Methanol-to-Gasoline (MTG) Catalyst

Product Overview:
The Methanol-to-Gasoline (MTG) Catalyst utilizes high-efficiency molecular sieve technology to convert methanol into gasoline. The process involves dehydration to produce dimethyl ether (DME), which is further converted into light olefins, and eventually generates a mixture containing straight and branched alkanes, aromatics, and cycloalkanes. This catalyst maintains excellent selectivity and stability throughout its use, producing high-octane gasoline, with a stable increase in gasoline yield as the catalyst undergoes deactivation.

Key Features:

• High Conversion Rate & Selectivity:Achieves 100% conversion of methanol in a single pass. The gasoline produced contains less than 1% benzene, under 40% aromatics, and under 30% olefins.
• Strong Stability:The catalyst has a long single-pass lifetime, with minimal variations in gasoline yield and octane number. The catalyst can last up to 540 hours per cycle, with stable gasoline yield even after deactivation.
• High-Octane Gasoline:Gasoline produced has a research octane number (RON) of 90 or higher, ensuring high product quality.
• Low Wear Rate:Catalyst wear rate is less than 3%, extending its service life.
• Strong Adaptability:The catalyst can replace existing traditional catalysts and is suitable for various types of methanol feedstocks, including coal-based methanol, fermentation methanol, crude methanol, and refined methanol.

Applications:

• Methanol-to-Gasoline Process:Widely used in the MTG process to convert methanol, coal-based methanol, fermentation methanol, crude methanol, and refined methanol into gasoline.
• Petroleum Refining and Chemical Production:Used to replace traditional catalytic cracking techniques to produce high-octane gasoline, widely applied in refining and chemical industries.
• Gasoline Blending:Can be used to adjust gasoline components, providing high-quality blending stocks for gasoline.