Study on Filtrating Efficiency of Micron Aerosol Particles by Granular Bed Filter 微米级气溶胶粒子在滤层中的收集效率研究
DUAL-LAYER GRANULAR BED FILTER FOR HOT GAS CLEANUP AND ITS APPLICATION IN METALLURGICAL FURNACES Renovation of ESP in the Process of Rich Oxygen Under-gate Blast Reduction 双层滤料颗粒床高温除尘技术及其在冶金炉窑中的应用富氧底吹鼓风还原系统高温电除尘器
Experimental study on the desulphurization by powdered activated coke in a dual layer granular bed filter 粉状活性焦在双层滤料颗粒床中的脱硫试验研究
The pater applies the head loss model to design a set of computer control system, it can be realized automatic surveillance of deep bed filter process. 同时利用阻力模型设计了一套计算机控制系统,实现了深层过滤过程的自动化监测。
The anti-rinse prosses is the last step of deep bed filter. 反冲洗过程是深层过滤的最后环节。
With the use of a mathematical model featuring discrete particle movement a preliminary study was conducted of the collision of dust particles in the dust filter of a moving granule bed with filter media particles and its effect on the dust removal efficiency. 采用离散颗粒运动数学模型,对移动颗粒层过滤除尘器中粉尘颗粒与过滤介质颗粒碰撞以及对除尘效率的影响进行了初步研究。
This paper discusses on the moving granular bed filter that may be one of the greatest potential hot dust removal technologies. 移动颗粒层过滤除尘被认为是具有发展前途的高温除尘技术之一。
Experimental Study of a Pneumatic Conveyor based Ash removal System for a High temperature Precipitator Featuring a Moving Granular Bed Filter 移动颗粒层过滤高温除尘器中循环清灰系统的试验研究
Slag, utilized as bed filter for deep zone filtering, has bright application perspective in the area of oil field sewage processing. 将炉渣用作深层过滤的床层过滤,在油田水处理中具有良好的应用前景。
An integrated mathematical model of granular moving bed filter 颗粒移动床过滤过程的数学模型
Structure Optimization and Experimental Study of Moving Granular Bed Filter for Hot Coal Gas Cleanup 移动床过滤器设计优化和热煤气除尘实验研究
The basic filtration theory of the fiber filter and granular bed filter are firstly introduced in order to discuss the dynamic filtration of the fiber filter. 在介绍纤维过滤和颗粒过滤的基本理论基础上,根据表面过滤的尘滤尘现象,应用颗过滤理论建立了纤维层表面非稳态过滤效率的数学模型。
The Study and Prospect of Deep Bed Filter 深层过滤的研究及评述
Influences of working parameters on the effects of up-flowing moving bed filter 上流式移动床过滤器工作参数对过滤效果的影响
The Research of Deep Bed Filter Anti-rinse Process Experiment 深层过滤反冲洗过程试验研究
The Head Loss Model of Deep Bed Filter and Design of its Computer Control System 深层过滤阻力模型及其计算机控制系统设计
The mathematical model of deep bed filter process and the outline of its mechanism 深层过滤过程数学模型的建立及机理概述
Research of the Deep Bed Filter with Partial Back-Washing 深床过滤器部分反冲洗的试验研究
To overcome the contradiction of collection efficiency with dust-retaining capacity in a single-medium granular bed filter, a new dual-medium granular bed filter for hot gas clean up was invented and studied experimentally. 为了解决单层滤料床高过滤效率和高床层容尘量不能兼得的矛盾,试验研究了双层滤料颗粒床过滤器。
The study showed that the moving granular bed filter can removing particulate from hot gas continuously, and can lead to high efficiency after optimized. 证明了无筛移动颗粒层过滤过程进行高温连续除尘不仅是可行的,而且经过一定的优化后可达到较高的除尘效率。
The effect of temperature on the characteristic of the moving granular bed filter for high temperature dust removal 温度对移动颗粒层过滤高温除尘性能影响的研究
Experimental Study on a Dual-Medium Granular Bed Filter 双层滤料床过滤除尘试验研究
Electrostatically, enhanced granular bed filter ( EGB) is a modern filter. 静电增强颗粒层除尘器(EGB)是一种新型高效除尘器。
The research results based on the comparative experiment of the granular bed filter ( GB) and EGB demonstrate that static electron can obviously enhance dust-collection efficiency and provide theoretical basis for designing and making highly efficient GB. 经过颗粒层除尘器(GB)和EGB除尘效率对比实验研究表明:静电能明显提高除尘效率,为设计和研制高效颗粒层除尘器提供了理论依据。
The grade and distribution of filtering material, the height of filter bed, filter rate and surface loading are compared intensively, and the reliable parameter on account of the test results are chosen. 对于滤料的级配、滤层的高度以及滤速和滤池的表面负荷均进行了比较细致的研究和优选,结合实验情况,确定了可靠的设计参数。
Isothermal Experiment Research of a High Temperature Granular Bed Filter 固体颗粒床高温除尘器的等温实验研究
With a novel fluidized bed granular filter ( FBGF) serving as an object of application an experimental investigation was conducted of the minimum fluidizing speed of a fluidized bed with built in filtration elements. 以新型流化床颗粒层过滤器为应用对象,对内置过滤元件的流化床最小流化速度进行了实验研究。
Productive testing of treatment of Polyester Wastewater by anaerobic sludge bed filter 厌氧污泥床过滤器处理涤纶废水的生产性试验
The effects of superficial gas velocity, filter media flow rate and dust content in gas on collection efficiency of the cross-flow moving granular bed filter were investigated experimentally and the effect of dust deposition in the granular bed was also discussed. 研究了气固错流移动颗粒床过滤器除尘效率与表观过滤气速、颗粒层移动速度、过滤气体粉尘含量的关系,并进一步探讨了粉尘在颗粒层内的沉积对除尘效果的影响。
The experimental system consisted of flue gas simulation system, sorbent injection system, temperature control device, dual-layer granular bed filter reactor and gas analysis system. The reactor was put in a tube furnace in which temperature could be controlled. 实验系统由模拟烟气发生系统、吸附剂加料系统、温控系统、双层滤料床装置和烟气分析等组成,双层滤料床放置于管式炉中,通过调节管式炉温度,控制反应温度。