Low Temperature Shift Catalyst

④　Filtration: Filter the mixture to separate solid particles from the liquid, ensuring the purity and uniformity of the catalyst.
⑤　Drying: Carefully dry the filtered catalyst material, eliminating excess moisture and enhancing its reactivity.

⑥　Molding: Mold the dried catalyst material into the desired shape, which is essential for effective utilization.
⑦　High-Temperature Roasting: Subject the molded catalyst to high-temperature roasting, a critical step to finalize its composition and improve its catalytic properties.

In the process of ammonia synthesis, the reaction temperature is increased and the speed of ammonia synthesis is accelerated through the process of gas generation, desulfurization, conversion, purification and synthesis liquefaction.

With the continuous growth in global fertilizer demand, ammonia and fertilizer plants often operate at lower reaction temperatures to remain competitive in the market,which ensures reduced energy consumption and the normal service life of catalysts throughout the ammonia production process.

SYAMCAT Low temperature shift catalysts can reduce energy consumption, improve efficiency and yields, and effectively reduce costs. They have good low-temperature activity properties, allowing higher CO shift rate at lower operating temperatures. In addition, the catalysts exhibit excellent heat resistance and mechanical strength, which ensures a long service life and provides ammonia plants and fertilizer plants with a more stable and sustainable production process.