ENERGY CONSIDERATIONS OF CLASSICAL AND NEW IRON-MAKING AND STEEL-MAKING TECHNOLOGY

被引：12

作者：

EKETORP, S

机构：

[1] Royal Inst of Technology, Stockholm, Swed, Royal Inst of Technology, Stockholm, Swed

来源：

ENERGY | 1987年 / 12卷 / 10-11期

关键词：

BASIC OXYGEN CONVERTERS - Energy Conservation - BLAST FURNACE PRACTICE - Energy Conservation - IRON AND STEEL METALLURGY - Energy Conservation - ROLLING MILLS - Energy Conservation - STEELMAKING - Energy Conservation;

D O I：

10.1016/0360-5442(87)90070-3

中图分类号：

O414.1 [热力学];

学科分类号：

摘要：

Energy consumption can be decreased in classical iron- and steel-making processes mainly by using heat in waste gases and in hot sinter, coke, slag, steel, and cooling water. A total consumption of 4000 Mcal/tonne (17 GJ/t) of steel can realistically be aimed for, i. e. 20-50% less than present levels. Iron making consumes 70% of the total energy and here new smelting reduction methods, originating from the blast furnace or basic oxygen converter, are being developed. The new methods use different energy sources and are flexible. Direct casting close to final size could also save a lot of energy. The iron and steel industry in Sweden takes 20% of total industrial energy and is energy intensive. Energy questions will always be important in the iron and steel industry.

引用

页码：1153 / 1168

页数：16

共 20 条

[11] LACHENAIT C, 1985, REV METALL MAR, P199
[12] LECKIE AH, 1982, IRONMAK STEELMAK, V9, P222
[13] MICHARD JA, 1983, REV METALL NOV, P851
[14] SAKURYA T, 1984, PROTECTION OXYGEN BO
[15] TAKEDA K, 1979, T IRON STEEL I JPN, V19, P455
[16] TOYODA S, 1983, T IRON STEEL I JPN, V23, P1
[17] VONBOGDANDY L, 1984, STAHL EISEN, V104, P1025
[18] VONBOGDANDY L, 1984, IRON STEEL ENG, P21
[19] WESTIN B, 1984, COMMUNICATION MAY
[20] YAMAMOTO T, 1983, T IRON STEEL I JPN, V23, P862

← 1 2 →