投产生产至今，被证明是世界范围内顶吹熔炼流程最成功的建设改造典范。
Operation so far, it was proved to be the most successful example of the construction and transformation in the worldwide top-blown smelting process.
至于能量，该公司则使用熔炼等现有工业流程中所产生的余热，这种能量目前通常都被浪费掉了。
For power the company USES the excess heat generated by existing industrial processes such as smelting, energy that currently goes to waste.
经研究得知，熔炼煤的性质对COREX流程的影响至关重要。
From research, it was proved that smelting coal properties were important to COREX process.
对比了烧结焊剂与熔炼焊剂的区别，从中介绍了烧结焊剂的使用特点和生产工艺流程；
This paper compares the agglomerated flux with fused flux, and introduces the usage and production technology process of agglomerated flux.
对铸铁生产流程中的预处理及其它各前置工序中所用的熔炼材料作了归类。
The melting materials used in the pre-treating and other previous procedures of the cast iron melting process were classified.
对高炉-中频炉双联短流程熔炼生产铸铁件工艺进行了分析研究。
The duplex melting process by Blast and Medium-Frequency Induction Furnaces for cast iron production has been studied.
采用水浸-氧化锌苛化-碳酸化-萃取流程从未氧化的碳还原熔炼渣中提取钼和再生碱。
Using the process:water leaching, zinc oxide, causticize, carbonate, solvent extract, stripping to recycle molybdenum and to regenerate alkali.
同时，对短流程熔炼工艺生产高强度铸铁的能源效益、经济与环境效益进行了分析。
The energy consumption, economic benefits and environmental effect about the short-cut melting process were also analyzed.
分析了高炉中频炉双联熔炼短流程生产工艺的特点，采用液态金属状态测评系统研究短流程铁液状态。
It was investigated that the short-cut process of producing high quality iron castings by duplex melting with blast furnace and medium frequency induction furnace.
分析了高炉中频炉双联熔炼短流程生产工艺的特点，采用液态金属状态测评系统研究短流程铁液状态。
It was investigated that the short-cut process of producing high quality iron castings by duplex melting with blast furnace and medium frequency induction furnace.
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