Effect of reaction atmosphere on tar production from coal pyrolysis in fluidized bed reactor 热分解气氛对流化床煤热解制油的影响
Feasibility Study of new type Pyrolysis Liquefacient Reactor Based on Electromagnetic Induction 基于电磁感应的新型热解液化反应器可行性研究
Model analysis of gas/ solid flow behavior in standpipe of CFB combined with a pyrolysis reactor CFB煤燃烧/热解双反应器立管内气固流动模型分析
The effect of CaO catalysts on tar cracking in a rapid pyrolysis fixed bed reactor was studied in order to cut down the yield of tar in pyrolysis or gasification process. 根据浅床层鼓泡流化床的特点以及生物质的热解特性,研制出生物质快速热解的流化床热解反应器,并进行生物质快速热解制取生物质油的试验研究。
Research on Properties of Bio-Oil from Biomass Fast Pyrolysis in Fluidized-Bed Reactor 流化床反应器生物质快速热裂解生物油特性的试验研究
Stability analysis of system of circulation fluidized bed combined with a coal pyrolysis reactor 循环流化床煤燃烧/热解双反应器系统稳定性分析
Visual experiment validation of the lowest entrained speed in biomass fast pyrolysis and liquefaction reactor 生物质热解液化反应塔中最小携带流速的可视化试验验证
Study and Design on BIO-FUEL-OIL Flash Pyrolysis Rotating Cone Reactor 生物质裂解旋转锥式热解液化反应器的设计研究
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. 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。
Study and Design a Vertical Spiral Feed Device for Rotating Cone Pyrolysis Reactor 转锥式热裂解反应器的立式螺旋喂料器研究设计
Model of cellulose particle pyrolysis in fluidized bed reactor 流化床中单颗粒纤维素热解模型研究
In order to analyze biomass pyrolysis in down flow reactor, computation of flow and heat transfer for solid media and biomass mixture in the inclined tube was investigated theoretically. 该文研究了下降管式热解液化装置中热载体和生物质粉混合物沿倾斜管流动和传热的计算。
Sulfur removal and its distribution during coal pyrolysis in fluidized bed reactor under oxidative atmospheres 氧化性气氛下流化床中煤的热解脱硫及硫的分布
In order to determine the design variable of Flash Pyrolysis reactor, we should study on the bulk density and friction coefficient about the mixture of heat-carrier and biomass powder. 为确定快速热解反应器的设计参数,必须对热载体与生物质粉混合物的堆密度和滑动摩擦系数进行研究。
Effects of pyrolysis chamber on gas/ solid flow characteristics of the standpipe in a CFB combined with coal pyrolysis reactor system CFB煤燃烧/热解双反应器中热解室对立管内气固流动特性的影响
A mathematic model of cellulose paper pyrolysis in the mechanic reactor was proposed. 本文建立了基于上述机理性试验台的纤维素热裂解机理模型。
A study on the structure safety design theory of rotating cone fast pyrolysis reactor 转锥式闪速热解反应器结构安全性设计理论研究
Introduces the characteristics of plasma reactor, and analyzes the mechanism of producing acetylene through coal pyrolysis in plasma reactor and the pilot-test progress. 介绍等离子体反应器特性,分析煤在等离子反应器中热解制乙炔工艺机理和中试进展;
Based on the operating conditions of olefin plant, numerical simulation was carried out for naphtha pyrolysis reaction in the reactor tubes of SL-II ethylene cracking furnace, adopting the molecular reaction model presented by Kumar. 以SL-Ⅱ型乙烯裂解炉反应管为对象,结合烯烃厂裂解工艺参数,对管内石脑油裂解反应过程进行了模拟研究。
Calculations for Parameters of Laser Beam Route in Laser-Induced Vapour-Phase Pyrolysis Reactor 激光热解制粉反应器的光路参数优化计算
Analysis of Working Condition of Pyrolysis Tubular Reactor by Two dimensional Model 用二维模型分析裂解炉管操作工况
On the basis of chemical fractionation and subsequent measurements, the transformation and emission characteristics of different forms of alkali and Cl during the whole process of rice straw pyrolysis were examined in a small-scale fixed bed pyrolysis reactor. 以化学分馏法和相关检测为基本分析手段,在小型固定床热解试验台上以稻杆为原料进行了试验,得到不同形式的碱金属和Cl在热解各阶段的动态析出过程和转化特性。
The atmosphere of combustor is isolated in relation to pyrolysis reactor and the gasifier. 燃烧器和热解器、燃烧器和气化器之间的气氛独立分开。
Biomass pyrolysis kinetics analysis aims to obtain accurate kinetic parameters, and then determine the pyrolysis reaction mechanism, to provide theoretical guidance for the pyrolysis reactor design and optimization of the pyrolysis conditions. 热解动力学分析的目的在于获得准确的动力学参数,进而确定热解反应机理,为热解反应器的设计和热解工艺条件的优化提供理论指导。
The kinetics study of biomass pyrolysis can provide the basic theory of the biomass thermo-chemical conversion technologies, and it can present important references for the design of pyrolysis reactor and process optimization, understanding the mechanism and development of thermo-chemical conversion technologies. 热裂解动力学研究可为生物质高效热化学转化技术研究提供理论基础,对设计热裂解反应器、优化热裂解工艺流程、探索热化学转化机理和开发热化学转化技术具有重要意义。
The system is composed of three reactors, a gas-solid countercurrent moving bed gasifier, a moving bed pyrolysis reactor and a riser-type combustor. 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。
In order to simplify the study, heated air was used as the flow media instead of pyrolysis vapours and the biochar powder obtained from the pyrolysis of corn stalk powder in a fluidized bed pyrolysis reactor in our lab was added into the air for the experiment. 为了简化实验,本实验用热空气代替热解气作为流动介质,并将玉米秸秆粉在本实验室的热解流化床内热解得到的生物质炭粉加入到热空气中。
The pyrolysis reactor contained preheating chamber and combustion chamber and a flow deflector was set in the junction of the two chambers. 该裂解器的整个炉膛分为预热室和燃烧室,并在两区域连接处设置导流片。
During the experiment, we found many problems and improved, and provided a reference for the designs of pyrolysis reactor in the future. 在试验过程中,发现了许多问题并予以改善,为以后热裂解反应器的设计提供一定的参考依据。
Fast pyrolysis of biomass in the pyrolysis reactor and catalytic steam reforming of tar in the gasifier occurs in sequence. In the combustor, reheating of solid heat carrier and regenerated catalyst are made by burning off the residual char and coke on catalyst. 在固体热载体循环过程中,热解器内生物质快速热解反应、气化器内热解焦油水蒸汽催化转化反应、燃烧器内热解半焦燃烧反应和催化剂烧碳再生反应依次发生。