水合反应器

仲丁醇（SBA）水合反应器国产化中的几项技术改进

Some technical improvements in the domestication of sec-butyl alcohol ( sba ) hydration reactor

自适应遗传算法在丙烯水合反应器优化中的应用

Application of an Adaptive Genetic Algorithms in Optimization of a Propylene Hydration Reactor

水合反应器内浆滴脱硫的研究

Investigation on the Sulfation of Slurry Drop in the Humidification Reactor

丙烯水合反应器的优化控制

Optimal Control of a Propene Hydration Reactor

丙烯水合反应器数学模型

Mathematical models of propylene hydration reactor

丁烯水合反应器床层压降分析及解决方案

Factor Analysis for the Increasing of Pressure Drop in Fixed - bed Reactor of Butylenes Hydration and Corresponding Solution

因此，如何提高气液传质速率和移走反应热是水合反应器选择上主要考虑的问题。

Therefore , how to improve gas-liquid rate of mass transfer and how to enhance reaction heat transfer are main problems in reactors ' choice .

丙烯水合反应器采用绝热式固定床反应器，用磷酸/硅藻土作催化剂，丙烯和水的混合物在一定的温度和压力下发生水合反应生成异丙醇及其他副产物。

The mixture of propylene and water which have mixed in proportion flows through the reactor at a certain temperature and pressure . Hydration reaction generates isopropyl alcohol and other by-products .

把模型应用于甲烷气体消耗速率的计算，其模型预算结果与实验数据吻合良好，实验结果和反应动力学模型将有助于工业水合反应器的设计和操作条件的设定。

The model was used to calculate the consumption rate of CH_4 and the predicted results were in agreement with the experimental data . The experimental results and the kinetic model in this work would be helpful to designing commercial hydration reactor and optimizing operation conditions .