BCH-1 catalytic resin, engineered with specialized functional groups, addresses critical limitations of conventional catalysts—such as rapid activity loss, low stability, and short service life—in key industrial processes including phenol alkylation, MTBE, and TAME synthesis. 

Its unique skeletal structure and tailored functional groups ensure exceptional chemical/physical stability under harsh conditions, high catalytic activity, and long-term durability.

Key Advantages & Performance

· MTBE Synthesis: >98% isobutylene conversion, ~99% selectivity, ≤3% activity loss after 12 months;

· Phenol Alkylation: 92% alkylphenol yield, 8% higher than conventional methods;

· TAME Synthesis: 20% faster reaction rate, shorter cycle time, higher productivity.

Technology Highlights 

· High-density active sites enhancing conversion and selectivity;

· Superior resistance to aging/erosion, 2-3× longer lifespan;

· Broad applicability across processes including MTBE/TAME synthesis and phenol alkylation;

· Excellent mechanical robustness, reduced downtime.

Operational & Economic Benefits

·Easy to operate and regenerate, reusable multiple times, significantly reducing waste and operational costs. Its sustained stability minimizes maintenance needs and improves production continuity.

·BCH-1 catalytic resin delivers efficient, stable, and versatile performance, making it an ideal solution for upgrading chemical synthesis processes toward greener and more efficient operations.