PSB Industries Introduces Deox-H2 + TSA System for Advanced Hydrogen Purification
Key Ideas
- PSB Industries presents the Deox-H2 + TSA system for high-purity hydrogen purification, capable of removing oxygen and moisture to meet industry standards.
- The system can handle inlet oxygen concentrations up to 4% and reduce water levels in hydrogen gas to below 1 ppmv, ensuring efficient purification.
- Designed for minimal operator intervention, the system offers multiple regeneration strategies for zero gas emissions, cost-effectiveness, and sustainability.
- PSB Industries also offers a Dryer package option for applications that do not require oxygen removal, providing flexibility for hydrogen producers.
PSB Industries has introduced the Deox-H2 + TSA system, a cutting-edge technology aimed at enhancing hydrogen purification in industries like green energy, oil & gas, and transportation. This system focuses on removing both oxygen and moisture from hydrogen gas to ensure high purity, meeting stringent industry specifications. Capable of handling varied conditions and pressures, the system can operate efficiently in a wide range of settings. It features automatic integration of essential components, controls, and regeneration strategies, allowing for optimized operational efficiency and sustainability. The system's multi-layered adsorbent bed offers a cost-effective purification solution, reducing operational expenses while maintaining high levels of purity. PSB Industries also provides a Dryer package option for applications not requiring oxygen removal, enhancing flexibility for hydrogen producers. Manufactured in compliance with North American standards, the Deox-H2 + TSA system emphasizes quality, safety, and customization to cater to specific facility requirements. PSB Industries aims to offer businesses solutions that not only ensure purity but also deliver long-term cost savings and environmental benefits. Overall, the Deox-H2 + TSA system stands out as a valuable asset for hydrogen production facilities looking to improve their purification processes.