Advanced multilayer catalyst gauze and recovery systems engineered for peak process performance in nitric acid, nitrite/nitrate, caprolactam, and cyanide production. Each system is customized to plant conditions, with structure, wire diameter, and layer sequencing optimized to improve ammonia conversion, enhance selectivity, and reduce precious-metal losses. Designs draw on proven approaches used in the industry, such as alloy layering and advanced gauze knitting, to achieve uniform gas flow, mechanical integrity, and extended service life. This leads to longer campaigns, lower emissions, cleaner processes, and stronger overall economics for operators.

Designed for mono and dual pressure plants, these systems combine high recovery efficiency with predictable operation. Flat knit getters suit low and medium pressure conditions, where their robust design minimizes pressure drop, integrates easily into existing flow regimes, and delivers consistent recovery. For higher pressures, corrugated layers provide greater surface area and strength, maintaining efficiency under demanding conditions. Beyond capture efficiency, these systems safeguard precious metal value, reduce losses, and strengthen process economics. By stabilizing downstream performance and extending campaign life, they lower maintenance demands while supporting more sustainable, resource-responsible operations.

The corrugated getter system is designed for high-pressure operations, where stable flow and efficient metal retention are essential. Its wave-like geometry increases surface area without restricting throughput, enabling reliable collection of platinum and palladium while keeping pressure drop low. The reinforced structure withstands thermal stress and mechanical load, preserving performance even under severe conditions. Backed by sustainable manufacturing practices and responsibly sourced materials, these systems not only reduce metal losses and extend service intervals but also support customers in meeting efficiency goals while operating with greater responsibility.