1) clean coal yield
精煤产率
1.
It is pointed that using flotation column and pressure filter as flotation clean coal pressure filter can improve slime-water processing capacity and clean coal yield in the case of keeping a consistency in the raw material coal property and feed coal concentration.
分析了兴发选煤厂煤泥水处理系统的改造原因,并介绍了改造后的工艺流程主要特点,指出在原料煤性质、入料浓度相同的情况下,采用以浮选柱与加压过滤机作为浮选精煤压滤机联合使用,可提高选煤厂煤泥水处理能力和精煤产率。
2.
Medium consumption is reduced; clean coal yield and the profit of the enterprise are improved by transforming its flotation system pointedly.
分析了平岗矿洗煤厂的生产现状及其存在的问题,有针对性地对其浮选系统进行技术改造,降低了介耗,提高了精煤产率及企业的经济效益。
3.
The quality variation of quality requirement from market are met,and the clean coal yield and economic benefit are raised.
采用大型三产品重介旋流器分选原煤,适应了原煤煤质变化及市场对产品质量要求,提高了精煤产率及经济效益。
2) cleaned coal yield
精煤产率
1.
Implementing the middlings rewashing process to increase cleaned coal yield;
实施中煤再洗工艺 增加精煤产率
2.
The cleaned coal yield, gross income and optimun blending preparation proportion can be gained through blending preparation proportion test.
介绍了在选煤厂实施最大产率原则的基础上 ,调整不同的配洗比例预测精煤产率及毛收入 ,选取最佳、可行的配比。
3) maximum output principle of washed coal
精煤最高产率原则
4) production cleaned coal
生产精煤
5) yield of cleaned coal
精煤产量
1.
According to comparative analysis of washing coal system and operation of main equipment before and after transformation in Yuejin Coal Preparation Plant,it showes that the technical transformation helps to increase the quantity of washing raw coal and yield of cleaned coal,at the same time the demand of local coal gasification is satisfied.
通过对跃进矿选煤厂改造前后的洗煤系统及主要设备运行状况的对比分析可知,通过技术改造,该厂提高了原煤入洗量及洗块精煤产量,同时满足了当地气化用煤的需求。
6) middle coal yield
中煤产率
1.
Based on increasing end coal pressure filter technology Didao Clean Coal Company Washing Coal Plant, realizes washing coal water closed circle, increases middle coal yield, decreases the enviromental pollution and increases the economic efficiency.
滴道精煤公司洗煤厂通过增设尾煤压滤机工艺,实现洗煤水闭路循环,增加中煤产率,减少环境污染,提高经济效率,效果良好。
补充资料：标记产率
分子式：
CAS号：
性质：用示踪原子(放射性核素或稳定核素)标记制备标记化合物时，示踪原子在所指定的标记化合物中的量与参加反应的示踪原子总量之比值。一般以百分率(%)表示。
CAS号：
性质：用示踪原子(放射性核素或稳定核素)标记制备标记化合物时，示踪原子在所指定的标记化合物中的量与参加反应的示踪原子总量之比值。一般以百分率(%)表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条