而研究和开发一种新型的热解反应器是实现新工艺工业化的关键课题。
Developing a new type of pyrolysis reactor is a key step for industrialization of the new process.
本研究围绕着阵列式生物质快速热解反应器设计及其流态化模拟进行。
This paper focus on the design of an array fast pyrolysis reactor and its CFD simulations.
该系统由移动床热解反应器、移动床气化反应器和流化床燃烧反应器组成。
The system is composed of three reactors, a gas-solid countercurrent moving bed gasifier, a moving bed pyrolysis reactor and a riser-type combustor.
采用热重分析仪和固定床热解反应器对废旧电路板进行了低真空条件下的热分解实验。
Pyrolysis experiments of waste printed circuit boards(WPCBs) were carried out by means of thermogravimetric analysis(TG) and a bench-scale fixed-bed pyrolysis reactor under low vacuum.
对废轮胎在鼓泡流化床热解反应器中热解时硫的迁移行为进行了试验研究，并基于带偏差单元的IRN神经网络对其进行了预测。
The sulfur transformation during pyrolysis of used tires is studied in BFB reactor, and IRN neural network model is developed to test against observed behavior.
在小型固定床反应器上，以甲苯为模型化合物对生物质焦油在热解焦上的催化裂解反应进行了研究。
Experiments of tar cracking on char with toluene as a model compound were performed in an electrically heated tubular flow reactor.
总结了固体生物质热解液化装置——一套循环流化床反应器冷态实验的结果。
This study work illustrated briefly the fluidization characteristics of a CFB reactor, which is designed for the biomass fast pyrolysis.
以大庆轻柴油为原料，对比了微型脉冲热解和连续式管式反应器热解的性能。
Pyrolysis performance of Daqing light diesel was studied with a micro-pulsed reactor and a continuous tubular reactor.
新型的激波反应器可用于气相热解反应，具有许多优点。
A new shock wave reactor for carrying out gas phase pyrolysis has many advantages.
结果表明：天然气在氮热等离子体中热解反应强烈，其转化率主要由输入功率和甲烷流量决定，产品的选择性亦即乙炔的收率与反应器的结构密切相关。
Results show that the conversion rate of methane is mainly determined by plasma power and methane flow rate, the product selectivity is sensitive to reactor configuration.
分别应用热天平和管式炉反应器对废电路板的热解行为进行实验研究。
The experimental study has been done in a thermo-gravimetric analyzer(TG) and in a laboratory scale tubular furnace reactor, respectively.
为此，设计了一套连续给料的鼓泡流化床反应器，对废塑料在鼓泡流化床中热解的关键工艺参数进行了试验研究。
Therefore, a bubbling fluidized bed with a continuity feeder was designed. The key technical parameters of waste plastic pyrolysis in the bubbling fluidized bed were investigated.
充分利用煤颗粒在自由落下床反应器中停留时间短的特点，直接用空气做载气，对自由落下床反应器中煤在氧化性气氛下的快速热解行为和硫的变迁进行了研究。
Considering the very short particle residence time in the free-fall reactor, air was directly used as carrier gas to study the fast pyrolysis and sulfur evolution of coal under oxidizing atmosphere.
充分利用煤颗粒在自由落下床反应器中停留时间短的特点，直接用空气做载气，对自由落下床反应器中煤在氧化性气氛下的快速热解行为和硫的变迁进行了研究。
Considering the very short particle residence time in the free-fall reactor, air was directly used as carrier gas to study the fast pyrolysis and sulfur evolution of coal under oxidizing atmosphere.
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