负责化工过程设备、压力容器的选型和完成相关设计。
Responsible for choice of chemical processing device, pressure vessel and relevant design;
论述了粉煤加压纯氧气化工艺的特点、工业化过程、生产操作参数和主要设备。
The feature, industrialized process, operating parameters and main equipment for the pulverized coal pressurized and pure oxygen gasification process were discussed.
主要从事化工单元过程和设备的开发及整套装置的工程设计、制造、应用工作。
Mainly engaged in the development of chemical unit process and unit equipment and in the engineering design, manufacture, and applications of complete set plants.
使用DCS顺序控制图，通过模块组态和内部编程，实现多台设备的自动控制，优化工艺过程，提高该工序的自动化水平。
Using DCS sequence control chart, it realized the autocontrol of multi device and inside programming. It optimized techniques process, improved the automatization level of this working procedure.
针对化工过程模型不确定和设备存在泄漏等情况，采用不等式约束进行数据校正，并且与传统的等式约束方法进行了实例对此。
For the cases of process model uncertainties and equipment leakage, a data reconciliation method with inequality constraints and its application examples were presented.
如果在设备运转过程中加入少量化工药品和提高水的温度，能提高分离效果和效率。
If the operation of the equipment in the process of adding a small amount of drugs and chemicals to raise the water temperature can increase the effectiveness and efficiency of separation.
如果在设备运转过程中加入少量化工药品和提高水的温度，能提高分离效果和效率。
If the operation of the equipment in the process of adding a small amount of drugs and chemicals to raise the water temperature can increase the effectiveness and efficiency of separation.
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