朱康玲, 江旭. Energy Saving Technology on Pyrometallurgy Technologies of Laterite-Nickel Ore[J]. 2014, (4): 104-110.DOI:
镍红土矿火法冶金工艺节能技术
摘要
越来越多的镍红土矿冶炼厂正在采用能量回收措施
以最大程度提升企业节能
增长经济效益。红土镍矿冶炼厂最典型的做法是将数百兆瓦的能源资金投入到应用大回转窑和高功率电炉中
增添相关设备
在节能回收、开源节流上降低和改善碳排放
提高企业经济效益
增强企业市场竞争力。通过阐述一些能源回收的实例
提出了针对典型的红土镍矿高温生产处理设备能量回收的办法。
Abstract
Energy recovery measures are increasingly being adopted in nickel laterite smelters to improve enterprise energy saving and economic benefits. The typical approach in nickel laterite smelters is investing hundreds of megawatts to large rotary kilns and high-powered electric furnaces. Add the relevant equipment to reduce emissions or improve carbon footprint on the conservation and recycling of energy and open source throttling. Improve economic benefits
and enhance market competitiveness. Some energy recovery precedents were reviewed
and effective methods of energy recovery for the typical nickel laterite pyroprocessing facilities were presented.