X为了获得更好的用户体验,请使用火狐、谷歌、360浏览器极速模式或IE8及以上版本的浏览器
关于我们 | 帮助中心
欢迎来到国家技术转移西南中心---区域技术转移公共服务平台,请 登录 | 注册
尊敬的 , 欢迎光临!  [会员中心]  [退出登录]
当前位置: 首页 >  科技成果  > 详细页

[00261744]钛渣加工方法

交易价格: 面议

所属行业: 钒钛资源

类型: 专利

技术成熟度: 通过小试

专利所属地:RU俄罗斯

专利号: 2518042

交易方式: 技术转让 技术转让 技术入股

联系人: 四川钒钛产业技术研究院

进入空间

所在地:四川攀枝花市

服务承诺
产权明晰
资料保密
对所交付的所有资料进行保密
如实描述
|
收藏
|

技术详细介绍

项目简介:

ABSTRACT

FIELD: metallurgy.

SUBSTANCE: proposed method comprises mixing of initial titanium-bearing slag with soda ash, mix sintering and leaching of produced cake, first, in water for production of iron-titanium-bearing precipitate and, then, in muriate for production of titanium-bearing precipitate. Then, pulp is filtered to separate the precipitate to get titanium dioxide concentrate. note here that initial slag sintering with soda ash occurs at 900 °C and Na2CO3:slag ratio equal to (0,98…1,15):1. Cake sintering in water is conducted to transfer sodium silicate to solution while titanium dioxide concentrate is made by calcination of precipitate resulted from hydrochlorideacid treatment. Note here that said initial titanium slag represents that of reducing fusion of ilmenite.

EFFECT: simplified process, higher pulp filtration rate.

项目核心创新点:

项目详细用途:

预期效益说明:

项目简介:

ABSTRACT

FIELD: metallurgy.

SUBSTANCE: proposed method comprises mixing of initial titanium-bearing slag with soda ash, mix sintering and leaching of produced cake, first, in water for production of iron-titanium-bearing precipitate and, then, in muriate for production of titanium-bearing precipitate. Then, pulp is filtered to separate the precipitate to get titanium dioxide concentrate. note here that initial slag sintering with soda ash occurs at 900 °C and Na2CO3:slag ratio equal to (0,98…1,15):1. Cake sintering in water is conducted to transfer sodium silicate to solution while titanium dioxide concentrate is made by calcination of precipitate resulted from hydrochlorideacid treatment. Note here that said initial titanium slag represents that of reducing fusion of ilmenite.

EFFECT: simplified process, higher pulp filtration rate.

项目核心创新点:

项目详细用途:

预期效益说明:

推荐服务:

Copyright © 2016    国家技术转移西南中心-区域技术转移公共服务平台     All Rights Reserved     蜀ICP备12030382号-1

主办单位:四川省科技厅、四川省科学技术信息研究所、四川省技术转移中心科易网