It is designed according to the water and deposits determining in crude oil. It meets the requirements of GB/T6533-2012 or ASTM D4007 standard and makes use of separation to determine the water and deposit in crude oil. It is ideal equipment for moisture determining in oil exploration and research institute.
AI Product Description
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The XZ-SYT-4C Crude Oil Moisture Determining Centrifuge is a specialized laboratory instrument designed for the rapid and accurate measurement of water content in crude oil, petroleum products, and related lubricants. This device operates on the principle of high-speed centrifugal separation combined with controlled heating to facilitate the efficient extraction of moisture from oil samples. By applying significant centrifugal force while simultaneously heating the sample, the machine accelerates the phase separation process, allowing water droplets to migrate quickly towards the bottom of the test tube for precise volume reading. This method is widely preferred in the petrochemical industry because it offers superior speed and reliability compared to traditional distillation techniques, making it essential for quality control, production monitoring, and compliance testing in refineries and shipping terminals.
When operating this equipment, several critical safety precautions must be observed to ensure user protection and data integrity. First, the heating chamber should only be accessed after the rotor has come to a complete stop and the temperature has dropped to a safe level to prevent thermal burns or accidental spills of hot liquids. Users must strictly adhere to weight balance requirements; tubes containing samples must be placed in opposing positions with equal mass to avoid severe vibration that could damage the motor or cause mechanical failure. Additionally, the use of appropriate glassware rated for high temperatures and speeds is mandatory, as standard containers may shatter under operational stress. Regular maintenance of the rotor and drive system is also vital to prevent wear-related accidents. Proper ventilation is required during operation to dissipate any potential fumes released from heated oil samples. Finally, operators should never exceed the maximum specified rotational speed or temperature limits outlined in the technical manual. Adhering to these protocols ensures the longevity of the instrument and guarantees consistent, accurate results for crude oil moisture analysis.