负能炼钢

PLC在负能炼钢中的应用

The Application of PLC in the Negative Energy Making Steel

提高转炉负能炼钢技术水平

Technological improvement of converter steel - making with negative energy consumption

转炉负能炼钢攻关对策

Tackling Countermeasures of Steelmaking with Minus Energy Consumption of Converter

中国转炉负能炼钢技术的发展与展望

Development and Prospects of Converter Negative Energy Steelmaking in China

武钢炼钢总厂三分厂转炉负能炼钢实践

Practice of steelmaking with minus energy in No.3 Steelmaking Plant of WISCO

负能炼钢的实践与展望

Practice and Prospects of Steelmaking with Minus Energy Consumption

转炉负能炼钢与煤气回收技术

BOF minus energy consumption steelmaking and gas recovery technology

三安实现转炉负能炼钢的现状与措施

The actualities and measures of realizing negative-energy steel-making of converter in san ` ansteel

简述转炉实现负能炼钢的工艺流程，介绍武钢炼钢总厂三分厂实现转炉负能炼钢的实际情况及其所采取的措施。

The present paper briefly introduces the principle of converter steelmaking with minus energy consumption and introduces the actual results of the new process in No.

负能炼钢其核心内容主要是要解决转炉煤气、蒸汽的回收和有效利用问题。

The core concepts of negative energy steelmaking ( NES ) are to solve the series problems concerning with the recovery and effective utilization of converter gas and steam .

总结了宝钢几年来开展“负能炼钢”工作的实践，系统分析了实现“负能炼钢”的途径与方法。

Here is presented a general introduction to the practice of steelmaking with minus energy consumption ( SMEC ) in Bac Steel , which systematicallyanalyses the ways for carrying out SMEC .

本文通过对包钢转炉工序能耗的分析，探讨了炼钢厂负能炼钢的潜能，并提出了实现转炉负能炼钢的基本措施。

This paper has studied the potential of making steel with minus energy through analysis on the converters energy consumption and raises some basic measures to make steel with minus energy with converters .