In various modern industrial production scenarios such as petrochemical refining, power and energy, high-end semiconductor manufacturing, metallurgical smelting, and fine chemical production, the trace oxygen remaining in the process gas has become a key hazard affecting the entire production process. This trace oxygen not only directly lowers the overall purity of various industrial special gases such as high-purity nitrogen, argon, hydrogen, and helium, preventing the gas indicators from meeting the strict production standards, but also continuously erodes pipeline systems, reaction vessels, and precision production equipment, accelerating the oxidation and rusting of metal components, significantly shortening equipment service life, and increasing maintenance and repair costs. At the same time, the presence of oxygen is also prone to cause problems such as raw material oxidation failure, deterioration of intermediate products, and decline in final product performance, seriously disrupting the normal production rhythm and restricting the improvement of product yield rate.
Deoxygenation catalysts, as indispensable core functional consumables in the field of industrial gas deep purification, with their efficient and stable catalytic reaction performance, can quickly and accurately remove trace residual oxygen in different working conditions and different types of industrial gases, adapting to various complex production environments and gas conditions. They complete the gas deoxygenation purification treatment from the source, effectively avoiding various production risks caused by oxygen, comprehensively safeguarding the continuous, stable, and safe operation of industrial production lines, establishing a quality foundation from the source end, and truly ensuring the production accuracy and comprehensive quality of various industrial products. They are a crucial core material in the modern high-end industrial gas purification and clean production system.
Shandong Xunda Chemical Industrial Group Co., Ltd. has been deeply engaged in the field of deoxygenation catalysts for many years, independently developing HT-1 deoxygenation catalyst, HT-2 inert gas deoxygenation catalyst, and HT type high-efficiency deoxygenation catalyst, covering multiple deoxygenation scenarios, and can fully meet the high-purity gas purification needs of different industries.
HT-1 Pd Oxygen Remover is a precious metal - alumina system catalyst, which is used to efficiently remove oxygen from various gases such as nitrogen, hydrogen, argon, methane, and carbon monoxide at room temperature. It is not prone to powder formation and equipment blockage during long-term use, and has a long service life. The product is mainly used for: ① purification in hydrogen-fueled power plants where hydrogen is burned ② production of high-purity carbon alcohol requiring high-purity carbon monoxide ③ electrolysis of water for hydrogen and oxygen production
HT-2 Oxygen Remover can directly remove trace oxygen from inert gases, with extremely high deoxygenation efficiency and no need for frequent regeneration. The product has high compressive strength and operates stably under high-pressure conditions.
HT Mn Oxygen Remover belongs to the manganese-based deoxygenation agent, widely used in petrochemicals, steel metallurgy, electronics and semiconductors, light industry, and research institutions. It is mainly used to remove trace oxygen from liquid-phase propylene in propylene industrial production, and can also be used to remove trace oxygen from nitrogen, hydrogen, carbon monoxide, and ethylene, with good deoxygenation effect, large deoxygenation capacity, and the ability to remove impurities such as CO2 and H2O, and stable operation without generating runaway temperature.
With differentiated product layout, stable product performance, and customizable services, the series of deoxygenation catalysts produced by Shandong Xunda Chemical Industrial Group Co., Ltd. can precisely match multiple industrial deoxygenation scenarios, continuously providing global customers with efficient, energy-saving, and low-cost gas purification solutions.