生物质气化炉

在流化床生物质气化炉内，用空气进行气化生物质（花生壳）的试验研究，分析的参数是ER（0.20.45），气化床的温度（750850℃）。

Biomass ( peanut shell ) gasification with air in pilot fluidized bed gasifier is studied .

基于模糊神经网络的生物质气化炉的智能控制

The Intelligent Control of Biomass Gasifier Based on Fuzzy Neural Network

热管式生物质气化炉反应过程的理论分析

Estimation on reaction process of the heat pipe biomass gasification furnace

家用生物质气化炉市场现状与技术发展

Technology development and market situation of household biomass gasifier

发展户用生物质气化炉

Development of household biomass gasifier

根据内燃式燃气发电机的性能参数和对燃气质量的要求，对下吸式生物质气化炉进行了设计。

According to the character of IC engine and its requirement on gas quality , designed the downdraft biomass gasifier .

因此，本文选取户用型生物质气化炉作为开发和研究对象，对其未来的推广应用具有指导价值。

Therefore , the paper chooses household-type biomass gasifier to research and develop , which has the value for guiding its application .

上述与实验观察相吻合的模拟结果将有助于放大和设计商业化的内循环流化床生物质气化炉。

These results appear in good agreement with the experiments , which will be helpful for scaling up and designing the fast internally circulating fluidized-bed biomass gasifier .

上吸式生物质秸秆气化炉的设计与试验研究

Design and test study of up suck biomass straw gasification stove

生物质流化床气化炉共气化技术的发展与应用

Development of the common-gasification technology of biomass fluid bed gasification and its application

目前我国生物质半气化炉的研究相对较少，具有很大的理论和应用研究空间。

Currently the research on the biomass semi-gasifier in our country is relatively small , so there is a large space for theory and application research .

分析了近年来生物质流化床气化炉的结焦研究的状况，总结了影响生物质流化床气化过程中结焦的因素和确定结焦时最小流化速度的几类计算方法。

The phenomenon of agglomeration and its various influencing factors , the sintering minimum fluidization velocity , the parameter change of gasification when it was agglomeration are also presented .

连续气化的生物质流化床气化炉，以空气和水蒸气为气化剂，用生物质和煤为原料（煤的质量比0~20%），煤气热值为6~7MJ/m3。

Biomass fluidized bed with continuous gasification takes air and steam as gas and biomass and coal as raw materials ( the mass ratio of coal is 0 ~ 20 % ), with the heat value of fuel gas being 6 ~ 7 MJ / M.

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 ;

生物质循环流化床气化炉的数学模型研究

Mathematic model study on circulating fluidized bed gasifier for biomass

本论文旨在构造一种能全面反映问题的物理化学仿真模型和数值计算方法，阐述稻秸秆、木屑等生物质在流化床气化炉内的反应过程。

The thesis describes kinds of physical chemical model and numerical methods that predict the gasification process in the fluidized bed gasifier of the biomass , such as haulm and wood .

生物质内循环流化床气化炉结焦特性

Characteristics of agglomeration in Inner fluidized bed gasification of biomass fuels

生物质成型燃料半气化炉温度巡检系统的设计与应用

Design and Application of Temperature Patrol Inspection System of Biomass Briquette Semi-gasification Boilers