Aluminum-chromium catalyst GIAP-14 is designed for use in the upper zone of shaft reactors during the steam-air conversion of natural gas. It is formulated to operate under conditions where the pressure reaches up to 40 atm. This catalyst type is typically employed in processes that convert methane into synthesis gas, a key intermediate for further chemical synthesis.
Manufactured by MAXAM-CHIRCHIQ in Uzbekistan, this product is categorized under chemical products for industrial applications. As a fixed-bed catalyst, it facilitates the partial oxidation and reforming reactions that occur in the upper reactor zone. The GIAP-14 designation refers to a specific formulation within the aluminum-chromium catalyst family, commonly used in large-scale ammonia and hydrogen production facilities.
Sourcing buyers should evaluate this catalyst for integration into natural gas conversion processes that require operation at elevated pressures. Its design for the upper reactor zone indicates a role in managing initial reaction stages where temperature and flow dynamics are critical.