铁合金
鐵閤金
철합금
FERRO-ALLOYS
2014年
6期
59-64
,共6页
铁合金%硅铝铁%铬铁%镍铁
鐵閤金%硅鋁鐵%鉻鐵%鎳鐵
철합금%규려철%락철%얼철
ferroalloy%ferrosilico-aluminium%ferrochrome%ferronickel
为降低资源、能源消耗，保护环境，发展循环经济，实现“三废”综合利用，指出尽管我国铁合金产业发展迅速，产能和产量屡创新高，实现了铁合金产业大国的转变，但是铁合金生产工艺技术和装备仍需不断升级进步。提出当前应重点研究电厂粉煤灰生产硅铝铁技术、铬铁冶炼新技术、镍铁生产技术和镍铁水直接冶炼不锈钢技术，以便进一步提升铁合金产业竞争力和可持续发展能力。
為降低資源、能源消耗，保護環境，髮展循環經濟，實現“三廢”綜閤利用，指齣儘管我國鐵閤金產業髮展迅速，產能和產量屢創新高，實現瞭鐵閤金產業大國的轉變，但是鐵閤金生產工藝技術和裝備仍需不斷升級進步。提齣噹前應重點研究電廠粉煤灰生產硅鋁鐵技術、鉻鐵冶煉新技術、鎳鐵生產技術和鎳鐵水直接冶煉不鏽鋼技術，以便進一步提升鐵閤金產業競爭力和可持續髮展能力。
위강저자원、능원소모，보호배경，발전순배경제，실현“삼폐”종합이용，지출진관아국철합금산업발전신속，산능화산량루창신고，실현료철합금산업대국적전변，단시철합금생산공예기술화장비잉수불단승급진보。제출당전응중점연구전엄분매회생산규려철기술、락철야련신기술、얼철생산기술화얼철수직접야련불수강기술，이편진일보제승철합금산업경쟁력화가지속발전능력。
Aims at reducing resource and energy consumption, protecting environment, developing the circular economy, realizing overall utilization of three wastes (waste gas, waste water and waste residues), it points out that China ferroalloy industry develops rapidly, the capacity and output refresh record continually, China realizes transformation to a ferroalloy industry giant, but its technological level and equipment still need continual upgrading and progress. It presents that the current key works are to research ferrosilico-aluminium technology produced by coal cinder of power plant, new melting technology for ferrochrome, ferronickel production technology and smelting stainless technology directly by nickel-containing molten iron. So the ferroalloy industry competitiveness and sustainable development can be further enhanced.
