Reforming Oil Catalytic Olefin Removal Catalyst

Product Overview:
The Reforming Oil Catalytic Olefin Removal Catalyst uses advanced molecular sieve technology and is a mature aromatics refining technique, capable of replacing traditional clay catalysts. It is widely applied in the refining process of reforming oils. The catalyst utilizes the shape-selective properties of the molecular sieve and its solid acidity to remove olefins efficiently, showing excellent adsorption capacity and reactivity.

Key Features:

• High Activity:The catalyst has a much higher activity compared to traditional clay catalysts, significantly improving reaction rates and product yields.
• Long Single-Cycle Lifetime:The NKC-17 catalyst offers a longer single-cycle lifetime than clay, with product quality remaining almost unchanged.
• Recyclable:The catalyst can be regenerated multiple times. After regeneration, its performance recovers to about 95% of its fresh state.
• Low Operating Cost:The catalyst operates at lower temperatures for extended periods, achieving high olefin removal rates, protecting the adsorbent, and reducing energy consumption during the production process.
• No Equipment Modification Required:The catalyst can directly replace traditional clay in existing aromatics refining units, without the need for equipment modifications or adjustments to the operational process.

Applications:

• Aromatics Refining:Widely used in the petroleum refining and chemical industries, particularly in the process of olefin removal from reforming oil.
• Oil Refining:Replaces traditional clay to improve oil quality and reduce olefin content.
• Catalytic Cracking and Reforming:Applied in catalytic cracking units and aromatics refining equipment to enhance reaction efficiency and extend catalyst lifespan.