1) mixing water coal gas
混合水煤气
2) mixed coal gas
混合煤气
1.
In this paper, the regenerative combustion technology with mixed coal gas in heating furnace is introduced.
本文介绍了混合煤气双蓄热燃烧新技术在加热炉中的应用,不仅大大减少了轧钢的工序能耗,更是起到了减少副产煤气排放,保护环境的作用。
2.
Through analyzing the production capacity of the regenerative reheating furnace in Hefei Bar Mill, the author put forward to using the mixed coal gas between the blast furnace gas and coke oven gas, and to adopting the method of hot charge of billet, in order to raise the production capacity of the reheating furnace and meet the requirement of actual production.
通过对合钢棒材蓄热式加热炉生产能力的分析,提出采用高焦混合煤气、热装热送等方案,以提高加热炉产量,满足生产需求。
3.
In this paper, a fuzzy model-following control alogrithm is applied to a calorific value control system in mixed coal gas.
本文针对钢铁企业混合煤气热值鲁棒稳定控制,提出了一种Fuzzy模型跟踪算法。
3) mixing gas
混合煤气
1.
It is discussed how to apply intelligent regulator to control the combustion value of mixing gas.
诣在探讨应用智能调节器控制混合煤气热值。
4) Mixed gas
混合煤气
1.
Rationalization calculation of mixed gas calorific value
混合煤气热值的合理化计算
2.
As a result, the problem with the instable pressure and thermal value of the mixed gases has been resolved.
基于包钢现有高炉煤气和焦炉煤气混合调节计算机控制系统的缺陷,提出一种新的控制方法:模糊智能解耦控制,从而解决了当前冶金行业中高炉、焦炉混合煤气的压力和热值不稳定的难题。
3.
The structure, software design of automatic control system of mixed gas are described,and the problems of the system in the debugging are analyzed.
介绍混合煤气自动调节系统的结构、软件设计以及该系统在调试过程中出现的问
5) gas mixing
煤气混合
1.
Implementation of intelligent decoupling control method for gas mixing and pressurization;
煤气混合加压过程的智能解耦控制方法与应用
2.
DCS control system based on gas mixing flow proportio ning and heat valu e cascade controlling in Taiyuan Iron and Steel Company adopts the control patte rn of linking the mixing gas flow ratio with calculated heat value, realizing ef fectively the stabilization of pressure and heat value of mixing gas .
太钢煤气混合流量配比和热值串级调节 DCS控制系统 ,采用混合煤气流量比值与计算热值相结合的调节方式 ,有效地实现了混合煤气压力、热值的稳定。
3.
9 gas mixing and pressuring station for wide heavy steel plate,in order to meeting the needs of flow capacity changing owing to operating condition changing of the heating furnace for the wide heavy steel plate and keep stable calorific value,the design factors of the gas mixing and pressuring station were analyzed.
阐述了煤气加压站的设计策略,通过对宝钢宽厚板9#煤气混合加压站系统需求分析入手,以满足宽厚板加热炉的工况变化而引起的流量变动,并保持热值的稳定为目标,对煤气混合加压站的设计要素进行了分析。
6) mixed gas station
混合煤气站
补充资料：半水煤气
一种以焦炭或煤为原料制造的工业煤气。其可燃成分（主要是氢气和一氧化碳）与氮气的比例为3.1～3.2，也是一种合成氨原料气。半水煤气典型组成（体积％）为：
半水煤气的工业生产方法有 3种。①混合配制：以水煤气和发生炉煤气按一定比例混合配制。②间歇气化：碳与空气反应放热，而碳与水蒸气反应吸热。当空气与水蒸气比例满足半水煤气组成时，不能维持气化过程的自热平衡。故实际气化操作分成两个阶段：一是送风阶段，即将空气通过燃料层以提高床层温度；另一是制气阶段，即将空气与水蒸气通过高温燃料层而制得半水煤气。③连续气化：把富氧空气与水蒸气作气化剂，在高温下与煤进行反应，也可得到半水煤气。
半水煤气的工业生产方法有 3种。①混合配制：以水煤气和发生炉煤气按一定比例混合配制。②间歇气化：碳与空气反应放热，而碳与水蒸气反应吸热。当空气与水蒸气比例满足半水煤气组成时，不能维持气化过程的自热平衡。故实际气化操作分成两个阶段：一是送风阶段，即将空气通过燃料层以提高床层温度；另一是制气阶段，即将空气与水蒸气通过高温燃料层而制得半水煤气。③连续气化：把富氧空气与水蒸气作气化剂，在高温下与煤进行反应，也可得到半水煤气。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条