Advanced Xylene Isomerization Catalyst for Enhanced Petrochemical Production
Unlock optimal C8 aromatic conversion with our high-performance, platinum-based catalyst for superior industrial efficiency.
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Xylene Isomerization Catalyst
Our advanced catalyst is engineered for the efficient conversion of C8 aromatics into balanced components, focusing on maximizing para-xylene yield. Its unique bi-functionality, combining platinum with specialized zeolite and alumina carriers, ensures exceptional activity, selectivity, and long-term stability in demanding industrial applications. This formulation simplifies operational processes by eliminating the need for sulfur filling and alkali washing systems, thereby reducing complexity, minimizing environmental concerns, and significantly boosting overall economic benefits for petrochemical operations.
- Leverage the power of platinum and zeolite carriers for superior ethylbenzene conversion into xylenes, ensuring high product purity and yield.
- Experience simplified operations with our catalyst, eliminating the need for sulfur filling and alkali washing systems, which enhances process safety and reduces maintenance.
- Achieve high activity, selectivity, and stability, critical factors for maximizing throughput and profitability in petrochemical processes.
- Benefit from improved comprehensive economic benefits through reduced operational complexity and enhanced product output.
Key Operational Advantages
Enhanced Yield and Purity
The catalyst's formulation is optimized to achieve high yields of p-xylene and excellent overall C8 aromatics conversion, directly impacting the profitability of your operations.
Simplified Process Design
By removing the requirement for sulfur filling and alkali washing, our catalyst streamlines process design, leading to lower capital expenditure and operational overhead.
Environmental Compliance
The elimination of specific chemical washing steps contributes to a more environmentally friendly process, helping facilities meet stringent regulatory standards.
Key Applications
Xylene Isomerization
Directly addresses the need for efficient conversion of mixed xylenes into equilibrium mixtures, primarily for para-xylene production, a key component in PET and polyester fibers.
Ethylbenzene Conversion
Effectively converts ethylbenzene, often present in C8 aromatic streams, into valuable xylenes, thereby increasing the overall yield of desired products.
Aromatics Processing
Serves as a crucial catalyst in broader aromatic hydrocarbon processing, enhancing the value chain for petrochemical feedstocks.
Petrochemical Synthesis
Provides a stable and active platform for various petrochemical synthesis routes requiring precise control over aromatic hydrocarbon transformations.