The hydrogenation reactor boasts advantages such as high-temperature resistance, corrosion resistance, hygienic properties, rapid heat transfer, and zero environmental pollution. It is widely used in industries including pharmaceuticals, chemical engineering, and food processing. The reactor is constructed from 304 stainless steel. Its design features an optimal diameter-to-height ratio, and the stirring device can be customized according to specific requirements. The stirring shaft seal employs a pressure-resistant, hygienic mechanical seal to maintain the working pressure inside the vessel and prevent leakage of materials, thereby avoiding unnecessary material loss and contamination. The hydrogenation reactor consists of several key components: a jacket, a reactor body, a stirrer, a drive mechanism, a shaft seal assembly, a reactor lid, and supporting structures. Additionally, it offers convenient installation and maintenance, has a long service life, high structural strength, and occupies a small footprint, making it currently one of the most ideal pieces of equipment for treating high-concentration acidic and alkaline waste gases. The hydrogenation reactor is equipped with an explosion-proof control system, an explosion-proof motor, and explosion-proof electric heating elements to meet laboratory explosion-proof standards, and it also includes an antistatic device. The grounding resistance of the hydrogenation reactor shall not exceed 0.1 ohms. The 5-liter hydrogenation reactor operates using a motor-driven heating method, with internal coil cooling. The 50-liter hydrogenation reactor comes with an installation platform and a lifting device for the reactor lid. The 50-liter hydrogenation reactor uses thermal oil as its heating medium and employs internal coil cooling. Hydrogenation reactors are primarily used in the production of xylitol, maltitol, sorbitol, furfural alcohol, and pharmaceutical intermediates. Since hydrogen gas is highly explosive and flammable—when its concentration in air reaches a certain level and it encounters an open flame, it can explode—temperature sensors, pressure sensors, explosion-proof heaters, and other similar devices must be selected for the reactor. All electrical equipment must be explosion-proof. Therefore, when using this reactor for hydrogenation reactions, all equipment that could potentially generate sparks should be replaced with explosion-proof alternatives, and the drive motor must be an explosion-proof motor.

Release time:

2019-12-16 11:00

Source:

Hydrogenation Reactor Featuring advantages such as high-temperature resistance, corrosion resistance, hygiene, rapid heat transfer, and zero environmental pollution, this product is widely used in industries including pharmaceuticals, chemicals, and food processing. The material used is 304 stainless steel. With a carefully designed optimal diameter-to-height ratio, the mixing equipment can be custom-made to meet specific requirements. The agitator shaft seal employs a pressure-resistant, hygienic mechanical seal to maintain the working pressure inside the tank and prevent leakage of tank contents, thereby avoiding unnecessary material loss and contamination.

The hydrogenation reactor consists of several components, including a jacket, reactor vessel, agitator, drive unit, shaft sealing device, reactor lid, and support structure. It is easy to install and maintain, boasts a long service life, high strength, and a small footprint, making it currently one of the most ideal pieces of equipment for treating high-concentration acidic and alkaline waste gases.

The hydrogenation reactor is equipped with an explosion-proof control unit, an explosion-proof motor, and explosion-proof electric heating elements to meet the laboratory’s explosion-proof standards. It also features an antistatic device. The grounding resistance of the hydrogenation reactor shall not exceed 0.1 Ω. The 5-liter hydrogenation reactor operates using a motor-driven heating method, with an internal coil as its cooling system. The 50-liter hydrogenation reactor comes with an installation platform and a lifting device for the reactor lid. The 50-liter hydrogenation reactor employs a thermal oil electric heating method, and its cooling system utilizes an internal coil.

Hydrogenation reactors are primarily used in the production of products such as xylitol, maltitol, sorbitol, furfural, and pharmaceutical intermediates. Since hydrogen is an explosive and flammable gas, it can explode when its concentration in air reaches a certain level and comes into contact with an open flame. Therefore, heaters must be equipped with temperature sensors, pressure sensors, explosion-proof heaters, and other similar devices; all electrical equipment must be explosion-proof. Thus, when using a reactor for hydrogenation reactions, all equipment that could easily generate sparks should be replaced with explosion-proof alternatives, and drive motors must be explosion-proof motors.

Hydrogenation Reactor

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