贵州铝厂

我们对贵州铝厂低A／S拜耳法赤泥生料进行了烧结、熟料溶出及赤泥沉降性能等试验。

This paper describes the research of sintering , sinter leaching and red mud settling performances with regard to the low A / S ratio crude pulp of Bayer red mud of Guizhou Aluminium plant .

爆炸消除焊接残余应力在贵州铝厂的应用

Application of Removing Welding Residual Stress by Explosion in Guizhou Aluminum Factory

贵州铝厂新型阳极焙烧炉节能探讨

Research into save energy of new anode baking furnace in Guizhou aluminium factory

贵州铝厂随着生产的提产，对水量的需求与日俱增。

Guizhou Aluminum Plant With production to production , the demand for water is increasing greatly .

将这些智能控制技术应用在贵州铝厂138台186kA预焙铝电解槽的系列生产控制上，取得了良好的效果。

By applying the intelligent technology in the 186 kA prebaked cells ( total 138 cells ) of Guizhou Aluminium Factory , we have gained better control effects .

最终测试结果表明，它是一个很有实用价值的遥控器，并已应用与贵州铝厂生产线，效果显著。

Final test results show that it is a very practical value of the remote control , use in production lines of Guizhou Aluminum Plant , the effect was significantly .

目前贵州铝厂已实现全部废水零排放，再生水的制水成本为0.33元／m~3，投资回收年限为2年。

Currently Guizhou Aluminum Plant has achieved zero discharge all wastewater , renewable water system for water costs 0.33 yuan / m ~ 3 , the investment payback period of 2 years .

贵州铝厂由氧化铝厂、热电厂、电解碳素片区三大部分组成，目前已有部分再生水回用，但是并没有实现全部废水零排放。

Guizhou Aluminum has alumina plant , the power plant , electrolytic carbon patches three major components , now one part of the renewable water reuse , but did not achieve all wastewater zero emissions .

为了响应国家节能减排政策，为了节约水资源，实现废水的资源化和经济化，贵州铝厂制定了更高的目标：实现铝厂废水全部零排放。

In response to the national policy " energy-saving reduction ", in order to save water resources , the realization of wastewater and economic resources , Guizhou Aluminum Plant developed a higher target : All aluminum plant wastewater achieves zero emissions .

现在国内尚有多家铝行业企业存在废水排放问题，贵州铝厂废水零排放技术若在国内推广应用，每年可创经济效益达亿元以上。

Now there are more than domestic aluminum industries and enterprises exists wastewater emissions . If Guizhou Aluminum Plant wastewater " zero emissions " technology can be promoted in the country , there are more than a billion of economic benefits each year .

本文在对贵州电解铝厂三系列浓相输送系统充分调研的基础上，通过阅读、分析及综合大量文献，对该厂三系列浓相输送监控系统进行了设计研究。

A monitoring and control system for the Guizhou Electrolysis Aluminum Plants is designed in this dissertation , based on the delicate investigation and research work for its series III dense phase conveying system and analyzing and summarizing lots of literatures .