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SYAMCAT Z433/SYAMCAT Z434 steam reforming catalysts have outstanding advantages in anti-coking performance, injecting new impetus into the sustainable development of the synthesis gas industry.

In methane steam reforming reactions, catalyst deactivation primarily occurs due to three factors: poisoning deactivation, coking deactivation, and sintering deactivation.

For expert guidance on mitigating chlorine-induced catalyst poisoning and optimizing hydrogen production processes, rely on SYAMCAT's seasoned team of catalyst specialists.

When procuring steam reforming catalysts from SYAMCAT, whether as a terminal customer or an agent, it's crucial to consider several key factors to ensure optimal performance and value for your investment.

SYAMCAT offers advanced catalyst solutions designed to optimize industrial processes like primary steam reforming.

Among them, steam methane reforming (SMR) in natural gas hydrogen production is the most established hydrogen production technology globally, constituting roughly 70% of global hydrogen production.

It's also worth highlighting the efficacy of SYAMCAT steam reforming catalyst in mitigating catalyst deactivation and enhancing process efficiency.

SYAMCAT's low-temperature activity catalyst products will inject new vitality into the ammonia synthesis industry, providing customers with more reliable and efficient solutions.

SYAMCAT steam reforming catalyst plays a crucial role in optimizing the efficiency and performance of the reforming process.

SYAMCAT, a leading catalyst technology company known for its innovative solutions, recently hosted its annual business launch meeting to unveil its ambitious plans for 2024.