Ⅰ. What is A999 Sulfur Tail Gas Hydrogenation Conversion Catalyst?
The A999 sulfur tail gas hydrogenation conversion catalyst uses TiO2/Al2O3 as the carrier and Co-Mo and other substances as the main active components. It is widely used in the gas-phase hydrocarbon hydrogenation refining process of raw gas for ammonia synthesis, hydrogen production, and raw gas for methanol synthesis, and is also applicable to hydrogenation technology in oil refineries.
Ⅱ.Core Highlights of A999 Sulfur Tail Gas Hydrogenation Conversion Catalyst
The A999 sulfur tail gas hydrogenation conversion catalyst independently developed by Shandong Xunda Chemical Industrial Group Co., Ltd. is a hydrogenation treatment catalyst specifically used for tail gas sulfur recovery. This product adopts a modified active alumina carrier, with uniform distribution of active components, reasonable pore structure, and a relatively low overall density. Compared with domestic similar products, under the same operating conditions, the loading amount of the catalyst can be reduced by one-third, effectively reducing equipment investment and production costs.
The A999 sulfur tail gas hydrogenation conversion catalyst has excellent conversion performance for complex organic sulfides and can hydrogenate various non-sulfur compounds into hydrogen, fully ensuring that the tail gas emissions meet environmental protection standards.
Ⅲ. Main Product Advantages of A999 Catalyst
High catalytic activity
Low initial reaction temperature
High mechanical strength
Stable overall performance
Large specific surface area and high conversion rate
With increasingly strict industrial environmental protection regulations and the growing demand for cost reduction and efficiency improvement, the A999 sulfur tail gas hydrogenation conversion catalyst has become the preferred product for hydrogenation refining and tail gas sulfur recovery in industries such as oil refining, chemical industry, fertilizer, and methanol. It combines excellent catalytic performance, low loading costs, and wide applicability, providing a reliable and cost-effective solution for industrial hydrogenation treatment projects.