow Gasifier

酒精发酵废液煤浆气流床气化实验研究

Experimental study of coal alcohol fermentation wastewater slurry entrained-flow gasification

应用炉膛压力诊断气流床气化炉的火焰状态

Diagnosis of entrained flow gasifier flame using chamber pressure

气流床气化炉炉体三维传热模型研究

Study of three-dimension heat transfer model for entrained-bed gasifier

气流床气化技术的现状及对比

Application status and comparison of entrained-flow coal gasification technologies

生物质气流床气化技术分析与探讨

Application of PIV in entrained - bed Analysis of biomass entrained flow gasification

干煤粉气流床气化的发展现状与趋势

Development status and tendency of coal gasification with dry coal powder flow bed

分级气流床气化炉模型研究

Study on the modeling of staged entrained flow gasifier

对置喷水冷却在高温气流床气化炉中的应用

The application of opposed water spray cooling in an high-temperature entrained-flow coal gasifier

气流床气化炉托砖架温度分布研究

Temperature distribution research of the refractory brick support frame in entrained flow gasifier

二段式干煤粉气流床气化技术的模拟研究与分析

Simulation and Analysis on gasification technology of a two-stage dry feed entrained flow bed

气流床气化炉水冷壁结渣特性的实验研究

The new bed experimental study of Slag Deposit on water wall in the entrained-flow gasifier

湍流射流是气流床气化炉等射流反应器的基本流动形态。

Turbulent jets are the basic flow patterns in entrained-bed gasifier and other jet reactors .

双原料化一室二段气流床气化炉工艺及应用

One Chamber and Two Stages Gas Flow Bed Gasifier Process with Binary Raw Materials and Its Application

煤的气流床气化模型

Entrainment coal gasification modeling

发展气流床气化技术是中国能源安全和可持续发展的需要。

The development of entrained-flow gasification technologies is the need of energy safety and sustainable development in China .

撞击流与合成气制备炉的数值模拟撞击式气流床气化炉压力波动的周期性分析

Numerical Simulation of Impinging and Water-Gas Generating Stove Periodicity analysis of pressure fluctuations in the impinging entrained-flow gasifier

对气流床气化炉内不同气化燃烧状态下的火焰压力信号进行了小波分析。

The pressure signal of different flame status in entrained flow gasifier is analyzed by the wavelet-transform analysis in this paper .

在双喷嘴对置气流床气化炉热模平台上，对炉内压力波动特性进行了试验研究。

On a laboratory-scale testing platform impinging entrained-flow gasifier with two-burner , the experimental study of pressure fluctuations in the gasifier was performed .

现有的气流床气化技术均为高温熔渣气化技术，使国内资源丰富的双高煤无法利用。

All the existing entrained-flow gasification technologies belong to the technology of high slagging temperature process so that domestic resourceful double-high coal cant be used .

为此，研究接近气流床气化条件下煤焦的理化性质和气化反应特性显得十分重要。

Therefore , it is quite significant to study physical and chemical property and gasification reaction characteristic of coal chars at the conditions closing to entrained-flow gasification .

基于数字图像处理技术，研究气流床气化炉内多喷嘴对撞气化火焰几何特征，分析气化稳定燃烧和不稳定燃烧两种状态。

Based on the digital image processing technology the flame characteristics in entrained flow gasifier is researched and the stable and instable flame status is analyzed respectively .

介绍了气流床气化中两种常规加压进料方法&干粉加压进料法和湿法加压进料法。

Two kinds of conventional pressure feeding systems ( dry and wet ) in entrained flow gasification and some adverse factors restricting the development of the systems were introduced .

基于气流床气化炉流动特征（区域模型），进行状态离散，建立停留时间分布随机模型。

Based on the flowing characteristic of jet entrained gasifier ( region model ), the states are decomposed and the stochastic model of residence time distribution has been constructed .