Product Features:

Efficient scale inhibition: With innovative formulas, it has excellent inhibition ability for common scale types in hydrogenation units, such as metal salt scale formed by metal impurities (such as iron, nickel, vanadium, etc.) in raw oil, polymer scale generated by unsaturated hydrocarbon polymerization, and ammonium salt scale caused by impurities in circulating hydrogen. It can significantly reduce the scaling rate, with a scale inhibition rate of over 90%, greatly extending the cleaning cycle of equipment and reducing the number of unplanned shutdowns caused by scaling.

Excellent dispersion performance: Has excellent dispersion ability, can stably disperse the generated small scale particles in the material, prevent them from further agglomeration and adhering to the equipment surface, effectively maintain the fluidity of the material, avoid system failures caused by local blockage, and ensure stable fluid transportation in the hydrogenation unit.

Wide adaptability: Fully considering the complex operating conditions of the hydrogenation unit, whether it is processing raw oil with different sulfur, nitrogen, and aromatic content, or under different reaction temperatures (usually 200-450 ℃) and pressures (usually 3-20MPa), it can stably exert its scale inhibition effect. It has good compatibility with the catalyst, process medium, and equipment materials inside the device, and will not interfere with the normal hydrogenation reaction process.

Synergistic effect of corrosion inhibition: At the same time as scale inhibition, it has a certain corrosion inhibition effect on the metal equipment of the hydrogenation unit. It can form a dense and tough protective film on the metal surface, effectively slowing down the corrosion of equipment caused by corrosive substances (such as sulfides, nitrides, etc.) in the raw oil and strong corrosive environments during the reaction process, extending the service life of equipment, and reducing equipment maintenance and replacement costs.

Safety and Environmental Protection: Select environmentally friendly raw materials and strictly follow relevant safety and environmental standards for production. During use, it ensures the safety of operators and poses minimal environmental hazards. After use, harmful substances will not remain in the device or environment, making it easy to handle and in line with the development concept of green chemistry.

Scope of application:

Hydrogenation reactor: The core equipment of hydrogenation reaction, where the raw oil and hydrogen undergo hydrogenation reaction. Scale inhibitors can inhibit the deposition of scale like substances generated during the reaction process on reactor components (such as catalyst bed support grids, distribution disks, etc.) and reactor walls, ensuring the uniformity and efficiency of the reaction, and maintaining the activity and service life of the catalyst.

Heat exchanger system: Including heat exchangers between raw oil and reaction products, as well as heat exchangers between circulating hydrogen and new hydrogen. During the heat exchange process, due to temperature changes and complex material composition, the surface of the heat exchanger tube bundle is prone to scaling, which affects the heat transfer efficiency. The use of this scale inhibitor can effectively inhibit the formation of scale layers, maintain the efficient operation of the heat exchanger, ensure the reasonable transfer and recovery of heat, and reduce the energy consumption of the device.

Pipeline system: Connect the raw oil pipelines, hydrogen pipelines, reaction product pipelines, etc. of various equipment in the hydrogenation unit. In the pipeline, as the material flows, scaling substances may gradually deposit on the pipe wall, resulting in a decrease in the inner diameter of the pipeline and an increase in transportation resistance. This scale inhibitor can effectively inhibit the scaling phenomenon in pipelines, ensure the smoothness of pipelines, and guarantee the stability and reliability of material transportation.

High pressure separator: Used for separating the gas and liquid phases in hydrogenation reaction products. In the separator, due to pressure changes and the complexity of material composition, scaling is prone to occur on the walls and internal separation components. The addition of scale inhibitors can prevent the formation of scale layers, ensure the normal separation effect of the separator, and improve the overall operating efficiency of the device.