A high-pressure reactor stable system for laterite nickel ore

Abstract

This application discloses a stabilization system for a high-pressure reactor in laterite nickel ore, comprising a reactor body, a vibration detection mechanism, and a vibration damping mechanism. The vibration detection mechanism is disposed on both sides of the reactor body in the width direction and is used to detect the vibration direction of the reactor body in the width direction. The vibration damping mechanism includes two baffles and an acid spraying assembly. The acid spraying assembly includes a pumping unit, two first regulating valves, and two first nozzles. The beneficial effects of this application are: during use, the vibration detection mechanism detects the real-time vibration direction of the reactor body in the width direction. When the reactor body vibrates to one side, the first regulating valve on the opposite side is opened, causing the first nozzle on the opposite side to spray acid liquid and impact the baffle on the corresponding side. After being impacted, the baffle will drive the reactor body to vibrate in the same direction as the baffle, thus opposite to the real-time vibration direction of the reactor body, reducing the vibration intensity of the reactor body, improving safety, and extending the service life of precision instruments installed on the reactor.

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