煤气发生炉

模糊预报在煤气发生炉安全监测系统中的应用

Application of Fuzzy Prediction in Gas Producer Monitoring System

Φ3MД型煤气发生炉局部结构的改进

Improvements on partial structure of coal gas producer type φ 3m д

PLC在二段式煤气发生炉中的应用

The Application of PLC in Two-Section Gas Generator

水煤气发生炉微机监控系统，采用PLC对生产过程进行控制和监测。

In the computer control system of water gas , the process is controlled and monitored by PLC .

基于PLC与PC打印口通信的水煤气发生炉微机监控系统

The Computer Control System of the Water Gas Generating Boiler based on the Communication between PLC and the Printer Port of PC

MCS-51单片机在煤气发生炉控制器中的应用

Application of single chip microcomputer mcs & 51 to controller of gas generator

UGI煤气发生炉炉条机传动系统改造计算

Calculations for Improvement of Charging Machine Drive System in UGI Gas Producer

主要对3MД型煤气发生炉中的水力逆止阀及钟罩阀进行了改进。

Abstract : The improvements both back valve and bell-jar valve of hydraulic power for coal gas producer type 3m Д were mainly made .

Φ3.6m水煤气发生炉的优化设计

Optimum Design for the Φ 3.6m Water Gas Generator

通过试验与分析，发现适当降低水煤气发生炉炉温与煤层厚度，有利于控制回收烟气中O2及CO的体积分数。

It is found that the appropriate lowering of the chamber temperature of water gas producer and the thickness of coal bed is favorable to controlling the volume fraction of O_2 and CO in the recovered flue gas .

在一沸腾段内径为600mm的V型布风板流化床煤气发生炉内对低热值动力烟煤的气化过程进行了系统的试验研究。

Experimental study on coal gasification processes is carried out in an industrial fluidized bed gasifier with a V-type distributor and a diameter of 0.6 m in fluidization bed .

3M-21型煤气发生炉炉底的改造

Modification of the furnace hearth of 3M-21 model gas producer

球团竖炉用Φ3M-13型煤气发生炉的改造

Modification of φ 3m-13 gas generation furnace

BZ-Q混合型煤气发生炉碎渣圈是煤气发生炉碎渣重要设备，由灰口铸铁铸成。

The slag crusher of BZ-Q mixed-type gas occurrence furnace casted from ash cast iron is an important component of slag crush in gas occurrence furnace .

本文介绍在研制煤气发生炉氧化层厚度测量装置（简称UWM）的过程中，如何提高其可靠性的思想和方法。

During the development of a device suitable for the measurement of oxide layer thickness of water-gas generator ( abbr. UWM ), several approaches related to the improvement of its reliability design have been presented in this paper .

得到了以空气和水蒸气作为气化剂的煤气发生炉的气化适宜床温在940～980℃，合理的给煤量和总空气量之比在0.7～0.8kg／Nm3之间。

The optimal gasification temperature between 940 ~ 980 ℃ and the reasonable ratio of coal to total air supply between 0.7 ~ 0.8 kg / Nm3 are deduced from the teats for this type of gasifier with air and water steam as a gasification medium .

关于褐煤在3АД-13型煤气发生炉中的气化研究

Research on Lignite Gasification in 3 Д - 13 Gas Producer

煤气发生炉气化层温度检测与控制

Temperature Measurement and Control of Gasification Layer in a Gas Generator

煤气发生炉用煤量的自动计量及管理系统

The Automatic Measurement System of Coal for Gas - making Boiler

迷宫锥形套密封技术在煤气发生炉上的应用

Application of Labyrinth Sealing with Taper Bush on the Gas Generator

测量了煤气发生炉内炉膛温度沿高度的分布。

Distribution of furnace temperature along the gasifier height is measured .

φ2450型煤气发生炉爆炸事故分析

Discussion on an Explosion Accident of φ 2450 Gas Generator Furnace

热煤气发生炉的能耗分析及其工业应用

Energy consumption analysis and industrial application of hot coal gas generator

检查煤气发生炉是否漏气必须用肥皂水。

Check gas occurrence boiler leaks must use soap and water .

煤气发生炉混合装置

Mixed coke oven and blast furnace gas mixing device of gas

节能型高效煤气发生炉的开发与应用

Development and Application of a High-efficiency and Energy-saving Coal Gas Producer

活塞式气动真空发生器节能控制研究机械清灰煤气发生炉

Research on energy-saving control of piston typed pneumatic vacuum generator

简易煤气发生炉在工业炉窑中的应用

The applications of the simple gas-generator in an industrial furnace or kiln

送风强度对煤气发生炉气化层的影响

The Blowing Strength to Influence on Gasifying layer in the Gas producer

水煤气发生炉系统的改造及应用

Modification and Application of the System of Water Gas Oven