Some measures to security use converter gas were put forward.
并介绍了安全使用转炉煤气应采取的措施。
The practical production show that the converter gas can be used in reheating furnace of steel rolling.
实践证明，轧钢加热炉使用转炉煤气是可行的。
Converter gas management and optimization system of energy control center in Jiangsu Shagang Group co, Ltd. is introduced.
介绍江苏沙钢集团有限公司能源调度中心转炉煤气调度系统。
The requirement to flow, pressure, heating temperature and purity of converter gas used in reheating furnace were introduced.
介绍了加热炉在使用转炉煤气作为燃料时，对其流量、压力、加热温度和纯洁度的要求。
This procedure makes detail requirements on every step of steady state analysis for catalytic converter gas flow distribution.
现行的实用化计算规程对催化转化器流动计算的详细细节都做出了要求。
Converter gas recovery must first ensure the co content of gas and should not reduce the co content to increase the amount of gas recovery.
转炉煤气回收首先要保证回收煤气中CO含量，不应降低CO含量来增加煤气回收量。
The physical measures are put forward for modification of hard and soft ware of converter gas recovery system, and good results can be achieved.
从完善软硬件设备等方面提出了提高二炼钢转炉煤气回收水平的具体措施，实施后可取得很好的节能效果。
Recovery and utilization of the converter gas may increase economic benefit and reduce environmental pollution. Therefore, it has an obvious benefit.
回收利用转炉煤气，既提高了经济效益，又减轻了环境污染，效益明显。
The converter gas is used in a pulverized-coal fired boiler of a generating plant, which provides a new way for energy saving of iron and steel enterprises.
转炉煤气在电厂煤粉锅炉中的掺烧，为钢铁企业节能提供了一条新途径。
Converter gas recovery must first ensure recovery of gas in the co content and should not reduce the co concentration to increase the amount of gas recovery.
转炉煤气回收首先要保证回收煤气中CO含量，不应降低CO含量来增加煤气回收量。
Carrying out "Gear Transmission System" ensure the safe production. Then the quantity of reclaiming converter gas is increased and the action of workshop is improved, too.
推行“齿轮传动机制”，稳定了车间的安全生产，转炉煤气回收供应量稳步提高，车间执行力进一步增强。
The application and effects of the wet plate-type dedusting technology in converter gas dedusting of the Gas Power Plant are described, and notable problems in use are raised.
介绍了湿法板式除尘技术在济钢燃气发电厂转炉煤气除尘中的应用情况以及取得的效果，并提出了在应用中应注意的问题。
The faults of blower impellers for converter gas were diagnosed and causes of the fault were analyzed. The disposal measures were raised, which prolonged the service life of plants.
对转炉煤气风机叶轮故障进行诊断，分析了故障产生的原因，提出了处理措施，延长了设备使用寿命。
The recovery quantity of converter gas got increased in semisteel steelmaking process by means of optimizing oxygen feeding, improving operation level, reforming gas recovery system.
在半钢炼钢工艺下，通过优化转炉的供氧操作、提高操作水平、对煤气回收系统进行优化改造，提高了转炉煤气的回收量。
This paper introduces the measurement of large converter gas parameters at No3 Steelmaking Plant of WISCO using new-developed measuring devices, such as new sampler and new thermoprobe.
介绍了利用自行研制的取样枪、测温枪等设备，对武钢第三炼钢厂的大型转炉炉气进行取样、测温的过程及结果。
Dry and wet dedusting processes for converter gas recovery are briefly introduced. Factors affecting recovery are analyzed and ways to increase the recovery rate of converter gas are proposed.
简要介绍了转炉煤气回收干、湿二种除尘工艺。结合国内钢厂实践经验，分析了影响转炉煤气回收有关因素，以及提高转炉煤气回收量的途径。
Venturi tube is one of key equipments in process of purification and recovery of converter gas, which is used to drop temperature of converter gas with spraying jet fixed at throat of Venturi tube.
文氏管内部的流动与传热较为复杂，不仅涉及喷淋液滴与烟气在流动过程中的相互作用，而且涉及喷淋液滴遇到高温烟气发生相变进行的传热传质。
Normal production conditions, often open the two Taiwan screw compressor and a piston compressor, mainly for converter, rolling and tropical in three production unit of gas supply.
正常生产情况下，通常开两台螺杆压缩机和一台活塞压缩机，主要给转炉、中轧和热带三家生产单位供气。
The exhaust gas flows from the exhaust manifold into an exhaust pipe and from there into the catalytic converter.
废气从排气歧管流入排气管，进入催化转换器。
Converter slopping is harm for operators and equipment, which is caused by a large amount of CO gas flow produced by unbalanced carbon and oxygen reaction and improper operation.
转炉喷溅是由于碳和氧反应不均衡，瞬时产生大量CO气体逸出以及操作不当等引起，对人员及设备均有危害，应用泡沫渣抑制剂，达到了减少喷溅的目的。
With numerical methods used, the flow of liquid metal in the converter caused by the bottom gas injection has been simulated with computers.
本文采用数值方法，用计算机模拟了转炉内金属液在底吹气体作用下的流动状况。
The electric control system of the equipments for converter smoke purification and gas recovery is introduced.
介绍了转炉烟气净化及回收设备的电气控制系统。
Based on technological process of converter smoke purification and gas recovery, requirement, design and realization of automatic control system for this process are described.
基于转炉烟气净化与回收的流程，着重阐述这一控制系统的要求、设计与实现。
Then, using a catalytic converter, they transformed them into a fuel by a gas-to-liquids process.
他们使用催化转化器，将二氧化碳和氢转变为液态燃料。
A simple technology, mixing converter slurry with hot gas dust of BF, has been adopted, to produce even-grained granulas with proper quantity of water.
鞍钢为了回收利用转炉尘泥，采用简单的加工工艺，将热瓦斯灰加入到转炉尘泥中搅拌混合，生产出粒度均匀、水分适宜的松散粒状加工物料。
It can economize oil nitrogen gas as well as make full use of recovery steam to use steam to bake the fire in the converter cover opening.
转炉氧枪口采用蒸汽封火，既节约有油氮气，又利用回收蒸汽。
Discuss the gas flow characteristics, temperature distribution and plastic strain distribution of this catalytic converter part.
论述了该型催化转换器的气体流动特性、温度分布和塑性应变分布。
The methods of autocontrol for reclaiming gas at converter are introduced, and they are applied in domestic now.
介绍了转炉煤气回收过程中目前国内采用的一些自动控制方式与方法。
The work principle and maintenance method of bottom gas-feeding brick in top-bottom duplicate blown converter are stated, it is proposed how to make the bricks synchronized with furnace life.
论述了顶底复吹转炉底部供气砖工作原理、维护方法，提出了如何操作才能使底部供气砖与炉龄同步的理论与具体措施。
The work principle and maintenance method of bottom gas-feeding brick in top-bottom duplicate blown converter are stated, it is proposed how to make the bricks synchronized with furnace life.
论述了顶底复吹转炉底部供气砖工作原理、维护方法，提出了如何操作才能使底部供气砖与炉龄同步的理论与具体措施。
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