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发明公开
CN109144150A 高温高压试验装置水质自动控制系统及使用方法 无效 - 驳回

高温高压试验装置水质自动控制系统及使用方法
摘要：
一种高温高压试验装置水质自动控制系统及使用方法，该水质自动控制系统包括：储水箱，用于储存试验水质；循环泵，用于提供水循环动力；在线监测仪表，用于监测水化学腐蚀试验中的水质参数；加药泵，用于连续调节水质参数；储药罐，用于储存试验药剂；自动控制系统，用于接受在线监测仪表的检测数据，由此自动控制加药泵的运行，实现试验水质参数自动调节；本发明还公开了该水质自动控制系统的使用方法；该控制系统可靠且易于实现，能够连续监测调节高温高压试验装置的水质参数；本发明使得高温高压试验装置能够在接近实际运行条件下评价水质控制参数对水化学腐蚀的影响，获得的试验数据更加准确并对机组的安全运行具有指导作用。
摘要（英）：

The present invention provides a high-temperature and high-pressure test device water quality automatic control system and a usage method thereof. The system comprises: a water storage tank configuredto store test water quality; a circulating pump configured to supply water circulating power; an online monitoring instrument configured to monitor water quality parameters in a water chemistry etching test; a dosing pump configured to continuously regulate water quality parameters; a drug storage tank configured to store test drugs; and an automatic control system configured to receive detectiondata of the online monitoring instrument to automatically control the operation of the dosing pump and achieve automatic regulation of the test water quality parameters. The present invention furtherdiscloses a usage method of the high-temperature and high-pressure test device water quality automatic control system. The control system is reliable and easy to implement, and can continuously monitor and regulate the water quality parameters of the high-temperature and high-pressure test device. The high-temperature and high-pressure test device can evaluate the influence of the water quality control parameters on the water chemistry corrosion in a condition of being close to the actual operation to obtain more accurate test data and have a guidance effect on the safe operation of the unit.

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