As 2025 draws to a close, DEAI CHEM reflects on a year defined by steady technical progress, expanding global cooperation, and a continued commitment to catalyst performance and reliability. Throughout the year, DEAI CHEM’s Hopcalite Catalyst, Ozone Decomposition Catalyst, and CO Removal Catalyst have been deployed across a wide range of industrial, environmental, and safety-criti cal applications worldwide.
Rather than pursuing rapid expansion at the expense of consistency, DEAI CHEM has remained focused on what matters most in catalytic materials: stable performance, reproducible quality, and dependable service under real operating conditions.
Serving Global Applications with Proven Catalyst Systems
In 2025, DEAI CHEM catalysts supported customers across multiple regions, including municipal infrastructure, industrial manufacturing, air purification, and personal safety equipment. These applications place strict demands on catalyst behavior—often requiring long-term operation at ambient temperatures, low pressure drop, and resistance to deactivation under complex gas compositions.
• Hopcalite Catalyst continued to be applied in compressed breathing air systems, cryogenic air separation units, and emergency respiratory protection, where reliable carbon monoxide oxidation is essential.
• Ozone Decomposition Catalyst supported ozone destruction in water treatment off-gas systems, laboratory exhausts, plasma processes, and disinfection equipment, enabling safe venting and regulatory compliance.、
• CO Removal Catalyst played a critical role in protecting downstream equipment and human health in industrial compressed air and oxygen supply systems.
Across these deployments, DEAI CHEM focused on consistency of catalytic activity, mechanical strength, and predictable service life—key factors for system designers and operators alike.
Continuous Improvement in Catalyst Quality and Manufacturing Control
Throughout 2025, DEAI CHEM invested in refining catalyst formulation control, particle morphology management, and production repeatability. Improvements were implemented not as isolated changes, but as part of an integrated quality framework covering raw material selection, batch consistency, and post-production verification.
Special attention was given to:
• Controlling manganese-to-copper oxide ratios for stable oxidation performance
• Optimizing surface area and pore structure to balance activity and pressure drop
• Ensuring uniform particle size distribution across granular and pelletized products
These measures are intended to ensure that catalysts delivered in different batches and at different times perform consistently once installed in customer systems.
Technical Service as Part of the Product
In 2025, DEAI CHEM increasingly treated technical support not as an after-sales function, but as part of the catalyst itself. Customers were supported in areas such as catalyst selection, reactor configuration, material compatibility, and operating condition optimization.
By engaging earlier in customer projects, DEAI CHEM helped reduce system design risk and improve overall process reliability—particularly in applications where moisture, trace contaminants, or variable flow conditions can significantly affect catalyst performance.
Looking Ahead to 2026
As DEAI CHEM enters 2026, the company’s direction remains clear: continue refining catalyst performance through engineering discipline, not marketing claims. Future efforts will focus on deeper application-specific optimization, expanded customization options, and closer collaboration with OEMs and system integrators.
DEAI CHEM remains committed to supplying catalysts that perform as expected—not only in laboratory evaluations, but in long-term industrial operation.