苛化器

The AutoLime green liquor distribution control fine tunes and maintains the slaker's contents at the highest temperature possible without boiling while maintaining the distribution flow into the first causticizer/classifier section as large as possible.

在还未沸腾的最高温度下，由 AutoLime 绿液分布控制功能保持石灰消和器内物质含量恒定，同时保证流入最初苛化剂/分类器内的流量尽可能最大。

The new concept of slaking factor combined by the thickness,temperature, flow rate of green liquor; and the slaker temperature,and number of CaO is presanted, and the closed control is realized with slaking factor as main parameter.

提出了将绿液的浓度、温度、流量以及消化器温度和理论上所需氧化钙量5个参数综合成为一个参数——消化因子的新概念，并以消化因子为被控量进行闭环控制；建立了过量灰与消化因子等参数关系的推断数学模型；克服了120min大纯延迟时间的影响；实现了过量灰最佳值控制和苛化过程参数优化。

5 Green liquor TTA control 绿液 TTA 控制 The green liquor density pumped to the slaker must be stabilized as much as possible enabling steady causticizing reaction.

石灰消和器内的绿液密度必须尽可能稳定，保证苛化反应的稳定进行。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。