济钢研究开发出混合煤气加压站电除尘冲洗污水处理及再利用新工艺。
The new disposal and reutilization process for electrically dusting washing sewage of mixing gas pressure works was developed in Jinan Iron & Steel Group Co.
本文介绍了利用模糊控制技术对混合煤气加压机这种非线性系统进行恒压控制的方法。
This paper presents a method of keeping press of mixing gas pressure constant with the use of fuzzy control.
工程项目的实践表明，选择正确的控制策略与控制算法是提升煤气加压站技术性能的关键。
The practice of engineering project shows that it is the key of improving performance to choose correct control strategy and control algorithm for gas pressurization station.
韶钢焙烧厂煤气加压机安装使用了V SR气动预旋风调节装置，实现了对风机的等压力流量调节，并可节约电能。
VSR pre-turbulent regulator was employed in the gas pressurization unit at the roasting plant of SISG, therefore a steady-pressure regulation of gas flow rate and energy saving were realized.
针对煤气加压机在加压过程中经常跳闸和煤气管网压力波动较大导致机后压力不稳定的情况，介绍了采用S 7-200 PLC对该系统进行变频器改造的原理和实现方法。
This paper introduces the reform concept and realization method based on S7-200 PLC on trip fault and the wavy pressure behind engine in the process of compressing.
通过对煤气加压站煤气泄漏源点的分析和确认，并对其泄漏源点采取充氮密封和局部强制通风等手段，以达到降低煤气区域爆炸等级的目的，并对煤气加压站防爆等级进行了探讨性划分。
The means of sealing by nitrogen aerating and local forced ventilation are used for the leakage source points so as to reduce the explosion class in the gas zones.
对传统的煤气输配加压系统，从节能的角度分析其存在的弊端。
The paper analyzes some abuses of traditional gas transmission pressing system in view of saving energy.
本课题对煤气混合加压站的控制具备一定的理论和应用价值。
This thesis is theoretic and applicable to the gas mixing and pressuring station.
本文完成的工作如下：(1)分析了混合煤气中继加压系统控制的国内外现状及其意义。
The main works of this dissertation are shown as follows: (1) We analyzed the study actuality and the meaning of the control system for pressurizing the mixed coal gas.
概述了德士古水煤浆加压气化的局限性，介绍了淮化在高灰熔点淮南煤气化方面的研究成果。
The article describes the limitation of Texaco pressurized gasification of coal slurry, and also the research result for gasification of Huainan coal with high ash fusion temperature .
针对煤气混合加压过程的特点，提出一种融合模糊控制和专家控制的煤气混合智能解耦控制方法。
An intelligent control method combining fuzzy control and expert control was proposed based on the features of the gas mixing process.
干法粉煤加压气化是一种高效低污染的先进煤气化方法。
Pressure dry pulverized coal gasification is an advanced coal gasification technology for high efficiency and low pollution.
被冷却净化后的煤气经加压机，通过煤气管道输送使用。
Be cooling after purification of gas pressure machine, through the use of gas pipeline.
针对加压机较为特殊的工作原理，采用模糊PID复合控制算法对加压机进出口阀门进行分程控制，来实现煤气压力的自动调节。
Aim at special principle of the pressure-up machine, introduce a FUZZY-PID complex controller to adjust the gas pressure automatically.
煤气混合加压过程的控制目标是要保证送出煤气的热值与压力稳定。
The control target of the mixing and pressurizing of the gas is to ensure the stability of the calorific value and pressure of the gas.
煤气混合加压过程是钢铁生产的重要环节，混合煤气的质量直接影响钢铁生产的质量和产量。
The Gas mixing and pressing process is an important tache in the iron and steel producing.
冷煤气站：在热炉基础上，增加净化设备，使煤气更加洁净，加压输送，增加了煤气的压力的稳定性。
Cold gas station: in the hot stove basis, increase purification equipment, make the gas more clean, pressurized gas transmission, increase the stability of the pressure.
有时将氧气和蒸气在高压下吹入加压炉中，则所得煤气的热值更高。
Sometimes the oxygen and steam in high-pressure blowing pressure, the gas furnace calorific value of the higher income.
有时将氧气和蒸气在高压下吹入加压炉中，则所得煤气的热值更高。
Sometimes the oxygen and steam in high-pressure blowing pressure, the gas furnace calorific value of the higher income.
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